Bow/Stern Thruster

• Propeller or blade damage from debris can cause vibration and reduced thrust, noticed during maneuvering
• Gear or bearing wear can produce abnormal noise, heat or metallic debris in lubricant
• Seal leakage can allow water ingress or oil loss, seen through header-tank level changes or leakage alarms
• Motor, converter or hydraulic-drive faults can prevent commanded thrust, seen as trips, low power or unavailable thruster status
• Control or feedback-sensor faults can cause incorrect direction or pitch/azimuth indication, seen as command mismatch alarms

• Propeller or blade damage from debris can cause vibration and reduced thrust, noticed during maneuvering
• Gear or bearing wear can produce abnormal noise, heat or metallic debris in lubricant
• Seal leakage can allow water ingress or oil loss, seen through header-tank level changes or leakage alarms
• Motor, converter or hydraulic-drive faults can prevent commanded thrust, seen as trips, low power or unavailable thruster status
• Control or feedback-sensor faults can cause incorrect direction or pitch/azimuth indication, seen as command mismatch alarms

• Propeller or blade damage from debris can cause vibration and reduced thrust, noticed during maneuvering
• Gear or bearing wear can produce abnormal noise, heat or metallic debris in lubricant
• Seal leakage can allow water ingress or oil loss, seen through header-tank level changes or leakage alarms
• Motor, converter or hydraulic-drive faults can prevent commanded thrust, seen as trips, low power or unavailable thruster status
• Control or feedback-sensor faults can cause incorrect direction or pitch/azimuth indication, seen as command mismatch alarms

• Propeller or blade damage from debris can cause vibration and reduced thrust, noticed during maneuvering
• Gear or bearing wear can produce abnormal noise, heat or metallic debris in lubricant
• Seal leakage can allow water ingress or oil loss, seen through header-tank level changes or leakage alarms
• Motor, converter or hydraulic-drive faults can prevent commanded thrust, seen as trips, low power or unavailable thruster status
• Control or feedback-sensor faults can cause incorrect direction or pitch/azimuth indication, seen as command mismatch alarms

• Propeller or blade damage from debris can cause vibration and reduced thrust, noticed during maneuvering
• Gear or bearing wear can produce abnormal noise, heat or metallic debris in lubricant
• Seal leakage can allow water ingress or oil loss, seen through header-tank level changes or leakage alarms
• Motor, converter or hydraulic-drive faults can prevent commanded thrust, seen as trips, low power or unavailable thruster status
• Control or feedback-sensor faults can cause incorrect direction or pitch/azimuth indication, seen as command mismatch alarms

• Propeller or blade damage from debris can cause vibration and reduced thrust, noticed during maneuvering
• Gear or bearing wear can produce abnormal noise, heat or metallic debris in lubricant
• Seal leakage can allow water ingress or oil loss, seen through header-tank level changes or leakage alarms
• Motor, converter or hydraulic-drive faults can prevent commanded thrust, seen as trips, low power or unavailable thruster status
• Control or feedback-sensor faults can cause incorrect direction or pitch/azimuth indication, seen as command mismatch alarms

• Propeller or blade damage from debris can cause vibration and reduced thrust, noticed during maneuvering
• Gear or bearing wear can produce abnormal noise, heat or metallic debris in lubricant
• Seal leakage can allow water ingress or oil loss, seen through header-tank level changes or leakage alarms
• Motor, converter or hydraulic-drive faults can prevent commanded thrust, seen as trips, low power or unavailable thruster status
• Control or feedback-sensor faults can cause incorrect direction or pitch/azimuth indication, seen as command mismatch alarms

• Propeller or blade damage from debris can cause vibration and reduced thrust, noticed during maneuvering
• Gear or bearing wear can produce abnormal noise, heat or metallic debris in lubricant
• Seal leakage can allow water ingress or oil loss, seen through header-tank level changes or leakage alarms
• Motor, converter or hydraulic-drive faults can prevent commanded thrust, seen as trips, low power or unavailable thruster status
• Control or feedback-sensor faults can cause incorrect direction or pitch/azimuth indication, seen as command mismatch alarms

• Propeller or blade damage from debris can cause vibration and reduced thrust, noticed during maneuvering
• Gear or bearing wear can produce abnormal noise, heat or metallic debris in lubricant
• Seal leakage can allow water ingress or oil loss, seen through header-tank level changes or leakage alarms
• Motor, converter or hydraulic-drive faults can prevent commanded thrust, seen as trips, low power or unavailable thruster status
• Control or feedback-sensor faults can cause incorrect direction or pitch/azimuth indication, seen as command mismatch alarms

• Propeller or blade damage from debris can cause vibration and reduced thrust, noticed during maneuvering
• Gear or bearing wear can produce abnormal noise, heat or metallic debris in lubricant
• Seal leakage can allow water ingress or oil loss, seen through header-tank level changes or leakage alarms
• Motor, converter or hydraulic-drive faults can prevent commanded thrust, seen as trips, low power or unavailable thruster status
• Control or feedback-sensor faults can cause incorrect direction or pitch/azimuth indication, seen as command mismatch alarms

• Propeller or blade damage from debris can cause vibration and reduced thrust, noticed during maneuvering
• Gear or bearing wear can produce abnormal noise, heat or metallic debris in lubricant
• Seal leakage can allow water ingress or oil loss, seen through header-tank level changes or leakage alarms
• Motor, converter or hydraulic-drive faults can prevent commanded thrust, seen as trips, low power or unavailable thruster status
• Control or feedback-sensor faults can cause incorrect direction or pitch/azimuth indication, seen as command mismatch alarms

• Propeller or blade damage from debris can cause vibration and reduced thrust, noticed during maneuvering
• Gear or bearing wear can produce abnormal noise, heat or metallic debris in lubricant
• Seal leakage can allow water ingress or oil loss, seen through header-tank level changes or leakage alarms
• Motor, converter or hydraulic-drive faults can prevent commanded thrust, seen as trips, low power or unavailable thruster status
• Control or feedback-sensor faults can cause incorrect direction or pitch/azimuth indication, seen as command mismatch alarms

• Propeller or blade damage from debris can cause vibration and reduced thrust, noticed during maneuvering
• Gear or bearing wear can produce abnormal noise, heat or metallic debris in lubricant
• Seal leakage can allow water ingress or oil loss, seen through header-tank level changes or leakage alarms
• Motor, converter or hydraulic-drive faults can prevent commanded thrust, seen as trips, low power or unavailable thruster status
• Control or feedback-sensor faults can cause incorrect direction or pitch/azimuth indication, seen as command mismatch alarms

• Propeller or blade damage from debris can cause vibration and reduced thrust, noticed during maneuvering
• Gear or bearing wear can produce abnormal noise, heat or metallic debris in lubricant
• Seal leakage can allow water ingress or oil loss, seen through header-tank level changes or leakage alarms
• Motor, converter or hydraulic-drive faults can prevent commanded thrust, seen as trips, low power or unavailable thruster status
• Control or feedback-sensor faults can cause incorrect direction or pitch/azimuth indication, seen as command mismatch alarms

• Propeller or blade damage from debris can cause vibration and reduced thrust, noticed during maneuvering
• Gear or bearing wear can produce abnormal noise, heat or metallic debris in lubricant
• Seal leakage can allow water ingress or oil loss, seen through header-tank level changes or leakage alarms
• Motor, converter or hydraulic-drive faults can prevent commanded thrust, seen as trips, low power or unavailable thruster status
• Control or feedback-sensor faults can cause incorrect direction or pitch/azimuth indication, seen as command mismatch alarms

• Propeller or blade damage from debris can cause vibration and reduced thrust, noticed during maneuvering
• Gear or bearing wear can produce abnormal noise, heat or metallic debris in lubricant
• Seal leakage can allow water ingress or oil loss, seen through header-tank level changes or leakage alarms
• Motor, converter or hydraulic-drive faults can prevent commanded thrust, seen as trips, low power or unavailable thruster status
• Control or feedback-sensor faults can cause incorrect direction or pitch/azimuth indication, seen as command mismatch alarms

• Propeller or blade damage from debris can cause vibration and reduced thrust, noticed during maneuvering
• Gear or bearing wear can produce abnormal noise, heat or metallic debris in lubricant
• Seal leakage can allow water ingress or oil loss, seen through header-tank level changes or leakage alarms
• Motor, converter or hydraulic-drive faults can prevent commanded thrust, seen as trips, low power or unavailable thruster status
• Control or feedback-sensor faults can cause incorrect direction or pitch/azimuth indication, seen as command mismatch alarms

• Propeller or blade damage from debris can cause vibration and reduced thrust, noticed during maneuvering
• Gear or bearing wear can produce abnormal noise, heat or metallic debris in lubricant
• Seal leakage can allow water ingress or oil loss, seen through header-tank level changes or leakage alarms
• Motor, converter or hydraulic-drive faults can prevent commanded thrust, seen as trips, low power or unavailable thruster status
• Control or feedback-sensor faults can cause incorrect direction or pitch/azimuth indication, seen as command mismatch alarms

• Propeller or blade damage from debris can cause vibration and reduced thrust, noticed during maneuvering
• Gear or bearing wear can produce abnormal noise, heat or metallic debris in lubricant
• Seal leakage can allow water ingress or oil loss, seen through header-tank level changes or leakage alarms
• Motor, converter or hydraulic-drive faults can prevent commanded thrust, seen as trips, low power or unavailable thruster status
• Control or feedback-sensor faults can cause incorrect direction or pitch/azimuth indication, seen as command mismatch alarms

• Propeller or blade damage from debris can cause vibration and reduced thrust, noticed during maneuvering
• Gear or bearing wear can produce abnormal noise, heat or metallic debris in lubricant
• Seal leakage can allow water ingress or oil loss, seen through header-tank level changes or leakage alarms
• Motor, converter or hydraulic-drive faults can prevent commanded thrust, seen as trips, low power or unavailable thruster status
• Control or feedback-sensor faults can cause incorrect direction or pitch/azimuth indication, seen as command mismatch alarms

• Propeller or blade damage from debris can cause vibration and reduced thrust, noticed during maneuvering
• Gear or bearing wear can produce abnormal noise, heat or metallic debris in lubricant
• Seal leakage can allow water ingress or oil loss, seen through header-tank level changes or leakage alarms
• Motor, converter or hydraulic-drive faults can prevent commanded thrust, seen as trips, low power or unavailable thruster status
• Control or feedback-sensor faults can cause incorrect direction or pitch/azimuth indication, seen as command mismatch alarms

• Propeller or blade damage from debris can cause vibration and reduced thrust, noticed during maneuvering
• Gear or bearing wear can produce abnormal noise, heat or metallic debris in lubricant
• Seal leakage can allow water ingress or oil loss, seen through header-tank level changes or leakage alarms
• Motor, converter or hydraulic-drive faults can prevent commanded thrust, seen as trips, low power or unavailable thruster status
• Control or feedback-sensor faults can cause incorrect direction or pitch/azimuth indication, seen as command mismatch alarms

• Propeller or blade damage from debris can cause vibration and reduced thrust, noticed during maneuvering
• Gear or bearing wear can produce abnormal noise, heat or metallic debris in lubricant
• Seal leakage can allow water ingress or oil loss, seen through header-tank level changes or leakage alarms
• Motor, converter or hydraulic-drive faults can prevent commanded thrust, seen as trips, low power or unavailable thruster status
• Control or feedback-sensor faults can cause incorrect direction or pitch/azimuth indication, seen as command mismatch alarms

• Propeller or blade damage from debris can cause vibration and reduced thrust, noticed during maneuvering
• Gear or bearing wear can produce abnormal noise, heat or metallic debris in lubricant
• Seal leakage can allow water ingress or oil loss, seen through header-tank level changes or leakage alarms
• Motor, converter or hydraulic-drive faults can prevent commanded thrust, seen as trips, low power or unavailable thruster status
• Control or feedback-sensor faults can cause incorrect direction or pitch/azimuth indication, seen as command mismatch alarms

• Propeller or blade damage from debris can cause vibration and reduced thrust, noticed during maneuvering
• Gear or bearing wear can produce abnormal noise, heat or metallic debris in lubricant
• Seal leakage can allow water ingress or oil loss, seen through header-tank level changes or leakage alarms
• Motor, converter or hydraulic-drive faults can prevent commanded thrust, seen as trips, low power or unavailable thruster status
• Control or feedback-sensor faults can cause incorrect direction or pitch/azimuth indication, seen as command mismatch alarms

• Propeller or blade damage from debris can cause vibration and reduced thrust, noticed during maneuvering
• Gear or bearing wear can produce abnormal noise, heat or metallic debris in lubricant
• Seal leakage can allow water ingress or oil loss, seen through header-tank level changes or leakage alarms
• Motor, converter or hydraulic-drive faults can prevent commanded thrust, seen as trips, low power or unavailable thruster status
• Control or feedback-sensor faults can cause incorrect direction or pitch/azimuth indication, seen as command mismatch alarms

• Propeller or blade damage from debris can cause vibration and reduced thrust, noticed during maneuvering
• Gear or bearing wear can produce abnormal noise, heat or metallic debris in lubricant
• Seal leakage can allow water ingress or oil loss, seen through header-tank level changes or leakage alarms
• Motor, converter or hydraulic-drive faults can prevent commanded thrust, seen as trips, low power or unavailable thruster status
• Control or feedback-sensor faults can cause incorrect direction or pitch/azimuth indication, seen as command mismatch alarms

• Propeller or blade damage from debris can cause vibration and reduced thrust, noticed during maneuvering
• Gear or bearing wear can produce abnormal noise, heat or metallic debris in lubricant
• Seal leakage can allow water ingress or oil loss, seen through header-tank level changes or leakage alarms
• Motor, converter or hydraulic-drive faults can prevent commanded thrust, seen as trips, low power or unavailable thruster status
• Control or feedback-sensor faults can cause incorrect direction or pitch/azimuth indication, seen as command mismatch alarms

• Propeller or blade damage from debris can cause vibration and reduced thrust, noticed during maneuvering
• Gear or bearing wear can produce abnormal noise, heat or metallic debris in lubricant
• Seal leakage can allow water ingress or oil loss, seen through header-tank level changes or leakage alarms
• Motor, converter or hydraulic-drive faults can prevent commanded thrust, seen as trips, low power or unavailable thruster status
• Control or feedback-sensor faults can cause incorrect direction or pitch/azimuth indication, seen as command mismatch alarms

• Propeller or blade damage from debris can cause vibration and reduced thrust, noticed during maneuvering
• Gear or bearing wear can produce abnormal noise, heat or metallic debris in lubricant
• Seal leakage can allow water ingress or oil loss, seen through header-tank level changes or leakage alarms
• Motor, converter or hydraulic-drive faults can prevent commanded thrust, seen as trips, low power or unavailable thruster status
• Control or feedback-sensor faults can cause incorrect direction or pitch/azimuth indication, seen as command mismatch alarms

• Propeller or blade damage from debris can cause vibration and reduced thrust, noticed during maneuvering
• Gear or bearing wear can produce abnormal noise, heat or metallic debris in lubricant
• Seal leakage can allow water ingress or oil loss, seen through header-tank level changes or leakage alarms
• Motor, converter or hydraulic-drive faults can prevent commanded thrust, seen as trips, low power or unavailable thruster status
• Control or feedback-sensor faults can cause incorrect direction or pitch/azimuth indication, seen as command mismatch alarms

• Propeller or blade damage from debris can cause vibration and reduced thrust, noticed during maneuvering
• Gear or bearing wear can produce abnormal noise, heat or metallic debris in lubricant
• Seal leakage can allow water ingress or oil loss, seen through header-tank level changes or leakage alarms
• Motor, converter or hydraulic-drive faults can prevent commanded thrust, seen as trips, low power or unavailable thruster status
• Control or feedback-sensor faults can cause incorrect direction or pitch/azimuth indication, seen as command mismatch alarms

• Propeller or blade damage from debris can cause vibration and reduced thrust, noticed during maneuvering
• Gear or bearing wear can produce abnormal noise, heat or metallic debris in lubricant
• Seal leakage can allow water ingress or oil loss, seen through header-tank level changes or leakage alarms
• Motor, converter or hydraulic-drive faults can prevent commanded thrust, seen as trips, low power or unavailable thruster status
• Control or feedback-sensor faults can cause incorrect direction or pitch/azimuth indication, seen as command mismatch alarms

• Propeller or blade damage from debris can cause vibration and reduced thrust, noticed during maneuvering
• Gear or bearing wear can produce abnormal noise, heat or metallic debris in lubricant
• Seal leakage can allow water ingress or oil loss, seen through header-tank level changes or leakage alarms
• Motor, converter or hydraulic-drive faults can prevent commanded thrust, seen as trips, low power or unavailable thruster status
• Control or feedback-sensor faults can cause incorrect direction or pitch/azimuth indication, seen as command mismatch alarms

• Propeller or blade damage from debris can cause vibration and reduced thrust, noticed during maneuvering
• Gear or bearing wear can produce abnormal noise, heat or metallic debris in lubricant
• Seal leakage can allow water ingress or oil loss, seen through header-tank level changes or leakage alarms
• Motor, converter or hydraulic-drive faults can prevent commanded thrust, seen as trips, low power or unavailable thruster status
• Control or feedback-sensor faults can cause incorrect direction or pitch/azimuth indication, seen as command mismatch alarms

• Propeller or blade damage from debris can cause vibration and reduced thrust, noticed during maneuvering
• Gear or bearing wear can produce abnormal noise, heat or metallic debris in lubricant
• Seal leakage can allow water ingress or oil loss, seen through header-tank level changes or leakage alarms
• Motor, converter or hydraulic-drive faults can prevent commanded thrust, seen as trips, low power or unavailable thruster status
• Control or feedback-sensor faults can cause incorrect direction or pitch/azimuth indication, seen as command mismatch alarms

• Propeller or blade damage from debris can cause vibration and reduced thrust, noticed during maneuvering
• Gear or bearing wear can produce abnormal noise, heat or metallic debris in lubricant
• Seal leakage can allow water ingress or oil loss, seen through header-tank level changes or leakage alarms
• Motor, converter or hydraulic-drive faults can prevent commanded thrust, seen as trips, low power or unavailable thruster status
• Control or feedback-sensor faults can cause incorrect direction or pitch/azimuth indication, seen as command mismatch alarms

• Propeller or blade damage from debris can cause vibration and reduced thrust, noticed during maneuvering
• Gear or bearing wear can produce abnormal noise, heat or metallic debris in lubricant
• Seal leakage can allow water ingress or oil loss, seen through header-tank level changes or leakage alarms
• Motor, converter or hydraulic-drive faults can prevent commanded thrust, seen as trips, low power or unavailable thruster status
• Control or feedback-sensor faults can cause incorrect direction or pitch/azimuth indication, seen as command mismatch alarms

• Propeller or blade damage from debris can cause vibration and reduced thrust, noticed during maneuvering
• Gear or bearing wear can produce abnormal noise, heat or metallic debris in lubricant
• Seal leakage can allow water ingress or oil loss, seen through header-tank level changes or leakage alarms
• Motor, converter or hydraulic-drive faults can prevent commanded thrust, seen as trips, low power or unavailable thruster status
• Control or feedback-sensor faults can cause incorrect direction or pitch/azimuth indication, seen as command mismatch alarms

• Propeller or blade damage from debris can cause vibration and reduced thrust, noticed during maneuvering
• Gear or bearing wear can produce abnormal noise, heat or metallic debris in lubricant
• Seal leakage can allow water ingress or oil loss, seen through header-tank level changes or leakage alarms
• Motor, converter or hydraulic-drive faults can prevent commanded thrust, seen as trips, low power or unavailable thruster status
• Control or feedback-sensor faults can cause incorrect direction or pitch/azimuth indication, seen as command mismatch alarms

• Propeller or blade damage from debris can cause vibration and reduced thrust, noticed during maneuvering
• Gear or bearing wear can produce abnormal noise, heat or metallic debris in lubricant
• Seal leakage can allow water ingress or oil loss, seen through header-tank level changes or leakage alarms
• Motor, converter or hydraulic-drive faults can prevent commanded thrust, seen as trips, low power or unavailable thruster status
• Control or feedback-sensor faults can cause incorrect direction or pitch/azimuth indication, seen as command mismatch alarms

• Propeller or blade damage from debris can cause vibration and reduced thrust, noticed during maneuvering
• Gear or bearing wear can produce abnormal noise, heat or metallic debris in lubricant
• Seal leakage can allow water ingress or oil loss, seen through header-tank level changes or leakage alarms
• Motor, converter or hydraulic-drive faults can prevent commanded thrust, seen as trips, low power or unavailable thruster status
• Control or feedback-sensor faults can cause incorrect direction or pitch/azimuth indication, seen as command mismatch alarms

• Propeller or blade damage from debris can cause vibration and reduced thrust, noticed during maneuvering
• Gear or bearing wear can produce abnormal noise, heat or metallic debris in lubricant
• Seal leakage can allow water ingress or oil loss, seen through header-tank level changes or leakage alarms
• Motor, converter or hydraulic-drive faults can prevent commanded thrust, seen as trips, low power or unavailable thruster status
• Control or feedback-sensor faults can cause incorrect direction or pitch/azimuth indication, seen as command mismatch alarms

• Mechanical wear caused by inadequate lubrication, contamination or long service, resulting in rising vibration, noise or temperature
• Seal or gasket deterioration caused by wear, corrosion or misalignment, resulting in visible leakage or loss of process containment
• Flow restriction, cavitation or fouling caused by blocked passages or unsuitable operating conditions, resulting in reduced capacity and unstable performance
• Motor, coupling or drive failure caused by electrical faults, misalignment or overload, resulting in trips, abnormal current or inability to reach normal speed
• Sensor, control or protection failure caused by wiring, calibration or electronics faults, resulting in alarms, incorrect control response or shutdown

• Mechanical wear caused by inadequate lubrication, contamination or long service, resulting in rising vibration, noise or temperature
• Seal or gasket deterioration caused by wear, corrosion or misalignment, resulting in visible leakage or loss of process containment
• Flow restriction, cavitation or fouling caused by blocked passages or unsuitable operating conditions, resulting in reduced capacity and unstable performance
• Motor, coupling or drive failure caused by electrical faults, misalignment or overload, resulting in trips, abnormal current or inability to reach normal speed
• Sensor, control or protection failure caused by wiring, calibration or electronics faults, resulting in alarms, incorrect control response or shutdown

• Mechanical wear caused by inadequate lubrication, contamination or long service, resulting in rising vibration, noise or temperature
• Seal or gasket deterioration caused by wear, corrosion or misalignment, resulting in visible leakage or loss of process containment
• Flow restriction, cavitation or fouling caused by blocked passages or unsuitable operating conditions, resulting in reduced capacity and unstable performance
• Motor, coupling or drive failure caused by electrical faults, misalignment or overload, resulting in trips, abnormal current or inability to reach normal speed
• Sensor, control or protection failure caused by wiring, calibration or electronics faults, resulting in alarms, incorrect control response or shutdown

• Mechanical wear caused by inadequate lubrication, contamination or long service, resulting in rising vibration, noise or temperature
• Seal or gasket deterioration caused by wear, corrosion or misalignment, resulting in visible leakage or loss of process containment
• Flow restriction, cavitation or fouling caused by blocked passages or unsuitable operating conditions, resulting in reduced capacity and unstable performance
• Motor, coupling or drive failure caused by electrical faults, misalignment or overload, resulting in trips, abnormal current or inability to reach normal speed
• Sensor, control or protection failure caused by wiring, calibration or electronics faults, resulting in alarms, incorrect control response or shutdown

• Propeller or blade damage from debris can cause vibration and reduced thrust, noticed during maneuvering
• Gear or bearing wear can produce abnormal noise, heat or metallic debris in lubricant
• Seal leakage can allow water ingress or oil loss, seen through header-tank level changes or leakage alarms
• Motor, converter or hydraulic-drive faults can prevent commanded thrust, seen as trips, low power or unavailable thruster status
• Control or feedback-sensor faults can cause incorrect direction or pitch/azimuth indication, seen as command mismatch alarms

• Propeller or blade damage from debris can cause vibration and reduced thrust, noticed during maneuvering
• Gear or bearing wear can produce abnormal noise, heat or metallic debris in lubricant
• Seal leakage can allow water ingress or oil loss, seen through header-tank level changes or leakage alarms
• Motor, converter or hydraulic-drive faults can prevent commanded thrust, seen as trips, low power or unavailable thruster status
• Control or feedback-sensor faults can cause incorrect direction or pitch/azimuth indication, seen as command mismatch alarms

• Propeller or blade damage from debris can cause vibration and reduced thrust, noticed during maneuvering
• Gear or bearing wear can produce abnormal noise, heat or metallic debris in lubricant
• Seal leakage can allow water ingress or oil loss, seen through header-tank level changes or leakage alarms
• Motor, converter or hydraulic-drive faults can prevent commanded thrust, seen as trips, low power or unavailable thruster status
• Control or feedback-sensor faults can cause incorrect direction or pitch/azimuth indication, seen as command mismatch alarms

• Propeller or blade damage from debris can cause vibration and reduced thrust, noticed during maneuvering
• Gear or bearing wear can produce abnormal noise, heat or metallic debris in lubricant
• Seal leakage can allow water ingress or oil loss, seen through header-tank level changes or leakage alarms
• Motor, converter or hydraulic-drive faults can prevent commanded thrust, seen as trips, low power or unavailable thruster status
• Control or feedback-sensor faults can cause incorrect direction or pitch/azimuth indication, seen as command mismatch alarms

• Area: Propellerblaetter: Verschleiss, Risse, Verformung, Seewuchsbewuchs
  Check: Sichtpruefung auf Schaedigungen, Freispiel, Blattoberflaeche glatt ohne Kratzer/Dellen. Blattwurzel-O-Ringe auf Verschleiss checken, Spitzzenspiel messen. Bei Zweifeln: 1,5 bar Luftdruck auf VT-Nippel, Seifenblasen-Test auf Oellecks.
• Area: Propellerwellen-Dichtung: Durchfeuchtuung, Oelaustrittsverlust, Verschleiss
  Check: Visual inspection for leaks around shaft seal, check sealing cavity (monitored automatically via ARC). Observe seal clip pressure (e.g. via sensor output). At 5-year overhaul: renew seal. Check adaptive pressure regulation.
• Area: Lagerfreispiel/Lagerverschleiss: Axiales/Radiales Play ueber Norm, Bohrlochabtrag
  Check: Calipers/counter gauges: measure shaft diameter and bores (target value via manufacturer data sheet). Document caliper readings. If exceeded: replace bearing journal/bearing shells. Observe vibration/noise during operation.
• Area: Hydraulikfluid: Verschmutzung, Feuchtigkeit, Alterung, Farb-/Geruechsveraenderung
  Check: Check fluid level in tank (target level). Color test: light/yellowish OK, cloudy/dark = change required. Particle count (if available). Change filter per manufacturer interval. Perform pressure test on hydraulic line.
• Area: Hydraulik-Leitungen/Verbindungen: Risse, Lecks, Verformung, korrosive Belaege
  Check: Visual inspection of all hoses, pipes, connections for defects. Check for dryness, corrosion (rust spots), kink marks. High-frequency leak test if necessary. Observe operating pressure during voyage.
• Area: Elastomer-Bauteile (O-Ringe, Dichtlippen, Gummistuecke): Hartung, Risse, Quellungserscheinungen
  Check: Visual inspection of all O-rings/seals for wear, hardening, deformation. Test with finger pressure (elasticity). Clean O-ring grooves/lubricate with gearbox oil (at 5-year overhaul). Replace damaged parts.

Type-universal inspection/service points for bow/stern thrusters (Kongsberg, Mega-Swarm 2026-06). Per-model specs not auto-populated.

• Area: Propellerblaetter: Verschleiss, Risse, Verformung, Seewuchsbewuchs
  Check: Sichtpruefung auf Schaedigungen, Freispiel, Blattoberflaeche glatt ohne Kratzer/Dellen. Blattwurzel-O-Ringe auf Verschleiss checken, Spitzzenspiel messen. Bei Zweifeln: 1,5 bar Luftdruck auf VT-Nippel, Seifenblasen-Test auf Oellecks.
• Area: Propellerwellen-Dichtung: Durchfeuchtuung, Oelaustrittsverlust, Verschleiss
  Check: Visual inspection for leaks around shaft seal, check sealing cavity (monitored automatically via ARC). Observe seal clip pressure (e.g. via sensor output). At 5-year overhaul: renew seal. Check adaptive pressure regulation.
• Area: Lagerfreispiel/Lagerverschleiss: Axiales/Radiales Play ueber Norm, Bohrlochabtrag
  Check: Calipers/counter gauges: measure shaft diameter and bores (target value via manufacturer data sheet). Document caliper readings. If exceeded: replace bearing journal/bearing shells. Observe vibration/noise during operation.
• Area: Hydraulikfluid: Verschmutzung, Feuchtigkeit, Alterung, Farb-/Geruechsveraenderung
  Check: Check fluid level in tank (target level). Color test: light/yellowish OK, cloudy/dark = change required. Particle count (if available). Change filter per manufacturer interval. Perform pressure test on hydraulic line.
• Area: Hydraulik-Leitungen/Verbindungen: Risse, Lecks, Verformung, korrosive Belaege
  Check: Visual inspection of all hoses, pipes, connections for defects. Check for dryness, corrosion (rust spots), kink marks. High-frequency leak test if necessary. Observe operating pressure during voyage.
• Area: Elastomer-Bauteile (O-Ringe, Dichtlippen, Gummistuecke): Hartung, Risse, Quellungserscheinungen
  Check: Visual inspection of all O-rings/seals for wear, hardening, deformation. Test with finger pressure (elasticity). Clean O-ring grooves/lubricate with gearbox oil (at 5-year overhaul). Replace damaged parts.

Type-universal inspection/service points for bow/stern thrusters (Kongsberg, Mega-Swarm 2026-06). Per-model specs not auto-populated.

• Area: Propellerblaetter: Verschleiss, Risse, Verformung, Seewuchsbewuchs
  Check: Sichtpruefung auf Schaedigungen, Freispiel, Blattoberflaeche glatt ohne Kratzer/Dellen. Blattwurzel-O-Ringe auf Verschleiss checken, Spitzzenspiel messen. Bei Zweifeln: 1,5 bar Luftdruck auf VT-Nippel, Seifenblasen-Test auf Oellecks.
• Area: Propellerwellen-Dichtung: Durchfeuchtuung, Oelaustrittsverlust, Verschleiss
  Check: Visual inspection for leaks around shaft seal, check sealing cavity (monitored automatically via ARC). Observe seal clip pressure (e.g. via sensor output). At 5-year overhaul: renew seal. Check adaptive pressure regulation.
• Area: Lagerfreispiel/Lagerverschleiss: Axiales/Radiales Play ueber Norm, Bohrlochabtrag
  Check: Calipers/counter gauges: measure shaft diameter and bores (target value via manufacturer data sheet). Document caliper readings. If exceeded: replace bearing journal/bearing shells. Observe vibration/noise during operation.
• Area: Hydraulikfluid: Verschmutzung, Feuchtigkeit, Alterung, Farb-/Geruechsveraenderung
  Check: Check fluid level in tank (target level). Color test: light/yellowish OK, cloudy/dark = change required. Particle count (if available). Change filter per manufacturer interval. Perform pressure test on hydraulic line.
• Area: Hydraulik-Leitungen/Verbindungen: Risse, Lecks, Verformung, korrosive Belaege
  Check: Visual inspection of all hoses, pipes, connections for defects. Check for dryness, corrosion (rust spots), kink marks. High-frequency leak test if necessary. Observe operating pressure during voyage.
• Area: Elastomer-Bauteile (O-Ringe, Dichtlippen, Gummistuecke): Hartung, Risse, Quellungserscheinungen
  Check: Visual inspection of all O-rings/seals for wear, hardening, deformation. Test with finger pressure (elasticity). Clean O-ring grooves/lubricate with gearbox oil (at 5-year overhaul). Replace damaged parts.

Type-universal inspection/service points for bow/stern thrusters (Kongsberg, Mega-Swarm 2026-06). Per-model specs not auto-populated.

• Area: Propellerblaetter: Verschleiss, Risse, Verformung, Seewuchsbewuchs
  Check: Sichtpruefung auf Schaedigungen, Freispiel, Blattoberflaeche glatt ohne Kratzer/Dellen. Blattwurzel-O-Ringe auf Verschleiss checken, Spitzzenspiel messen. Bei Zweifeln: 1,5 bar Luftdruck auf VT-Nippel, Seifenblasen-Test auf Oellecks.
• Area: Propellerwellen-Dichtung: Durchfeuchtuung, Oelaustrittsverlust, Verschleiss
  Check: Visual inspection for leaks around shaft seal, check sealing cavity (monitored automatically via ARC). Observe seal clip pressure (e.g. via sensor output). At 5-year overhaul: renew seal. Check adaptive pressure regulation.
• Area: Lagerfreispiel/Lagerverschleiss: Axiales/Radiales Play ueber Norm, Bohrlochabtrag
  Check: Calipers/counter gauges: measure shaft diameter and bores (target value via manufacturer data sheet). Document caliper readings. If exceeded: replace bearing journal/bearing shells. Observe vibration/noise during operation.
• Area: Hydraulikfluid: Verschmutzung, Feuchtigkeit, Alterung, Farb-/Geruechsveraenderung
  Check: Check fluid level in tank (target level). Color test: light/yellowish OK, cloudy/dark = change required. Particle count (if available). Change filter per manufacturer interval. Perform pressure test on hydraulic line.
• Area: Hydraulik-Leitungen/Verbindungen: Risse, Lecks, Verformung, korrosive Belaege
  Check: Visual inspection of all hoses, pipes, connections for defects. Check for dryness, corrosion (rust spots), kink marks. High-frequency leak test if necessary. Observe operating pressure during voyage.
• Area: Elastomer-Bauteile (O-Ringe, Dichtlippen, Gummistuecke): Hartung, Risse, Quellungserscheinungen
  Check: Visual inspection of all O-rings/seals for wear, hardening, deformation. Test with finger pressure (elasticity). Clean O-ring grooves/lubricate with gearbox oil (at 5-year overhaul). Replace damaged parts.

Type-universal inspection/service points for bow/stern thrusters (Kongsberg, Mega-Swarm 2026-06). Per-model specs not auto-populated.

• Area: Propellerblaetter: Verschleiss, Risse, Verformung, Seewuchsbewuchs
  Check: Sichtpruefung auf Schaedigungen, Freispiel, Blattoberflaeche glatt ohne Kratzer/Dellen. Blattwurzel-O-Ringe auf Verschleiss checken, Spitzzenspiel messen. Bei Zweifeln: 1,5 bar Luftdruck auf VT-Nippel, Seifenblasen-Test auf Oellecks.
• Area: Propellerwellen-Dichtung: Durchfeuchtuung, Oelaustrittsverlust, Verschleiss
  Check: Visual inspection for leaks around shaft seal, check sealing cavity (monitored automatically via ARC). Observe seal clip pressure (e.g. via sensor output). At 5-year overhaul: renew seal. Check adaptive pressure regulation.
• Area: Lagerfreispiel/Lagerverschleiss: Axiales/Radiales Play ueber Norm, Bohrlochabtrag
  Check: Calipers/counter gauges: measure shaft diameter and bores (target value via manufacturer data sheet). Document caliper readings. If exceeded: replace bearing journal/bearing shells. Observe vibration/noise during operation.
• Area: Hydraulikfluid: Verschmutzung, Feuchtigkeit, Alterung, Farb-/Geruechsveraenderung
  Check: Check fluid level in tank (target level). Color test: light/yellowish OK, cloudy/dark = change required. Particle count (if available). Change filter per manufacturer interval. Perform pressure test on hydraulic line.
• Area: Hydraulik-Leitungen/Verbindungen: Risse, Lecks, Verformung, korrosive Belaege
  Check: Visual inspection of all hoses, pipes, connections for defects. Check for dryness, corrosion (rust spots), kink marks. High-frequency leak test if necessary. Observe operating pressure during voyage.
• Area: Elastomer-Bauteile (O-Ringe, Dichtlippen, Gummistuecke): Hartung, Risse, Quellungserscheinungen
  Check: Visual inspection of all O-rings/seals for wear, hardening, deformation. Test with finger pressure (elasticity). Clean O-ring grooves/lubricate with gearbox oil (at 5-year overhaul). Replace damaged parts.

Type-universal inspection/service points for bow/stern thrusters (Kongsberg, Mega-Swarm 2026-06). Per-model specs not auto-populated.

• Area: Propellerblaetter: Verschleiss, Risse, Verformung, Seewuchsbewuchs
  Check: Sichtpruefung auf Schaedigungen, Freispiel, Blattoberflaeche glatt ohne Kratzer/Dellen. Blattwurzel-O-Ringe auf Verschleiss checken, Spitzzenspiel messen. Bei Zweifeln: 1,5 bar Luftdruck auf VT-Nippel, Seifenblasen-Test auf Oellecks.
• Area: Propellerwellen-Dichtung: Durchfeuchtuung, Oelaustrittsverlust, Verschleiss
  Check: Visual inspection for leaks around shaft seal, check sealing cavity (monitored automatically via ARC). Observe seal clip pressure (e.g. via sensor output). At 5-year overhaul: renew seal. Check adaptive pressure regulation.
• Area: Lagerfreispiel/Lagerverschleiss: Axiales/Radiales Play ueber Norm, Bohrlochabtrag
  Check: Calipers/counter gauges: measure shaft diameter and bores (target value via manufacturer data sheet). Document caliper readings. If exceeded: replace bearing journal/bearing shells. Observe vibration/noise during operation.
• Area: Hydraulikfluid: Verschmutzung, Feuchtigkeit, Alterung, Farb-/Geruechsveraenderung
  Check: Check fluid level in tank (target level). Color test: light/yellowish OK, cloudy/dark = change required. Particle count (if available). Change filter per manufacturer interval. Perform pressure test on hydraulic line.
• Area: Hydraulik-Leitungen/Verbindungen: Risse, Lecks, Verformung, korrosive Belaege
  Check: Visual inspection of all hoses, pipes, connections for defects. Check for dryness, corrosion (rust spots), kink marks. High-frequency leak test if necessary. Observe operating pressure during voyage.
• Area: Elastomer-Bauteile (O-Ringe, Dichtlippen, Gummistuecke): Hartung, Risse, Quellungserscheinungen
  Check: Visual inspection of all O-rings/seals for wear, hardening, deformation. Test with finger pressure (elasticity). Clean O-ring grooves/lubricate with gearbox oil (at 5-year overhaul). Replace damaged parts.

Type-universal inspection/service points for bow/stern thrusters (Kongsberg, Mega-Swarm 2026-06). Per-model specs not auto-populated.

• Area: Propellerblaetter: Verschleiss, Risse, Verformung, Seewuchsbewuchs
  Check: Sichtpruefung auf Schaedigungen, Freispiel, Blattoberflaeche glatt ohne Kratzer/Dellen. Blattwurzel-O-Ringe auf Verschleiss checken, Spitzzenspiel messen. Bei Zweifeln: 1,5 bar Luftdruck auf VT-Nippel, Seifenblasen-Test auf Oellecks.
• Area: Propellerwellen-Dichtung: Durchfeuchtuung, Oelaustrittsverlust, Verschleiss
  Check: Visual inspection for leaks around shaft seal, check sealing cavity (monitored automatically via ARC). Observe seal clip pressure (e.g. via sensor output). At 5-year overhaul: renew seal. Check adaptive pressure regulation.
• Area: Lagerfreispiel/Lagerverschleiss: Axiales/Radiales Play ueber Norm, Bohrlochabtrag
  Check: Calipers/counter gauges: measure shaft diameter and bores (target value via manufacturer data sheet). Document caliper readings. If exceeded: replace bearing journal/bearing shells. Observe vibration/noise during operation.
• Area: Hydraulikfluid: Verschmutzung, Feuchtigkeit, Alterung, Farb-/Geruechsveraenderung
  Check: Check fluid level in tank (target level). Color test: light/yellowish OK, cloudy/dark = change required. Particle count (if available). Change filter per manufacturer interval. Perform pressure test on hydraulic line.
• Area: Hydraulik-Leitungen/Verbindungen: Risse, Lecks, Verformung, korrosive Belaege
  Check: Visual inspection of all hoses, pipes, connections for defects. Check for dryness, corrosion (rust spots), kink marks. High-frequency leak test if necessary. Observe operating pressure during voyage.
• Area: Elastomer-Bauteile (O-Ringe, Dichtlippen, Gummistuecke): Hartung, Risse, Quellungserscheinungen
  Check: Visual inspection of all O-rings/seals for wear, hardening, deformation. Test with finger pressure (elasticity). Clean O-ring grooves/lubricate with gearbox oil (at 5-year overhaul). Replace damaged parts.

Type-universal inspection/service points for bow/stern thrusters (Kongsberg, Mega-Swarm 2026-06). Per-model specs not auto-populated.

• Area: Propellerblaetter: Verschleiss, Risse, Verformung, Seewuchsbewuchs
  Check: Sichtpruefung auf Schaedigungen, Freispiel, Blattoberflaeche glatt ohne Kratzer/Dellen. Blattwurzel-O-Ringe auf Verschleiss checken, Spitzzenspiel messen. Bei Zweifeln: 1,5 bar Luftdruck auf VT-Nippel, Seifenblasen-Test auf Oellecks.
• Area: Propellerwellen-Dichtung: Durchfeuchtuung, Oelaustrittsverlust, Verschleiss
  Check: Visual inspection for leaks around shaft seal, check sealing cavity (monitored automatically via ARC). Observe seal clip pressure (e.g. via sensor output). At 5-year overhaul: renew seal. Check adaptive pressure regulation.
• Area: Lagerfreispiel/Lagerverschleiss: Axiales/Radiales Play ueber Norm, Bohrlochabtrag
  Check: Calipers/counter gauges: measure shaft diameter and bores (target value via manufacturer data sheet). Document caliper readings. If exceeded: replace bearing journal/bearing shells. Observe vibration/noise during operation.
• Area: Hydraulikfluid: Verschmutzung, Feuchtigkeit, Alterung, Farb-/Geruechsveraenderung
  Check: Check fluid level in tank (target level). Color test: light/yellowish OK, cloudy/dark = change required. Particle count (if available). Change filter per manufacturer interval. Perform pressure test on hydraulic line.
• Area: Hydraulik-Leitungen/Verbindungen: Risse, Lecks, Verformung, korrosive Belaege
  Check: Visual inspection of all hoses, pipes, connections for defects. Check for dryness, corrosion (rust spots), kink marks. High-frequency leak test if necessary. Observe operating pressure during voyage.
• Area: Elastomer-Bauteile (O-Ringe, Dichtlippen, Gummistuecke): Hartung, Risse, Quellungserscheinungen
  Check: Visual inspection of all O-rings/seals for wear, hardening, deformation. Test with finger pressure (elasticity). Clean O-ring grooves/lubricate with gearbox oil (at 5-year overhaul). Replace damaged parts.

Type-universal inspection/service points for bow/stern thrusters (Kongsberg, Mega-Swarm 2026-06). Per-model specs not auto-populated.

• Area: Propellerblaetter: Verschleiss, Risse, Verformung, Seewuchsbewuchs
  Check: Sichtpruefung auf Schaedigungen, Freispiel, Blattoberflaeche glatt ohne Kratzer/Dellen. Blattwurzel-O-Ringe auf Verschleiss checken, Spitzzenspiel messen. Bei Zweifeln: 1,5 bar Luftdruck auf VT-Nippel, Seifenblasen-Test auf Oellecks.
• Area: Propellerwellen-Dichtung: Durchfeuchtuung, Oelaustrittsverlust, Verschleiss
  Check: Visual inspection for leaks around shaft seal, check sealing cavity (monitored automatically via ARC). Observe seal clip pressure (e.g. via sensor output). At 5-year overhaul: renew seal. Check adaptive pressure regulation.
• Area: Lagerfreispiel/Lagerverschleiss: Axiales/Radiales Play ueber Norm, Bohrlochabtrag
  Check: Calipers/counter gauges: measure shaft diameter and bores (target value via manufacturer data sheet). Document caliper readings. If exceeded: replace bearing journal/bearing shells. Observe vibration/noise during operation.
• Area: Hydraulikfluid: Verschmutzung, Feuchtigkeit, Alterung, Farb-/Geruechsveraenderung
  Check: Check fluid level in tank (target level). Color test: light/yellowish OK, cloudy/dark = change required. Particle count (if available). Change filter per manufacturer interval. Perform pressure test on hydraulic line.
• Area: Hydraulik-Leitungen/Verbindungen: Risse, Lecks, Verformung, korrosive Belaege
  Check: Visual inspection of all hoses, pipes, connections for defects. Check for dryness, corrosion (rust spots), kink marks. High-frequency leak test if necessary. Observe operating pressure during voyage.
• Area: Elastomer-Bauteile (O-Ringe, Dichtlippen, Gummistuecke): Hartung, Risse, Quellungserscheinungen
  Check: Visual inspection of all O-rings/seals for wear, hardening, deformation. Test with finger pressure (elasticity). Clean O-ring grooves/lubricate with gearbox oil (at 5-year overhaul). Replace damaged parts.

Type-universal inspection/service points for bow/stern thrusters (Kongsberg, Mega-Swarm 2026-06). Per-model specs not auto-populated.

• Area: Propellerblaetter: Verschleiss, Risse, Verformung, Seewuchsbewuchs
  Check: Sichtpruefung auf Schaedigungen, Freispiel, Blattoberflaeche glatt ohne Kratzer/Dellen. Blattwurzel-O-Ringe auf Verschleiss checken, Spitzzenspiel messen. Bei Zweifeln: 1,5 bar Luftdruck auf VT-Nippel, Seifenblasen-Test auf Oellecks.
• Area: Propellerwellen-Dichtung: Durchfeuchtuung, Oelaustrittsverlust, Verschleiss
  Check: Visual inspection for leaks around shaft seal, check sealing cavity (monitored automatically via ARC). Observe seal clip pressure (e.g. via sensor output). At 5-year overhaul: renew seal. Check adaptive pressure regulation.
• Area: Lagerfreispiel/Lagerverschleiss: Axiales/Radiales Play ueber Norm, Bohrlochabtrag
  Check: Calipers/counter gauges: measure shaft diameter and bores (target value via manufacturer data sheet). Document caliper readings. If exceeded: replace bearing journal/bearing shells. Observe vibration/noise during operation.
• Area: Hydraulikfluid: Verschmutzung, Feuchtigkeit, Alterung, Farb-/Geruechsveraenderung
  Check: Check fluid level in tank (target level). Color test: light/yellowish OK, cloudy/dark = change required. Particle count (if available). Change filter per manufacturer interval. Perform pressure test on hydraulic line.
• Area: Hydraulik-Leitungen/Verbindungen: Risse, Lecks, Verformung, korrosive Belaege
  Check: Visual inspection of all hoses, pipes, connections for defects. Check for dryness, corrosion (rust spots), kink marks. High-frequency leak test if necessary. Observe operating pressure during voyage.
• Area: Elastomer-Bauteile (O-Ringe, Dichtlippen, Gummistuecke): Hartung, Risse, Quellungserscheinungen
  Check: Visual inspection of all O-rings/seals for wear, hardening, deformation. Test with finger pressure (elasticity). Clean O-ring grooves/lubricate with gearbox oil (at 5-year overhaul). Replace damaged parts.

Type-universal inspection/service points for bow/stern thrusters (Kongsberg, Mega-Swarm 2026-06). Per-model specs not auto-populated.

• Area: Propellerblaetter: Verschleiss, Risse, Verformung, Seewuchsbewuchs
  Check: Sichtpruefung auf Schaedigungen, Freispiel, Blattoberflaeche glatt ohne Kratzer/Dellen. Blattwurzel-O-Ringe auf Verschleiss checken, Spitzzenspiel messen. Bei Zweifeln: 1,5 bar Luftdruck auf VT-Nippel, Seifenblasen-Test auf Oellecks.
• Area: Propellerwellen-Dichtung: Durchfeuchtuung, Oelaustrittsverlust, Verschleiss
  Check: Visual inspection for leaks around shaft seal, check sealing cavity (monitored automatically via ARC). Observe seal clip pressure (e.g. via sensor output). At 5-year overhaul: renew seal. Check adaptive pressure regulation.
• Area: Lagerfreispiel/Lagerverschleiss: Axiales/Radiales Play ueber Norm, Bohrlochabtrag
  Check: Calipers/counter gauges: measure shaft diameter and bores (target value via manufacturer data sheet). Document caliper readings. If exceeded: replace bearing journal/bearing shells. Observe vibration/noise during operation.
• Area: Hydraulikfluid: Verschmutzung, Feuchtigkeit, Alterung, Farb-/Geruechsveraenderung
  Check: Check fluid level in tank (target level). Color test: light/yellowish OK, cloudy/dark = change required. Particle count (if available). Change filter per manufacturer interval. Perform pressure test on hydraulic line.
• Area: Hydraulik-Leitungen/Verbindungen: Risse, Lecks, Verformung, korrosive Belaege
  Check: Visual inspection of all hoses, pipes, connections for defects. Check for dryness, corrosion (rust spots), kink marks. High-frequency leak test if necessary. Observe operating pressure during voyage.
• Area: Elastomer-Bauteile (O-Ringe, Dichtlippen, Gummistuecke): Hartung, Risse, Quellungserscheinungen
  Check: Visual inspection of all O-rings/seals for wear, hardening, deformation. Test with finger pressure (elasticity). Clean O-ring grooves/lubricate with gearbox oil (at 5-year overhaul). Replace damaged parts.

Type-universal inspection/service points for bow/stern thrusters (Kongsberg, Mega-Swarm 2026-06). Per-model specs not auto-populated.

• Area: Propellerblaetter: Verschleiss, Risse, Verformung, Seewuchsbewuchs
  Check: Sichtpruefung auf Schaedigungen, Freispiel, Blattoberflaeche glatt ohne Kratzer/Dellen. Blattwurzel-O-Ringe auf Verschleiss checken, Spitzzenspiel messen. Bei Zweifeln: 1,5 bar Luftdruck auf VT-Nippel, Seifenblasen-Test auf Oellecks.
• Area: Propellerwellen-Dichtung: Durchfeuchtuung, Oelaustrittsverlust, Verschleiss
  Check: Visual inspection for leaks around shaft seal, check sealing cavity (monitored automatically via ARC). Observe seal clip pressure (e.g. via sensor output). At 5-year overhaul: renew seal. Check adaptive pressure regulation.
• Area: Lagerfreispiel/Lagerverschleiss: Axiales/Radiales Play ueber Norm, Bohrlochabtrag
  Check: Calipers/counter gauges: measure shaft diameter and bores (target value via manufacturer data sheet). Document caliper readings. If exceeded: replace bearing journal/bearing shells. Observe vibration/noise during operation.
• Area: Hydraulikfluid: Verschmutzung, Feuchtigkeit, Alterung, Farb-/Geruechsveraenderung
  Check: Check fluid level in tank (target level). Color test: light/yellowish OK, cloudy/dark = change required. Particle count (if available). Change filter per manufacturer interval. Perform pressure test on hydraulic line.
• Area: Hydraulik-Leitungen/Verbindungen: Risse, Lecks, Verformung, korrosive Belaege
  Check: Visual inspection of all hoses, pipes, connections for defects. Check for dryness, corrosion (rust spots), kink marks. High-frequency leak test if necessary. Observe operating pressure during voyage.
• Area: Elastomer-Bauteile (O-Ringe, Dichtlippen, Gummistuecke): Hartung, Risse, Quellungserscheinungen
  Check: Visual inspection of all O-rings/seals for wear, hardening, deformation. Test with finger pressure (elasticity). Clean O-ring grooves/lubricate with gearbox oil (at 5-year overhaul). Replace damaged parts.

Type-universal inspection/service points for bow/stern thrusters (Kongsberg, Mega-Swarm 2026-06). Per-model specs not auto-populated.

• Area: Propellerblaetter: Verschleiss, Risse, Verformung, Seewuchsbewuchs
  Check: Sichtpruefung auf Schaedigungen, Freispiel, Blattoberflaeche glatt ohne Kratzer/Dellen. Blattwurzel-O-Ringe auf Verschleiss checken, Spitzzenspiel messen. Bei Zweifeln: 1,5 bar Luftdruck auf VT-Nippel, Seifenblasen-Test auf Oellecks.
• Area: Propellerwellen-Dichtung: Durchfeuchtuung, Oelaustrittsverlust, Verschleiss
  Check: Visual inspection for leaks around shaft seal, check sealing cavity (monitored automatically via ARC). Observe seal clip pressure (e.g. via sensor output). At 5-year overhaul: renew seal. Check adaptive pressure regulation.
• Area: Lagerfreispiel/Lagerverschleiss: Axiales/Radiales Play ueber Norm, Bohrlochabtrag
  Check: Calipers/counter gauges: measure shaft diameter and bores (target value via manufacturer data sheet). Document caliper readings. If exceeded: replace bearing journal/bearing shells. Observe vibration/noise during operation.
• Area: Hydraulikfluid: Verschmutzung, Feuchtigkeit, Alterung, Farb-/Geruechsveraenderung
  Check: Check fluid level in tank (target level). Color test: light/yellowish OK, cloudy/dark = change required. Particle count (if available). Change filter per manufacturer interval. Perform pressure test on hydraulic line.
• Area: Hydraulik-Leitungen/Verbindungen: Risse, Lecks, Verformung, korrosive Belaege
  Check: Visual inspection of all hoses, pipes, connections for defects. Check for dryness, corrosion (rust spots), kink marks. High-frequency leak test if necessary. Observe operating pressure during voyage.
• Area: Elastomer-Bauteile (O-Ringe, Dichtlippen, Gummistuecke): Hartung, Risse, Quellungserscheinungen
  Check: Visual inspection of all O-rings/seals for wear, hardening, deformation. Test with finger pressure (elasticity). Clean O-ring grooves/lubricate with gearbox oil (at 5-year overhaul). Replace damaged parts.

Type-universal inspection/service points for bow/stern thrusters (Kongsberg, Mega-Swarm 2026-06). Per-model specs not auto-populated.

• Area: Propellerblaetter: Verschleiss, Risse, Verformung, Seewuchsbewuchs
  Check: Sichtpruefung auf Schaedigungen, Freispiel, Blattoberflaeche glatt ohne Kratzer/Dellen. Blattwurzel-O-Ringe auf Verschleiss checken, Spitzzenspiel messen. Bei Zweifeln: 1,5 bar Luftdruck auf VT-Nippel, Seifenblasen-Test auf Oellecks.
• Area: Propellerwellen-Dichtung: Durchfeuchtuung, Oelaustrittsverlust, Verschleiss
  Check: Visual inspection for leaks around shaft seal, check sealing cavity (monitored automatically via ARC). Observe seal clip pressure (e.g. via sensor output). At 5-year overhaul: renew seal. Check adaptive pressure regulation.
• Area: Lagerfreispiel/Lagerverschleiss: Axiales/Radiales Play ueber Norm, Bohrlochabtrag
  Check: Calipers/counter gauges: measure shaft diameter and bores (target value via manufacturer data sheet). Document caliper readings. If exceeded: replace bearing journal/bearing shells. Observe vibration/noise during operation.
• Area: Hydraulikfluid: Verschmutzung, Feuchtigkeit, Alterung, Farb-/Geruechsveraenderung
  Check: Check fluid level in tank (target level). Color test: light/yellowish OK, cloudy/dark = change required. Particle count (if available). Change filter per manufacturer interval. Perform pressure test on hydraulic line.
• Area: Hydraulik-Leitungen/Verbindungen: Risse, Lecks, Verformung, korrosive Belaege
  Check: Visual inspection of all hoses, pipes, connections for defects. Check for dryness, corrosion (rust spots), kink marks. High-frequency leak test if necessary. Observe operating pressure during voyage.
• Area: Elastomer-Bauteile (O-Ringe, Dichtlippen, Gummistuecke): Hartung, Risse, Quellungserscheinungen
  Check: Visual inspection of all O-rings/seals for wear, hardening, deformation. Test with finger pressure (elasticity). Clean O-ring grooves/lubricate with gearbox oil (at 5-year overhaul). Replace damaged parts.

Type-universal inspection/service points for bow/stern thrusters (Kongsberg, Mega-Swarm 2026-06). Per-model specs not auto-populated.

• Area: Propellerblaetter: Verschleiss, Risse, Verformung, Seewuchsbewuchs
  Check: Sichtpruefung auf Schaedigungen, Freispiel, Blattoberflaeche glatt ohne Kratzer/Dellen. Blattwurzel-O-Ringe auf Verschleiss checken, Spitzzenspiel messen. Bei Zweifeln: 1,5 bar Luftdruck auf VT-Nippel, Seifenblasen-Test auf Oellecks.
• Area: Propellerwellen-Dichtung: Durchfeuchtuung, Oelaustrittsverlust, Verschleiss
  Check: Visual inspection for leaks around shaft seal, check sealing cavity (monitored automatically via ARC). Observe seal clip pressure (e.g. via sensor output). At 5-year overhaul: renew seal. Check adaptive pressure regulation.
• Area: Lagerfreispiel/Lagerverschleiss: Axiales/Radiales Play ueber Norm, Bohrlochabtrag
  Check: Calipers/counter gauges: measure shaft diameter and bores (target value via manufacturer data sheet). Document caliper readings. If exceeded: replace bearing journal/bearing shells. Observe vibration/noise during operation.
• Area: Hydraulikfluid: Verschmutzung, Feuchtigkeit, Alterung, Farb-/Geruechsveraenderung
  Check: Check fluid level in tank (target level). Color test: light/yellowish OK, cloudy/dark = change required. Particle count (if available). Change filter per manufacturer interval. Perform pressure test on hydraulic line.
• Area: Hydraulik-Leitungen/Verbindungen: Risse, Lecks, Verformung, korrosive Belaege
  Check: Visual inspection of all hoses, pipes, connections for defects. Check for dryness, corrosion (rust spots), kink marks. High-frequency leak test if necessary. Observe operating pressure during voyage.
• Area: Elastomer-Bauteile (O-Ringe, Dichtlippen, Gummistuecke): Hartung, Risse, Quellungserscheinungen
  Check: Visual inspection of all O-rings/seals for wear, hardening, deformation. Test with finger pressure (elasticity). Clean O-ring grooves/lubricate with gearbox oil (at 5-year overhaul). Replace damaged parts.

Type-universal inspection/service points for bow/stern thrusters (Kongsberg, Mega-Swarm 2026-06). Per-model specs not auto-populated.

• Area: Propellerblaetter: Verschleiss, Risse, Verformung, Seewuchsbewuchs
  Check: Sichtpruefung auf Schaedigungen, Freispiel, Blattoberflaeche glatt ohne Kratzer/Dellen. Blattwurzel-O-Ringe auf Verschleiss checken, Spitzzenspiel messen. Bei Zweifeln: 1,5 bar Luftdruck auf VT-Nippel, Seifenblasen-Test auf Oellecks.
• Area: Propellerwellen-Dichtung: Durchfeuchtuung, Oelaustrittsverlust, Verschleiss
  Check: Visual inspection for leaks around shaft seal, check sealing cavity (monitored automatically via ARC). Observe seal clip pressure (e.g. via sensor output). At 5-year overhaul: renew seal. Check adaptive pressure regulation.
• Area: Lagerfreispiel/Lagerverschleiss: Axiales/Radiales Play ueber Norm, Bohrlochabtrag
  Check: Calipers/counter gauges: measure shaft diameter and bores (target value via manufacturer data sheet). Document caliper readings. If exceeded: replace bearing journal/bearing shells. Observe vibration/noise during operation.
• Area: Hydraulikfluid: Verschmutzung, Feuchtigkeit, Alterung, Farb-/Geruechsveraenderung
  Check: Check fluid level in tank (target level). Color test: light/yellowish OK, cloudy/dark = change required. Particle count (if available). Change filter per manufacturer interval. Perform pressure test on hydraulic line.
• Area: Hydraulik-Leitungen/Verbindungen: Risse, Lecks, Verformung, korrosive Belaege
  Check: Visual inspection of all hoses, pipes, connections for defects. Check for dryness, corrosion (rust spots), kink marks. High-frequency leak test if necessary. Observe operating pressure during voyage.
• Area: Elastomer-Bauteile (O-Ringe, Dichtlippen, Gummistuecke): Hartung, Risse, Quellungserscheinungen
  Check: Visual inspection of all O-rings/seals for wear, hardening, deformation. Test with finger pressure (elasticity). Clean O-ring grooves/lubricate with gearbox oil (at 5-year overhaul). Replace damaged parts.

Type-universal inspection/service points for bow/stern thrusters (Kongsberg, Mega-Swarm 2026-06). Per-model specs not auto-populated.

• Area: Propellerblaetter: Verschleiss, Risse, Verformung, Seewuchsbewuchs
  Check: Sichtpruefung auf Schaedigungen, Freispiel, Blattoberflaeche glatt ohne Kratzer/Dellen. Blattwurzel-O-Ringe auf Verschleiss checken, Spitzzenspiel messen. Bei Zweifeln: 1,5 bar Luftdruck auf VT-Nippel, Seifenblasen-Test auf Oellecks.
• Area: Propellerwellen-Dichtung: Durchfeuchtuung, Oelaustrittsverlust, Verschleiss
  Check: Visual inspection for leaks around shaft seal, check sealing cavity (monitored automatically via ARC). Observe seal clip pressure (e.g. via sensor output). At 5-year overhaul: renew seal. Check adaptive pressure regulation.
• Area: Lagerfreispiel/Lagerverschleiss: Axiales/Radiales Play ueber Norm, Bohrlochabtrag
  Check: Calipers/counter gauges: measure shaft diameter and bores (target value via manufacturer data sheet). Document caliper readings. If exceeded: replace bearing journal/bearing shells. Observe vibration/noise during operation.
• Area: Hydraulikfluid: Verschmutzung, Feuchtigkeit, Alterung, Farb-/Geruechsveraenderung
  Check: Check fluid level in tank (target level). Color test: light/yellowish OK, cloudy/dark = change required. Particle count (if available). Change filter per manufacturer interval. Perform pressure test on hydraulic line.
• Area: Hydraulik-Leitungen/Verbindungen: Risse, Lecks, Verformung, korrosive Belaege
  Check: Visual inspection of all hoses, pipes, connections for defects. Check for dryness, corrosion (rust spots), kink marks. High-frequency leak test if necessary. Observe operating pressure during voyage.
• Area: Elastomer-Bauteile (O-Ringe, Dichtlippen, Gummistuecke): Hartung, Risse, Quellungserscheinungen
  Check: Visual inspection of all O-rings/seals for wear, hardening, deformation. Test with finger pressure (elasticity). Clean O-ring grooves/lubricate with gearbox oil (at 5-year overhaul). Replace damaged parts.

Type-universal inspection/service points for bow/stern thrusters (Kongsberg, Mega-Swarm 2026-06). Per-model specs not auto-populated.

• Area: Propellerblaetter: Verschleiss, Risse, Verformung, Seewuchsbewuchs
  Check: Sichtpruefung auf Schaedigungen, Freispiel, Blattoberflaeche glatt ohne Kratzer/Dellen. Blattwurzel-O-Ringe auf Verschleiss checken, Spitzzenspiel messen. Bei Zweifeln: 1,5 bar Luftdruck auf VT-Nippel, Seifenblasen-Test auf Oellecks.
• Area: Propellerwellen-Dichtung: Durchfeuchtuung, Oelaustrittsverlust, Verschleiss
  Check: Visual inspection for leaks around shaft seal, check sealing cavity (monitored automatically via ARC). Observe seal clip pressure (e.g. via sensor output). At 5-year overhaul: renew seal. Check adaptive pressure regulation.
• Area: Lagerfreispiel/Lagerverschleiss: Axiales/Radiales Play ueber Norm, Bohrlochabtrag
  Check: Calipers/counter gauges: measure shaft diameter and bores (target value via manufacturer data sheet). Document caliper readings. If exceeded: replace bearing journal/bearing shells. Observe vibration/noise during operation.
• Area: Hydraulikfluid: Verschmutzung, Feuchtigkeit, Alterung, Farb-/Geruechsveraenderung
  Check: Check fluid level in tank (target level). Color test: light/yellowish OK, cloudy/dark = change required. Particle count (if available). Change filter per manufacturer interval. Perform pressure test on hydraulic line.
• Area: Hydraulik-Leitungen/Verbindungen: Risse, Lecks, Verformung, korrosive Belaege
  Check: Visual inspection of all hoses, pipes, connections for defects. Check for dryness, corrosion (rust spots), kink marks. High-frequency leak test if necessary. Observe operating pressure during voyage.
• Area: Elastomer-Bauteile (O-Ringe, Dichtlippen, Gummistuecke): Hartung, Risse, Quellungserscheinungen
  Check: Visual inspection of all O-rings/seals for wear, hardening, deformation. Test with finger pressure (elasticity). Clean O-ring grooves/lubricate with gearbox oil (at 5-year overhaul). Replace damaged parts.

Type-universal inspection/service points for bow/stern thrusters (Kongsberg, Mega-Swarm 2026-06). Per-model specs not auto-populated.

• Area: Propellerblaetter: Verschleiss, Risse, Verformung, Seewuchsbewuchs
  Check: Sichtpruefung auf Schaedigungen, Freispiel, Blattoberflaeche glatt ohne Kratzer/Dellen. Blattwurzel-O-Ringe auf Verschleiss checken, Spitzzenspiel messen. Bei Zweifeln: 1,5 bar Luftdruck auf VT-Nippel, Seifenblasen-Test auf Oellecks.
• Area: Propellerwellen-Dichtung: Durchfeuchtuung, Oelaustrittsverlust, Verschleiss
  Check: Visual inspection for leaks around shaft seal, check sealing cavity (monitored automatically via ARC). Observe seal clip pressure (e.g. via sensor output). At 5-year overhaul: renew seal. Check adaptive pressure regulation.
• Area: Lagerfreispiel/Lagerverschleiss: Axiales/Radiales Play ueber Norm, Bohrlochabtrag
  Check: Calipers/counter gauges: measure shaft diameter and bores (target value via manufacturer data sheet). Document caliper readings. If exceeded: replace bearing journal/bearing shells. Observe vibration/noise during operation.
• Area: Hydraulikfluid: Verschmutzung, Feuchtigkeit, Alterung, Farb-/Geruechsveraenderung
  Check: Check fluid level in tank (target level). Color test: light/yellowish OK, cloudy/dark = change required. Particle count (if available). Change filter per manufacturer interval. Perform pressure test on hydraulic line.
• Area: Hydraulik-Leitungen/Verbindungen: Risse, Lecks, Verformung, korrosive Belaege
  Check: Visual inspection of all hoses, pipes, connections for defects. Check for dryness, corrosion (rust spots), kink marks. High-frequency leak test if necessary. Observe operating pressure during voyage.
• Area: Elastomer-Bauteile (O-Ringe, Dichtlippen, Gummistuecke): Hartung, Risse, Quellungserscheinungen
  Check: Visual inspection of all O-rings/seals for wear, hardening, deformation. Test with finger pressure (elasticity). Clean O-ring grooves/lubricate with gearbox oil (at 5-year overhaul). Replace damaged parts.

Type-universal inspection/service points for bow/stern thrusters (Kongsberg, Mega-Swarm 2026-06). Per-model specs not auto-populated.

• Area: Propellerblaetter: Verschleiss, Risse, Verformung, Seewuchsbewuchs
  Check: Sichtpruefung auf Schaedigungen, Freispiel, Blattoberflaeche glatt ohne Kratzer/Dellen. Blattwurzel-O-Ringe auf Verschleiss checken, Spitzzenspiel messen. Bei Zweifeln: 1,5 bar Luftdruck auf VT-Nippel, Seifenblasen-Test auf Oellecks.
• Area: Propellerwellen-Dichtung: Durchfeuchtuung, Oelaustrittsverlust, Verschleiss
  Check: Visual inspection for leaks around shaft seal, check sealing cavity (monitored automatically via ARC). Observe seal clip pressure (e.g. via sensor output). At 5-year overhaul: renew seal. Check adaptive pressure regulation.
• Area: Lagerfreispiel/Lagerverschleiss: Axiales/Radiales Play ueber Norm, Bohrlochabtrag
  Check: Calipers/counter gauges: measure shaft diameter and bores (target value via manufacturer data sheet). Document caliper readings. If exceeded: replace bearing journal/bearing shells. Observe vibration/noise during operation.
• Area: Hydraulikfluid: Verschmutzung, Feuchtigkeit, Alterung, Farb-/Geruechsveraenderung
  Check: Check fluid level in tank (target level). Color test: light/yellowish OK, cloudy/dark = change required. Particle count (if available). Change filter per manufacturer interval. Perform pressure test on hydraulic line.
• Area: Hydraulik-Leitungen/Verbindungen: Risse, Lecks, Verformung, korrosive Belaege
  Check: Visual inspection of all hoses, pipes, connections for defects. Check for dryness, corrosion (rust spots), kink marks. High-frequency leak test if necessary. Observe operating pressure during voyage.
• Area: Elastomer-Bauteile (O-Ringe, Dichtlippen, Gummistuecke): Hartung, Risse, Quellungserscheinungen
  Check: Visual inspection of all O-rings/seals for wear, hardening, deformation. Test with finger pressure (elasticity). Clean O-ring grooves/lubricate with gearbox oil (at 5-year overhaul). Replace damaged parts.

Type-universal inspection/service points for bow/stern thrusters (Kongsberg, Mega-Swarm 2026-06). Per-model specs not auto-populated.

• Area: Propellerblaetter: Verschleiss, Risse, Verformung, Seewuchsbewuchs
  Check: Sichtpruefung auf Schaedigungen, Freispiel, Blattoberflaeche glatt ohne Kratzer/Dellen. Blattwurzel-O-Ringe auf Verschleiss checken, Spitzzenspiel messen. Bei Zweifeln: 1,5 bar Luftdruck auf VT-Nippel, Seifenblasen-Test auf Oellecks.
• Area: Propellerwellen-Dichtung: Durchfeuchtuung, Oelaustrittsverlust, Verschleiss
  Check: Visual inspection for leaks around shaft seal, check sealing cavity (monitored automatically via ARC). Observe seal clip pressure (e.g. via sensor output). At 5-year overhaul: renew seal. Check adaptive pressure regulation.
• Area: Lagerfreispiel/Lagerverschleiss: Axiales/Radiales Play ueber Norm, Bohrlochabtrag
  Check: Calipers/counter gauges: measure shaft diameter and bores (target value via manufacturer data sheet). Document caliper readings. If exceeded: replace bearing journal/bearing shells. Observe vibration/noise during operation.
• Area: Hydraulikfluid: Verschmutzung, Feuchtigkeit, Alterung, Farb-/Geruechsveraenderung
  Check: Check fluid level in tank (target level). Color test: light/yellowish OK, cloudy/dark = change required. Particle count (if available). Change filter per manufacturer interval. Perform pressure test on hydraulic line.
• Area: Hydraulik-Leitungen/Verbindungen: Risse, Lecks, Verformung, korrosive Belaege
  Check: Visual inspection of all hoses, pipes, connections for defects. Check for dryness, corrosion (rust spots), kink marks. High-frequency leak test if necessary. Observe operating pressure during voyage.
• Area: Elastomer-Bauteile (O-Ringe, Dichtlippen, Gummistuecke): Hartung, Risse, Quellungserscheinungen
  Check: Visual inspection of all O-rings/seals for wear, hardening, deformation. Test with finger pressure (elasticity). Clean O-ring grooves/lubricate with gearbox oil (at 5-year overhaul). Replace damaged parts.

Type-universal inspection/service points for bow/stern thrusters (Kongsberg, Mega-Swarm 2026-06). Per-model specs not auto-populated.

• Area: Propellerblaetter: Verschleiss, Risse, Verformung, Seewuchsbewuchs
  Check: Sichtpruefung auf Schaedigungen, Freispiel, Blattoberflaeche glatt ohne Kratzer/Dellen. Blattwurzel-O-Ringe auf Verschleiss checken, Spitzzenspiel messen. Bei Zweifeln: 1,5 bar Luftdruck auf VT-Nippel, Seifenblasen-Test auf Oellecks.
• Area: Propellerwellen-Dichtung: Durchfeuchtuung, Oelaustrittsverlust, Verschleiss
  Check: Visual inspection for leaks around shaft seal, check sealing cavity (monitored automatically via ARC). Observe seal clip pressure (e.g. via sensor output). At 5-year overhaul: renew seal. Check adaptive pressure regulation.
• Area: Lagerfreispiel/Lagerverschleiss: Axiales/Radiales Play ueber Norm, Bohrlochabtrag
  Check: Calipers/counter gauges: measure shaft diameter and bores (target value via manufacturer data sheet). Document caliper readings. If exceeded: replace bearing journal/bearing shells. Observe vibration/noise during operation.
• Area: Hydraulikfluid: Verschmutzung, Feuchtigkeit, Alterung, Farb-/Geruechsveraenderung
  Check: Check fluid level in tank (target level). Color test: light/yellowish OK, cloudy/dark = change required. Particle count (if available). Change filter per manufacturer interval. Perform pressure test on hydraulic line.
• Area: Hydraulik-Leitungen/Verbindungen: Risse, Lecks, Verformung, korrosive Belaege
  Check: Visual inspection of all hoses, pipes, connections for defects. Check for dryness, corrosion (rust spots), kink marks. High-frequency leak test if necessary. Observe operating pressure during voyage.
• Area: Elastomer-Bauteile (O-Ringe, Dichtlippen, Gummistuecke): Hartung, Risse, Quellungserscheinungen
  Check: Visual inspection of all O-rings/seals for wear, hardening, deformation. Test with finger pressure (elasticity). Clean O-ring grooves/lubricate with gearbox oil (at 5-year overhaul). Replace damaged parts.

Type-universal inspection/service points for bow/stern thrusters (Kongsberg, Mega-Swarm 2026-06). Per-model specs not auto-populated.

• Area: Propellerblaetter: Verschleiss, Risse, Verformung, Seewuchsbewuchs
  Check: Sichtpruefung auf Schaedigungen, Freispiel, Blattoberflaeche glatt ohne Kratzer/Dellen. Blattwurzel-O-Ringe auf Verschleiss checken, Spitzzenspiel messen. Bei Zweifeln: 1,5 bar Luftdruck auf VT-Nippel, Seifenblasen-Test auf Oellecks.
• Area: Propellerwellen-Dichtung: Durchfeuchtuung, Oelaustrittsverlust, Verschleiss
  Check: Visual inspection for leaks around shaft seal, check sealing cavity (monitored automatically via ARC). Observe seal clip pressure (e.g. via sensor output). At 5-year overhaul: renew seal. Check adaptive pressure regulation.
• Area: Lagerfreispiel/Lagerverschleiss: Axiales/Radiales Play ueber Norm, Bohrlochabtrag
  Check: Calipers/counter gauges: measure shaft diameter and bores (target value via manufacturer data sheet). Document caliper readings. If exceeded: replace bearing journal/bearing shells. Observe vibration/noise during operation.
• Area: Hydraulikfluid: Verschmutzung, Feuchtigkeit, Alterung, Farb-/Geruechsveraenderung
  Check: Check fluid level in tank (target level). Color test: light/yellowish OK, cloudy/dark = change required. Particle count (if available). Change filter per manufacturer interval. Perform pressure test on hydraulic line.
• Area: Hydraulik-Leitungen/Verbindungen: Risse, Lecks, Verformung, korrosive Belaege
  Check: Visual inspection of all hoses, pipes, connections for defects. Check for dryness, corrosion (rust spots), kink marks. High-frequency leak test if necessary. Observe operating pressure during voyage.
• Area: Elastomer-Bauteile (O-Ringe, Dichtlippen, Gummistuecke): Hartung, Risse, Quellungserscheinungen
  Check: Visual inspection of all O-rings/seals for wear, hardening, deformation. Test with finger pressure (elasticity). Clean O-ring grooves/lubricate with gearbox oil (at 5-year overhaul). Replace damaged parts.

Type-universal inspection/service points for bow/stern thrusters (Kongsberg, Mega-Swarm 2026-06). Per-model specs not auto-populated.

• Area: Propellerblaetter: Verschleiss, Risse, Verformung, Seewuchsbewuchs
  Check: Sichtpruefung auf Schaedigungen, Freispiel, Blattoberflaeche glatt ohne Kratzer/Dellen. Blattwurzel-O-Ringe auf Verschleiss checken, Spitzzenspiel messen. Bei Zweifeln: 1,5 bar Luftdruck auf VT-Nippel, Seifenblasen-Test auf Oellecks.
• Area: Propellerwellen-Dichtung: Durchfeuchtuung, Oelaustrittsverlust, Verschleiss
  Check: Visual inspection for leaks around shaft seal, check sealing cavity (monitored automatically via ARC). Observe seal clip pressure (e.g. via sensor output). At 5-year overhaul: renew seal. Check adaptive pressure regulation.
• Area: Lagerfreispiel/Lagerverschleiss: Axiales/Radiales Play ueber Norm, Bohrlochabtrag
  Check: Calipers/counter gauges: measure shaft diameter and bores (target value via manufacturer data sheet). Document caliper readings. If exceeded: replace bearing journal/bearing shells. Observe vibration/noise during operation.
• Area: Hydraulikfluid: Verschmutzung, Feuchtigkeit, Alterung, Farb-/Geruechsveraenderung
  Check: Check fluid level in tank (target level). Color test: light/yellowish OK, cloudy/dark = change required. Particle count (if available). Change filter per manufacturer interval. Perform pressure test on hydraulic line.
• Area: Hydraulik-Leitungen/Verbindungen: Risse, Lecks, Verformung, korrosive Belaege
  Check: Visual inspection of all hoses, pipes, connections for defects. Check for dryness, corrosion (rust spots), kink marks. High-frequency leak test if necessary. Observe operating pressure during voyage.
• Area: Elastomer-Bauteile (O-Ringe, Dichtlippen, Gummistuecke): Hartung, Risse, Quellungserscheinungen
  Check: Visual inspection of all O-rings/seals for wear, hardening, deformation. Test with finger pressure (elasticity). Clean O-ring grooves/lubricate with gearbox oil (at 5-year overhaul). Replace damaged parts.

Type-universal inspection/service points for bow/stern thrusters (Kongsberg, Mega-Swarm 2026-06). Per-model specs not auto-populated.

• Area: Propellerblaetter: Verschleiss, Risse, Verformung, Seewuchsbewuchs
  Check: Sichtpruefung auf Schaedigungen, Freispiel, Blattoberflaeche glatt ohne Kratzer/Dellen. Blattwurzel-O-Ringe auf Verschleiss checken, Spitzzenspiel messen. Bei Zweifeln: 1,5 bar Luftdruck auf VT-Nippel, Seifenblasen-Test auf Oellecks.
• Area: Propellerwellen-Dichtung: Durchfeuchtuung, Oelaustrittsverlust, Verschleiss
  Check: Visual inspection for leaks around shaft seal, check sealing cavity (monitored automatically via ARC). Observe seal clip pressure (e.g. via sensor output). At 5-year overhaul: renew seal. Check adaptive pressure regulation.
• Area: Lagerfreispiel/Lagerverschleiss: Axiales/Radiales Play ueber Norm, Bohrlochabtrag
  Check: Calipers/counter gauges: measure shaft diameter and bores (target value via manufacturer data sheet). Document caliper readings. If exceeded: replace bearing journal/bearing shells. Observe vibration/noise during operation.
• Area: Hydraulikfluid: Verschmutzung, Feuchtigkeit, Alterung, Farb-/Geruechsveraenderung
  Check: Check fluid level in tank (target level). Color test: light/yellowish OK, cloudy/dark = change required. Particle count (if available). Change filter per manufacturer interval. Perform pressure test on hydraulic line.
• Area: Hydraulik-Leitungen/Verbindungen: Risse, Lecks, Verformung, korrosive Belaege
  Check: Visual inspection of all hoses, pipes, connections for defects. Check for dryness, corrosion (rust spots), kink marks. High-frequency leak test if necessary. Observe operating pressure during voyage.
• Area: Elastomer-Bauteile (O-Ringe, Dichtlippen, Gummistuecke): Hartung, Risse, Quellungserscheinungen
  Check: Visual inspection of all O-rings/seals for wear, hardening, deformation. Test with finger pressure (elasticity). Clean O-ring grooves/lubricate with gearbox oil (at 5-year overhaul). Replace damaged parts.

Type-universal inspection/service points for bow/stern thrusters (Kongsberg, Mega-Swarm 2026-06). Per-model specs not auto-populated.

• Area: Propellerblaetter: Verschleiss, Risse, Verformung, Seewuchsbewuchs
  Check: Sichtpruefung auf Schaedigungen, Freispiel, Blattoberflaeche glatt ohne Kratzer/Dellen. Blattwurzel-O-Ringe auf Verschleiss checken, Spitzzenspiel messen. Bei Zweifeln: 1,5 bar Luftdruck auf VT-Nippel, Seifenblasen-Test auf Oellecks.
• Area: Propellerwellen-Dichtung: Durchfeuchtuung, Oelaustrittsverlust, Verschleiss
  Check: Visual inspection for leaks around shaft seal, check sealing cavity (monitored automatically via ARC). Observe seal clip pressure (e.g. via sensor output). At 5-year overhaul: renew seal. Check adaptive pressure regulation.
• Area: Lagerfreispiel/Lagerverschleiss: Axiales/Radiales Play ueber Norm, Bohrlochabtrag
  Check: Calipers/counter gauges: measure shaft diameter and bores (target value via manufacturer data sheet). Document caliper readings. If exceeded: replace bearing journal/bearing shells. Observe vibration/noise during operation.
• Area: Hydraulikfluid: Verschmutzung, Feuchtigkeit, Alterung, Farb-/Geruechsveraenderung
  Check: Check fluid level in tank (target level). Color test: light/yellowish OK, cloudy/dark = change required. Particle count (if available). Change filter per manufacturer interval. Perform pressure test on hydraulic line.
• Area: Hydraulik-Leitungen/Verbindungen: Risse, Lecks, Verformung, korrosive Belaege
  Check: Visual inspection of all hoses, pipes, connections for defects. Check for dryness, corrosion (rust spots), kink marks. High-frequency leak test if necessary. Observe operating pressure during voyage.
• Area: Elastomer-Bauteile (O-Ringe, Dichtlippen, Gummistuecke): Hartung, Risse, Quellungserscheinungen
  Check: Visual inspection of all O-rings/seals for wear, hardening, deformation. Test with finger pressure (elasticity). Clean O-ring grooves/lubricate with gearbox oil (at 5-year overhaul). Replace damaged parts.

Type-universal inspection/service points for bow/stern thrusters (Kongsberg, Mega-Swarm 2026-06). Per-model specs not auto-populated.

• Area: Propellerblaetter: Verschleiss, Risse, Verformung, Seewuchsbewuchs
  Check: Sichtpruefung auf Schaedigungen, Freispiel, Blattoberflaeche glatt ohne Kratzer/Dellen. Blattwurzel-O-Ringe auf Verschleiss checken, Spitzzenspiel messen. Bei Zweifeln: 1,5 bar Luftdruck auf VT-Nippel, Seifenblasen-Test auf Oellecks.
• Area: Propellerwellen-Dichtung: Durchfeuchtuung, Oelaustrittsverlust, Verschleiss
  Check: Visual inspection for leaks around shaft seal, check sealing cavity (monitored automatically via ARC). Observe seal clip pressure (e.g. via sensor output). At 5-year overhaul: renew seal. Check adaptive pressure regulation.
• Area: Lagerfreispiel/Lagerverschleiss: Axiales/Radiales Play ueber Norm, Bohrlochabtrag
  Check: Calipers/counter gauges: measure shaft diameter and bores (target value via manufacturer data sheet). Document caliper readings. If exceeded: replace bearing journal/bearing shells. Observe vibration/noise during operation.
• Area: Hydraulikfluid: Verschmutzung, Feuchtigkeit, Alterung, Farb-/Geruechsveraenderung
  Check: Check fluid level in tank (target level). Color test: light/yellowish OK, cloudy/dark = change required. Particle count (if available). Change filter per manufacturer interval. Perform pressure test on hydraulic line.
• Area: Hydraulik-Leitungen/Verbindungen: Risse, Lecks, Verformung, korrosive Belaege
  Check: Visual inspection of all hoses, pipes, connections for defects. Check for dryness, corrosion (rust spots), kink marks. High-frequency leak test if necessary. Observe operating pressure during voyage.
• Area: Elastomer-Bauteile (O-Ringe, Dichtlippen, Gummistuecke): Hartung, Risse, Quellungserscheinungen
  Check: Visual inspection of all O-rings/seals for wear, hardening, deformation. Test with finger pressure (elasticity). Clean O-ring grooves/lubricate with gearbox oil (at 5-year overhaul). Replace damaged parts.

Type-universal inspection/service points for bow/stern thrusters (Kongsberg, Mega-Swarm 2026-06). Per-model specs not auto-populated.

• Area: Propellerblaetter: Verschleiss, Risse, Verformung, Seewuchsbewuchs
  Check: Sichtpruefung auf Schaedigungen, Freispiel, Blattoberflaeche glatt ohne Kratzer/Dellen. Blattwurzel-O-Ringe auf Verschleiss checken, Spitzzenspiel messen. Bei Zweifeln: 1,5 bar Luftdruck auf VT-Nippel, Seifenblasen-Test auf Oellecks.
• Area: Propellerwellen-Dichtung: Durchfeuchtuung, Oelaustrittsverlust, Verschleiss
  Check: Visual inspection for leaks around shaft seal, check sealing cavity (monitored automatically via ARC). Observe seal clip pressure (e.g. via sensor output). At 5-year overhaul: renew seal. Check adaptive pressure regulation.
• Area: Lagerfreispiel/Lagerverschleiss: Axiales/Radiales Play ueber Norm, Bohrlochabtrag
  Check: Calipers/counter gauges: measure shaft diameter and bores (target value via manufacturer data sheet). Document caliper readings. If exceeded: replace bearing journal/bearing shells. Observe vibration/noise during operation.
• Area: Hydraulikfluid: Verschmutzung, Feuchtigkeit, Alterung, Farb-/Geruechsveraenderung
  Check: Check fluid level in tank (target level). Color test: light/yellowish OK, cloudy/dark = change required. Particle count (if available). Change filter per manufacturer interval. Perform pressure test on hydraulic line.
• Area: Hydraulik-Leitungen/Verbindungen: Risse, Lecks, Verformung, korrosive Belaege
  Check: Visual inspection of all hoses, pipes, connections for defects. Check for dryness, corrosion (rust spots), kink marks. High-frequency leak test if necessary. Observe operating pressure during voyage.
• Area: Elastomer-Bauteile (O-Ringe, Dichtlippen, Gummistuecke): Hartung, Risse, Quellungserscheinungen
  Check: Visual inspection of all O-rings/seals for wear, hardening, deformation. Test with finger pressure (elasticity). Clean O-ring grooves/lubricate with gearbox oil (at 5-year overhaul). Replace damaged parts.

Type-universal inspection/service points for bow/stern thrusters (Kongsberg, Mega-Swarm 2026-06). Per-model specs not auto-populated.

• Area: Propellerblaetter: Verschleiss, Risse, Verformung, Seewuchsbewuchs
  Check: Sichtpruefung auf Schaedigungen, Freispiel, Blattoberflaeche glatt ohne Kratzer/Dellen. Blattwurzel-O-Ringe auf Verschleiss checken, Spitzzenspiel messen. Bei Zweifeln: 1,5 bar Luftdruck auf VT-Nippel, Seifenblasen-Test auf Oellecks.
• Area: Propellerwellen-Dichtung: Durchfeuchtuung, Oelaustrittsverlust, Verschleiss
  Check: Visual inspection for leaks around shaft seal, check sealing cavity (monitored automatically via ARC). Observe seal clip pressure (e.g. via sensor output). At 5-year overhaul: renew seal. Check adaptive pressure regulation.
• Area: Lagerfreispiel/Lagerverschleiss: Axiales/Radiales Play ueber Norm, Bohrlochabtrag
  Check: Calipers/counter gauges: measure shaft diameter and bores (target value via manufacturer data sheet). Document caliper readings. If exceeded: replace bearing journal/bearing shells. Observe vibration/noise during operation.
• Area: Hydraulikfluid: Verschmutzung, Feuchtigkeit, Alterung, Farb-/Geruechsveraenderung
  Check: Check fluid level in tank (target level). Color test: light/yellowish OK, cloudy/dark = change required. Particle count (if available). Change filter per manufacturer interval. Perform pressure test on hydraulic line.
• Area: Hydraulik-Leitungen/Verbindungen: Risse, Lecks, Verformung, korrosive Belaege
  Check: Visual inspection of all hoses, pipes, connections for defects. Check for dryness, corrosion (rust spots), kink marks. High-frequency leak test if necessary. Observe operating pressure during voyage.
• Area: Elastomer-Bauteile (O-Ringe, Dichtlippen, Gummistuecke): Hartung, Risse, Quellungserscheinungen
  Check: Visual inspection of all O-rings/seals for wear, hardening, deformation. Test with finger pressure (elasticity). Clean O-ring grooves/lubricate with gearbox oil (at 5-year overhaul). Replace damaged parts.

Type-universal inspection/service points for bow/stern thrusters (Kongsberg, Mega-Swarm 2026-06). Per-model specs not auto-populated.

• Area: Propellerblaetter: Verschleiss, Risse, Verformung, Seewuchsbewuchs
  Check: Sichtpruefung auf Schaedigungen, Freispiel, Blattoberflaeche glatt ohne Kratzer/Dellen. Blattwurzel-O-Ringe auf Verschleiss checken, Spitzzenspiel messen. Bei Zweifeln: 1,5 bar Luftdruck auf VT-Nippel, Seifenblasen-Test auf Oellecks.
• Area: Propellerwellen-Dichtung: Durchfeuchtuung, Oelaustrittsverlust, Verschleiss
  Check: Visual inspection for leaks around shaft seal, check sealing cavity (monitored automatically via ARC). Observe seal clip pressure (e.g. via sensor output). At 5-year overhaul: renew seal. Check adaptive pressure regulation.
• Area: Lagerfreispiel/Lagerverschleiss: Axiales/Radiales Play ueber Norm, Bohrlochabtrag
  Check: Calipers/counter gauges: measure shaft diameter and bores (target value via manufacturer data sheet). Document caliper readings. If exceeded: replace bearing journal/bearing shells. Observe vibration/noise during operation.
• Area: Hydraulikfluid: Verschmutzung, Feuchtigkeit, Alterung, Farb-/Geruechsveraenderung
  Check: Check fluid level in tank (target level). Color test: light/yellowish OK, cloudy/dark = change required. Particle count (if available). Change filter per manufacturer interval. Perform pressure test on hydraulic line.
• Area: Hydraulik-Leitungen/Verbindungen: Risse, Lecks, Verformung, korrosive Belaege
  Check: Visual inspection of all hoses, pipes, connections for defects. Check for dryness, corrosion (rust spots), kink marks. High-frequency leak test if necessary. Observe operating pressure during voyage.
• Area: Elastomer-Bauteile (O-Ringe, Dichtlippen, Gummistuecke): Hartung, Risse, Quellungserscheinungen
  Check: Visual inspection of all O-rings/seals for wear, hardening, deformation. Test with finger pressure (elasticity). Clean O-ring grooves/lubricate with gearbox oil (at 5-year overhaul). Replace damaged parts.

Type-universal inspection/service points for bow/stern thrusters (Kongsberg, Mega-Swarm 2026-06). Per-model specs not auto-populated.

• Area: Propellerblaetter: Verschleiss, Risse, Verformung, Seewuchsbewuchs
  Check: Sichtpruefung auf Schaedigungen, Freispiel, Blattoberflaeche glatt ohne Kratzer/Dellen. Blattwurzel-O-Ringe auf Verschleiss checken, Spitzzenspiel messen. Bei Zweifeln: 1,5 bar Luftdruck auf VT-Nippel, Seifenblasen-Test auf Oellecks.
• Area: Propellerwellen-Dichtung: Durchfeuchtuung, Oelaustrittsverlust, Verschleiss
  Check: Visual inspection for leaks around shaft seal, check sealing cavity (monitored automatically via ARC). Observe seal clip pressure (e.g. via sensor output). At 5-year overhaul: renew seal. Check adaptive pressure regulation.
• Area: Lagerfreispiel/Lagerverschleiss: Axiales/Radiales Play ueber Norm, Bohrlochabtrag
  Check: Calipers/counter gauges: measure shaft diameter and bores (target value via manufacturer data sheet). Document caliper readings. If exceeded: replace bearing journal/bearing shells. Observe vibration/noise during operation.
• Area: Hydraulikfluid: Verschmutzung, Feuchtigkeit, Alterung, Farb-/Geruechsveraenderung
  Check: Check fluid level in tank (target level). Color test: light/yellowish OK, cloudy/dark = change required. Particle count (if available). Change filter per manufacturer interval. Perform pressure test on hydraulic line.
• Area: Hydraulik-Leitungen/Verbindungen: Risse, Lecks, Verformung, korrosive Belaege
  Check: Visual inspection of all hoses, pipes, connections for defects. Check for dryness, corrosion (rust spots), kink marks. High-frequency leak test if necessary. Observe operating pressure during voyage.
• Area: Elastomer-Bauteile (O-Ringe, Dichtlippen, Gummistuecke): Hartung, Risse, Quellungserscheinungen
  Check: Visual inspection of all O-rings/seals for wear, hardening, deformation. Test with finger pressure (elasticity). Clean O-ring grooves/lubricate with gearbox oil (at 5-year overhaul). Replace damaged parts.

Type-universal inspection/service points for bow/stern thrusters (Kongsberg, Mega-Swarm 2026-06). Per-model specs not auto-populated.

• Area: Propellerblaetter: Verschleiss, Risse, Verformung, Seewuchsbewuchs
  Check: Sichtpruefung auf Schaedigungen, Freispiel, Blattoberflaeche glatt ohne Kratzer/Dellen. Blattwurzel-O-Ringe auf Verschleiss checken, Spitzzenspiel messen. Bei Zweifeln: 1,5 bar Luftdruck auf VT-Nippel, Seifenblasen-Test auf Oellecks.
• Area: Propellerwellen-Dichtung: Durchfeuchtuung, Oelaustrittsverlust, Verschleiss
  Check: Visual inspection for leaks around shaft seal, check sealing cavity (monitored automatically via ARC). Observe seal clip pressure (e.g. via sensor output). At 5-year overhaul: renew seal. Check adaptive pressure regulation.
• Area: Lagerfreispiel/Lagerverschleiss: Axiales/Radiales Play ueber Norm, Bohrlochabtrag
  Check: Calipers/counter gauges: measure shaft diameter and bores (target value via manufacturer data sheet). Document caliper readings. If exceeded: replace bearing journal/bearing shells. Observe vibration/noise during operation.
• Area: Hydraulikfluid: Verschmutzung, Feuchtigkeit, Alterung, Farb-/Geruechsveraenderung
  Check: Check fluid level in tank (target level). Color test: light/yellowish OK, cloudy/dark = change required. Particle count (if available). Change filter per manufacturer interval. Perform pressure test on hydraulic line.
• Area: Hydraulik-Leitungen/Verbindungen: Risse, Lecks, Verformung, korrosive Belaege
  Check: Visual inspection of all hoses, pipes, connections for defects. Check for dryness, corrosion (rust spots), kink marks. High-frequency leak test if necessary. Observe operating pressure during voyage.
• Area: Elastomer-Bauteile (O-Ringe, Dichtlippen, Gummistuecke): Hartung, Risse, Quellungserscheinungen
  Check: Visual inspection of all O-rings/seals for wear, hardening, deformation. Test with finger pressure (elasticity). Clean O-ring grooves/lubricate with gearbox oil (at 5-year overhaul). Replace damaged parts.

Type-universal inspection/service points for bow/stern thrusters (Kongsberg, Mega-Swarm 2026-06). Per-model specs not auto-populated.

• Area: Propellerblaetter: Verschleiss, Risse, Verformung, Seewuchsbewuchs
  Check: Sichtpruefung auf Schaedigungen, Freispiel, Blattoberflaeche glatt ohne Kratzer/Dellen. Blattwurzel-O-Ringe auf Verschleiss checken, Spitzzenspiel messen. Bei Zweifeln: 1,5 bar Luftdruck auf VT-Nippel, Seifenblasen-Test auf Oellecks.
• Area: Propellerwellen-Dichtung: Durchfeuchtuung, Oelaustrittsverlust, Verschleiss
  Check: Visual inspection for leaks around shaft seal, check sealing cavity (monitored automatically via ARC). Observe seal clip pressure (e.g. via sensor output). At 5-year overhaul: renew seal. Check adaptive pressure regulation.
• Area: Lagerfreispiel/Lagerverschleiss: Axiales/Radiales Play ueber Norm, Bohrlochabtrag
  Check: Calipers/counter gauges: measure shaft diameter and bores (target value via manufacturer data sheet). Document caliper readings. If exceeded: replace bearing journal/bearing shells. Observe vibration/noise during operation.
• Area: Hydraulikfluid: Verschmutzung, Feuchtigkeit, Alterung, Farb-/Geruechsveraenderung
  Check: Check fluid level in tank (target level). Color test: light/yellowish OK, cloudy/dark = change required. Particle count (if available). Change filter per manufacturer interval. Perform pressure test on hydraulic line.
• Area: Hydraulik-Leitungen/Verbindungen: Risse, Lecks, Verformung, korrosive Belaege
  Check: Visual inspection of all hoses, pipes, connections for defects. Check for dryness, corrosion (rust spots), kink marks. High-frequency leak test if necessary. Observe operating pressure during voyage.
• Area: Elastomer-Bauteile (O-Ringe, Dichtlippen, Gummistuecke): Hartung, Risse, Quellungserscheinungen
  Check: Visual inspection of all O-rings/seals for wear, hardening, deformation. Test with finger pressure (elasticity). Clean O-ring grooves/lubricate with gearbox oil (at 5-year overhaul). Replace damaged parts.

Type-universal inspection/service points for bow/stern thrusters (Kongsberg, Mega-Swarm 2026-06). Per-model specs not auto-populated.

• Area: Propellerblaetter: Verschleiss, Risse, Verformung, Seewuchsbewuchs
  Check: Sichtpruefung auf Schaedigungen, Freispiel, Blattoberflaeche glatt ohne Kratzer/Dellen. Blattwurzel-O-Ringe auf Verschleiss checken, Spitzzenspiel messen. Bei Zweifeln: 1,5 bar Luftdruck auf VT-Nippel, Seifenblasen-Test auf Oellecks.
• Area: Propellerwellen-Dichtung: Durchfeuchtuung, Oelaustrittsverlust, Verschleiss
  Check: Visual inspection for leaks around shaft seal, check sealing cavity (monitored automatically via ARC). Observe seal clip pressure (e.g. via sensor output). At 5-year overhaul: renew seal. Check adaptive pressure regulation.
• Area: Lagerfreispiel/Lagerverschleiss: Axiales/Radiales Play ueber Norm, Bohrlochabtrag
  Check: Calipers/counter gauges: measure shaft diameter and bores (target value via manufacturer data sheet). Document caliper readings. If exceeded: replace bearing journal/bearing shells. Observe vibration/noise during operation.
• Area: Hydraulikfluid: Verschmutzung, Feuchtigkeit, Alterung, Farb-/Geruechsveraenderung
  Check: Check fluid level in tank (target level). Color test: light/yellowish OK, cloudy/dark = change required. Particle count (if available). Change filter per manufacturer interval. Perform pressure test on hydraulic line.
• Area: Hydraulik-Leitungen/Verbindungen: Risse, Lecks, Verformung, korrosive Belaege
  Check: Visual inspection of all hoses, pipes, connections for defects. Check for dryness, corrosion (rust spots), kink marks. High-frequency leak test if necessary. Observe operating pressure during voyage.
• Area: Elastomer-Bauteile (O-Ringe, Dichtlippen, Gummistuecke): Hartung, Risse, Quellungserscheinungen
  Check: Visual inspection of all O-rings/seals for wear, hardening, deformation. Test with finger pressure (elasticity). Clean O-ring grooves/lubricate with gearbox oil (at 5-year overhaul). Replace damaged parts.

Type-universal inspection/service points for bow/stern thrusters (Kongsberg, Mega-Swarm 2026-06). Per-model specs not auto-populated.

• Area: Propellerblaetter: Verschleiss, Risse, Verformung, Seewuchsbewuchs
  Check: Sichtpruefung auf Schaedigungen, Freispiel, Blattoberflaeche glatt ohne Kratzer/Dellen. Blattwurzel-O-Ringe auf Verschleiss checken, Spitzzenspiel messen. Bei Zweifeln: 1,5 bar Luftdruck auf VT-Nippel, Seifenblasen-Test auf Oellecks.
• Area: Propellerwellen-Dichtung: Durchfeuchtuung, Oelaustrittsverlust, Verschleiss
  Check: Visual inspection for leaks around shaft seal, check sealing cavity (monitored automatically via ARC). Observe seal clip pressure (e.g. via sensor output). At 5-year overhaul: renew seal. Check adaptive pressure regulation.
• Area: Lagerfreispiel/Lagerverschleiss: Axiales/Radiales Play ueber Norm, Bohrlochabtrag
  Check: Calipers/counter gauges: measure shaft diameter and bores (target value via manufacturer data sheet). Document caliper readings. If exceeded: replace bearing journal/bearing shells. Observe vibration/noise during operation.
• Area: Hydraulikfluid: Verschmutzung, Feuchtigkeit, Alterung, Farb-/Geruechsveraenderung
  Check: Check fluid level in tank (target level). Color test: light/yellowish OK, cloudy/dark = change required. Particle count (if available). Change filter per manufacturer interval. Perform pressure test on hydraulic line.
• Area: Hydraulik-Leitungen/Verbindungen: Risse, Lecks, Verformung, korrosive Belaege
  Check: Visual inspection of all hoses, pipes, connections for defects. Check for dryness, corrosion (rust spots), kink marks. High-frequency leak test if necessary. Observe operating pressure during voyage.
• Area: Elastomer-Bauteile (O-Ringe, Dichtlippen, Gummistuecke): Hartung, Risse, Quellungserscheinungen
  Check: Visual inspection of all O-rings/seals for wear, hardening, deformation. Test with finger pressure (elasticity). Clean O-ring grooves/lubricate with gearbox oil (at 5-year overhaul). Replace damaged parts.

Type-universal inspection/service points for bow/stern thrusters (Kongsberg, Mega-Swarm 2026-06). Per-model specs not auto-populated.

• Area: Propellerblaetter: Verschleiss, Risse, Verformung, Seewuchsbewuchs
  Check: Sichtpruefung auf Schaedigungen, Freispiel, Blattoberflaeche glatt ohne Kratzer/Dellen. Blattwurzel-O-Ringe auf Verschleiss checken, Spitzzenspiel messen. Bei Zweifeln: 1,5 bar Luftdruck auf VT-Nippel, Seifenblasen-Test auf Oellecks.
• Area: Propellerwellen-Dichtung: Durchfeuchtuung, Oelaustrittsverlust, Verschleiss
  Check: Visual inspection for leaks around shaft seal, check sealing cavity (monitored automatically via ARC). Observe seal clip pressure (e.g. via sensor output). At 5-year overhaul: renew seal. Check adaptive pressure regulation.
• Area: Lagerfreispiel/Lagerverschleiss: Axiales/Radiales Play ueber Norm, Bohrlochabtrag
  Check: Calipers/counter gauges: measure shaft diameter and bores (target value via manufacturer data sheet). Document caliper readings. If exceeded: replace bearing journal/bearing shells. Observe vibration/noise during operation.
• Area: Hydraulikfluid: Verschmutzung, Feuchtigkeit, Alterung, Farb-/Geruechsveraenderung
  Check: Check fluid level in tank (target level). Color test: light/yellowish OK, cloudy/dark = change required. Particle count (if available). Change filter per manufacturer interval. Perform pressure test on hydraulic line.
• Area: Hydraulik-Leitungen/Verbindungen: Risse, Lecks, Verformung, korrosive Belaege
  Check: Visual inspection of all hoses, pipes, connections for defects. Check for dryness, corrosion (rust spots), kink marks. High-frequency leak test if necessary. Observe operating pressure during voyage.
• Area: Elastomer-Bauteile (O-Ringe, Dichtlippen, Gummistuecke): Hartung, Risse, Quellungserscheinungen
  Check: Visual inspection of all O-rings/seals for wear, hardening, deformation. Test with finger pressure (elasticity). Clean O-ring grooves/lubricate with gearbox oil (at 5-year overhaul). Replace damaged parts.

Type-universal inspection/service points for bow/stern thrusters (Kongsberg, Mega-Swarm 2026-06). Per-model specs not auto-populated.

• Area: Propellerblaetter: Verschleiss, Risse, Verformung, Seewuchsbewuchs
  Check: Sichtpruefung auf Schaedigungen, Freispiel, Blattoberflaeche glatt ohne Kratzer/Dellen. Blattwurzel-O-Ringe auf Verschleiss checken, Spitzzenspiel messen. Bei Zweifeln: 1,5 bar Luftdruck auf VT-Nippel, Seifenblasen-Test auf Oellecks.
• Area: Propellerwellen-Dichtung: Durchfeuchtuung, Oelaustrittsverlust, Verschleiss
  Check: Visual inspection for leaks around shaft seal, check sealing cavity (monitored automatically via ARC). Observe seal clip pressure (e.g. via sensor output). At 5-year overhaul: renew seal. Check adaptive pressure regulation.
• Area: Lagerfreispiel/Lagerverschleiss: Axiales/Radiales Play ueber Norm, Bohrlochabtrag
  Check: Calipers/counter gauges: measure shaft diameter and bores (target value via manufacturer data sheet). Document caliper readings. If exceeded: replace bearing journal/bearing shells. Observe vibration/noise during operation.
• Area: Hydraulikfluid: Verschmutzung, Feuchtigkeit, Alterung, Farb-/Geruechsveraenderung
  Check: Check fluid level in tank (target level). Color test: light/yellowish OK, cloudy/dark = change required. Particle count (if available). Change filter per manufacturer interval. Perform pressure test on hydraulic line.
• Area: Hydraulik-Leitungen/Verbindungen: Risse, Lecks, Verformung, korrosive Belaege
  Check: Visual inspection of all hoses, pipes, connections for defects. Check for dryness, corrosion (rust spots), kink marks. High-frequency leak test if necessary. Observe operating pressure during voyage.
• Area: Elastomer-Bauteile (O-Ringe, Dichtlippen, Gummistuecke): Hartung, Risse, Quellungserscheinungen
  Check: Visual inspection of all O-rings/seals for wear, hardening, deformation. Test with finger pressure (elasticity). Clean O-ring grooves/lubricate with gearbox oil (at 5-year overhaul). Replace damaged parts.

Type-universal inspection/service points for bow/stern thrusters (Kongsberg, Mega-Swarm 2026-06). Per-model specs not auto-populated.

• Area: Propellerblaetter: Verschleiss, Risse, Verformung, Seewuchsbewuchs
  Check: Sichtpruefung auf Schaedigungen, Freispiel, Blattoberflaeche glatt ohne Kratzer/Dellen. Blattwurzel-O-Ringe auf Verschleiss checken, Spitzzenspiel messen. Bei Zweifeln: 1,5 bar Luftdruck auf VT-Nippel, Seifenblasen-Test auf Oellecks.
• Area: Propellerwellen-Dichtung: Durchfeuchtuung, Oelaustrittsverlust, Verschleiss
  Check: Visual inspection for leaks around shaft seal, check sealing cavity (monitored automatically via ARC). Observe seal clip pressure (e.g. via sensor output). At 5-year overhaul: renew seal. Check adaptive pressure regulation.
• Area: Lagerfreispiel/Lagerverschleiss: Axiales/Radiales Play ueber Norm, Bohrlochabtrag
  Check: Calipers/counter gauges: measure shaft diameter and bores (target value via manufacturer data sheet). Document caliper readings. If exceeded: replace bearing journal/bearing shells. Observe vibration/noise during operation.
• Area: Hydraulikfluid: Verschmutzung, Feuchtigkeit, Alterung, Farb-/Geruechsveraenderung
  Check: Check fluid level in tank (target level). Color test: light/yellowish OK, cloudy/dark = change required. Particle count (if available). Change filter per manufacturer interval. Perform pressure test on hydraulic line.
• Area: Hydraulik-Leitungen/Verbindungen: Risse, Lecks, Verformung, korrosive Belaege
  Check: Visual inspection of all hoses, pipes, connections for defects. Check for dryness, corrosion (rust spots), kink marks. High-frequency leak test if necessary. Observe operating pressure during voyage.
• Area: Elastomer-Bauteile (O-Ringe, Dichtlippen, Gummistuecke): Hartung, Risse, Quellungserscheinungen
  Check: Visual inspection of all O-rings/seals for wear, hardening, deformation. Test with finger pressure (elasticity). Clean O-ring grooves/lubricate with gearbox oil (at 5-year overhaul). Replace damaged parts.

Type-universal inspection/service points for bow/stern thrusters (Kongsberg, Mega-Swarm 2026-06). Per-model specs not auto-populated.

• Area: Propellerblaetter: Verschleiss, Risse, Verformung, Seewuchsbewuchs
  Check: Sichtpruefung auf Schaedigungen, Freispiel, Blattoberflaeche glatt ohne Kratzer/Dellen. Blattwurzel-O-Ringe auf Verschleiss checken, Spitzzenspiel messen. Bei Zweifeln: 1,5 bar Luftdruck auf VT-Nippel, Seifenblasen-Test auf Oellecks.
• Area: Propellerwellen-Dichtung: Durchfeuchtuung, Oelaustrittsverlust, Verschleiss
  Check: Visual inspection for leaks around shaft seal, check sealing cavity (monitored automatically via ARC). Observe seal clip pressure (e.g. via sensor output). At 5-year overhaul: renew seal. Check adaptive pressure regulation.
• Area: Lagerfreispiel/Lagerverschleiss: Axiales/Radiales Play ueber Norm, Bohrlochabtrag
  Check: Calipers/counter gauges: measure shaft diameter and bores (target value via manufacturer data sheet). Document caliper readings. If exceeded: replace bearing journal/bearing shells. Observe vibration/noise during operation.
• Area: Hydraulikfluid: Verschmutzung, Feuchtigkeit, Alterung, Farb-/Geruechsveraenderung
  Check: Check fluid level in tank (target level). Color test: light/yellowish OK, cloudy/dark = change required. Particle count (if available). Change filter per manufacturer interval. Perform pressure test on hydraulic line.
• Area: Hydraulik-Leitungen/Verbindungen: Risse, Lecks, Verformung, korrosive Belaege
  Check: Visual inspection of all hoses, pipes, connections for defects. Check for dryness, corrosion (rust spots), kink marks. High-frequency leak test if necessary. Observe operating pressure during voyage.
• Area: Elastomer-Bauteile (O-Ringe, Dichtlippen, Gummistuecke): Hartung, Risse, Quellungserscheinungen
  Check: Visual inspection of all O-rings/seals for wear, hardening, deformation. Test with finger pressure (elasticity). Clean O-ring grooves/lubricate with gearbox oil (at 5-year overhaul). Replace damaged parts.

Type-universal inspection/service points for bow/stern thrusters (Kongsberg, Mega-Swarm 2026-06). Per-model specs not auto-populated.

• Area: Propellerblaetter: Verschleiss, Risse, Verformung, Seewuchsbewuchs
  Check: Sichtpruefung auf Schaedigungen, Freispiel, Blattoberflaeche glatt ohne Kratzer/Dellen. Blattwurzel-O-Ringe auf Verschleiss checken, Spitzzenspiel messen. Bei Zweifeln: 1,5 bar Luftdruck auf VT-Nippel, Seifenblasen-Test auf Oellecks.
• Area: Propellerwellen-Dichtung: Durchfeuchtuung, Oelaustrittsverlust, Verschleiss
  Check: Visual inspection for leaks around shaft seal, check sealing cavity (monitored automatically via ARC). Observe seal clip pressure (e.g. via sensor output). At 5-year overhaul: renew seal. Check adaptive pressure regulation.
• Area: Lagerfreispiel/Lagerverschleiss: Axiales/Radiales Play ueber Norm, Bohrlochabtrag
  Check: Calipers/counter gauges: measure shaft diameter and bores (target value via manufacturer data sheet). Document caliper readings. If exceeded: replace bearing journal/bearing shells. Observe vibration/noise during operation.
• Area: Hydraulikfluid: Verschmutzung, Feuchtigkeit, Alterung, Farb-/Geruechsveraenderung
  Check: Check fluid level in tank (target level). Color test: light/yellowish OK, cloudy/dark = change required. Particle count (if available). Change filter per manufacturer interval. Perform pressure test on hydraulic line.
• Area: Hydraulik-Leitungen/Verbindungen: Risse, Lecks, Verformung, korrosive Belaege
  Check: Visual inspection of all hoses, pipes, connections for defects. Check for dryness, corrosion (rust spots), kink marks. High-frequency leak test if necessary. Observe operating pressure during voyage.
• Area: Elastomer-Bauteile (O-Ringe, Dichtlippen, Gummistuecke): Hartung, Risse, Quellungserscheinungen
  Check: Visual inspection of all O-rings/seals for wear, hardening, deformation. Test with finger pressure (elasticity). Clean O-ring grooves/lubricate with gearbox oil (at 5-year overhaul). Replace damaged parts.

Type-universal inspection/service points for bow/stern thrusters (Kongsberg, Mega-Swarm 2026-06). Per-model specs not auto-populated.

• Area: Propellerblaetter: Verschleiss, Risse, Verformung, Seewuchsbewuchs
  Check: Sichtpruefung auf Schaedigungen, Freispiel, Blattoberflaeche glatt ohne Kratzer/Dellen. Blattwurzel-O-Ringe auf Verschleiss checken, Spitzzenspiel messen. Bei Zweifeln: 1,5 bar Luftdruck auf VT-Nippel, Seifenblasen-Test auf Oellecks.
• Area: Propellerwellen-Dichtung: Durchfeuchtuung, Oelaustrittsverlust, Verschleiss
  Check: Visual inspection for leaks around shaft seal, check sealing cavity (monitored automatically via ARC). Observe seal clip pressure (e.g. via sensor output). At 5-year overhaul: renew seal. Check adaptive pressure regulation.
• Area: Lagerfreispiel/Lagerverschleiss: Axiales/Radiales Play ueber Norm, Bohrlochabtrag
  Check: Calipers/counter gauges: measure shaft diameter and bores (target value via manufacturer data sheet). Document caliper readings. If exceeded: replace bearing journal/bearing shells. Observe vibration/noise during operation.
• Area: Hydraulikfluid: Verschmutzung, Feuchtigkeit, Alterung, Farb-/Geruechsveraenderung
  Check: Check fluid level in tank (target level). Color test: light/yellowish OK, cloudy/dark = change required. Particle count (if available). Change filter per manufacturer interval. Perform pressure test on hydraulic line.
• Area: Hydraulik-Leitungen/Verbindungen: Risse, Lecks, Verformung, korrosive Belaege
  Check: Visual inspection of all hoses, pipes, connections for defects. Check for dryness, corrosion (rust spots), kink marks. High-frequency leak test if necessary. Observe operating pressure during voyage.
• Area: Elastomer-Bauteile (O-Ringe, Dichtlippen, Gummistuecke): Hartung, Risse, Quellungserscheinungen
  Check: Visual inspection of all O-rings/seals for wear, hardening, deformation. Test with finger pressure (elasticity). Clean O-ring grooves/lubricate with gearbox oil (at 5-year overhaul). Replace damaged parts.

Type-universal inspection/service points for bow/stern thrusters (Kongsberg, Mega-Swarm 2026-06). Per-model specs not auto-populated.

• Area: Propellerblaetter: Verschleiss, Risse, Verformung, Seewuchsbewuchs
  Check: Sichtpruefung auf Schaedigungen, Freispiel, Blattoberflaeche glatt ohne Kratzer/Dellen. Blattwurzel-O-Ringe auf Verschleiss checken, Spitzzenspiel messen. Bei Zweifeln: 1,5 bar Luftdruck auf VT-Nippel, Seifenblasen-Test auf Oellecks.
• Area: Propellerwellen-Dichtung: Durchfeuchtuung, Oelaustrittsverlust, Verschleiss
  Check: Visual inspection for leaks around shaft seal, check sealing cavity (monitored automatically via ARC). Observe seal clip pressure (e.g. via sensor output). At 5-year overhaul: renew seal. Check adaptive pressure regulation.
• Area: Lagerfreispiel/Lagerverschleiss: Axiales/Radiales Play ueber Norm, Bohrlochabtrag
  Check: Calipers/counter gauges: measure shaft diameter and bores (target value via manufacturer data sheet). Document caliper readings. If exceeded: replace bearing journal/bearing shells. Observe vibration/noise during operation.
• Area: Hydraulikfluid: Verschmutzung, Feuchtigkeit, Alterung, Farb-/Geruechsveraenderung
  Check: Check fluid level in tank (target level). Color test: light/yellowish OK, cloudy/dark = change required. Particle count (if available). Change filter per manufacturer interval. Perform pressure test on hydraulic line.
• Area: Hydraulik-Leitungen/Verbindungen: Risse, Lecks, Verformung, korrosive Belaege
  Check: Visual inspection of all hoses, pipes, connections for defects. Check for dryness, corrosion (rust spots), kink marks. High-frequency leak test if necessary. Observe operating pressure during voyage.
• Area: Elastomer-Bauteile (O-Ringe, Dichtlippen, Gummistuecke): Hartung, Risse, Quellungserscheinungen
  Check: Visual inspection of all O-rings/seals for wear, hardening, deformation. Test with finger pressure (elasticity). Clean O-ring grooves/lubricate with gearbox oil (at 5-year overhaul). Replace damaged parts.

Type-universal inspection/service points for bow/stern thrusters (Kongsberg, Mega-Swarm 2026-06). Per-model specs not auto-populated.

• Area: Propellerblaetter: Verschleiss, Risse, Verformung, Seewuchsbewuchs
  Check: Sichtpruefung auf Schaedigungen, Freispiel, Blattoberflaeche glatt ohne Kratzer/Dellen. Blattwurzel-O-Ringe auf Verschleiss checken, Spitzzenspiel messen. Bei Zweifeln: 1,5 bar Luftdruck auf VT-Nippel, Seifenblasen-Test auf Oellecks.
• Area: Propellerwellen-Dichtung: Durchfeuchtuung, Oelaustrittsverlust, Verschleiss
  Check: Visual inspection for leaks around shaft seal, check sealing cavity (monitored automatically via ARC). Observe seal clip pressure (e.g. via sensor output). At 5-year overhaul: renew seal. Check adaptive pressure regulation.
• Area: Lagerfreispiel/Lagerverschleiss: Axiales/Radiales Play ueber Norm, Bohrlochabtrag
  Check: Calipers/counter gauges: measure shaft diameter and bores (target value via manufacturer data sheet). Document caliper readings. If exceeded: replace bearing journal/bearing shells. Observe vibration/noise during operation.
• Area: Hydraulikfluid: Verschmutzung, Feuchtigkeit, Alterung, Farb-/Geruechsveraenderung
  Check: Check fluid level in tank (target level). Color test: light/yellowish OK, cloudy/dark = change required. Particle count (if available). Change filter per manufacturer interval. Perform pressure test on hydraulic line.
• Area: Hydraulik-Leitungen/Verbindungen: Risse, Lecks, Verformung, korrosive Belaege
  Check: Visual inspection of all hoses, pipes, connections for defects. Check for dryness, corrosion (rust spots), kink marks. High-frequency leak test if necessary. Observe operating pressure during voyage.
• Area: Elastomer-Bauteile (O-Ringe, Dichtlippen, Gummistuecke): Hartung, Risse, Quellungserscheinungen
  Check: Visual inspection of all O-rings/seals for wear, hardening, deformation. Test with finger pressure (elasticity). Clean O-ring grooves/lubricate with gearbox oil (at 5-year overhaul). Replace damaged parts.

Type-universal inspection/service points for bow/stern thrusters (Kongsberg, Mega-Swarm 2026-06). Per-model specs not auto-populated.

• Area: Propellerblaetter: Verschleiss, Risse, Verformung, Seewuchsbewuchs
  Check: Sichtpruefung auf Schaedigungen, Freispiel, Blattoberflaeche glatt ohne Kratzer/Dellen. Blattwurzel-O-Ringe auf Verschleiss checken, Spitzzenspiel messen. Bei Zweifeln: 1,5 bar Luftdruck auf VT-Nippel, Seifenblasen-Test auf Oellecks.
• Area: Propellerwellen-Dichtung: Durchfeuchtuung, Oelaustrittsverlust, Verschleiss
  Check: Visual inspection for leaks around shaft seal, check sealing cavity (monitored automatically via ARC). Observe seal clip pressure (e.g. via sensor output). At 5-year overhaul: renew seal. Check adaptive pressure regulation.
• Area: Lagerfreispiel/Lagerverschleiss: Axiales/Radiales Play ueber Norm, Bohrlochabtrag
  Check: Calipers/counter gauges: measure shaft diameter and bores (target value via manufacturer data sheet). Document caliper readings. If exceeded: replace bearing journal/bearing shells. Observe vibration/noise during operation.
• Area: Hydraulikfluid: Verschmutzung, Feuchtigkeit, Alterung, Farb-/Geruechsveraenderung
  Check: Check fluid level in tank (target level). Color test: light/yellowish OK, cloudy/dark = change required. Particle count (if available). Change filter per manufacturer interval. Perform pressure test on hydraulic line.
• Area: Hydraulik-Leitungen/Verbindungen: Risse, Lecks, Verformung, korrosive Belaege
  Check: Visual inspection of all hoses, pipes, connections for defects. Check for dryness, corrosion (rust spots), kink marks. High-frequency leak test if necessary. Observe operating pressure during voyage.
• Area: Elastomer-Bauteile (O-Ringe, Dichtlippen, Gummistuecke): Hartung, Risse, Quellungserscheinungen
  Check: Visual inspection of all O-rings/seals for wear, hardening, deformation. Test with finger pressure (elasticity). Clean O-ring grooves/lubricate with gearbox oil (at 5-year overhaul). Replace damaged parts.

Type-universal inspection/service points for bow/stern thrusters (Kongsberg, Mega-Swarm 2026-06). Per-model specs not auto-populated.

• Area: Propellerblaetter: Verschleiss, Risse, Verformung, Seewuchsbewuchs
  Check: Sichtpruefung auf Schaedigungen, Freispiel, Blattoberflaeche glatt ohne Kratzer/Dellen. Blattwurzel-O-Ringe auf Verschleiss checken, Spitzzenspiel messen. Bei Zweifeln: 1,5 bar Luftdruck auf VT-Nippel, Seifenblasen-Test auf Oellecks.
• Area: Propellerwellen-Dichtung: Durchfeuchtuung, Oelaustrittsverlust, Verschleiss
  Check: Visual inspection for leaks around shaft seal, check sealing cavity (monitored automatically via ARC). Observe seal clip pressure (e.g. via sensor output). At 5-year overhaul: renew seal. Check adaptive pressure regulation.
• Area: Lagerfreispiel/Lagerverschleiss: Axiales/Radiales Play ueber Norm, Bohrlochabtrag
  Check: Calipers/counter gauges: measure shaft diameter and bores (target value via manufacturer data sheet). Document caliper readings. If exceeded: replace bearing journal/bearing shells. Observe vibration/noise during operation.
• Area: Hydraulikfluid: Verschmutzung, Feuchtigkeit, Alterung, Farb-/Geruechsveraenderung
  Check: Check fluid level in tank (target level). Color test: light/yellowish OK, cloudy/dark = change required. Particle count (if available). Change filter per manufacturer interval. Perform pressure test on hydraulic line.
• Area: Hydraulik-Leitungen/Verbindungen: Risse, Lecks, Verformung, korrosive Belaege
  Check: Visual inspection of all hoses, pipes, connections for defects. Check for dryness, corrosion (rust spots), kink marks. High-frequency leak test if necessary. Observe operating pressure during voyage.
• Area: Elastomer-Bauteile (O-Ringe, Dichtlippen, Gummistuecke): Hartung, Risse, Quellungserscheinungen
  Check: Visual inspection of all O-rings/seals for wear, hardening, deformation. Test with finger pressure (elasticity). Clean O-ring grooves/lubricate with gearbox oil (at 5-year overhaul). Replace damaged parts.

Type-universal inspection/service points for bow/stern thrusters (Kongsberg, Mega-Swarm 2026-06). Per-model specs not auto-populated.

• Area: Propellerblaetter: Verschleiss, Risse, Verformung, Seewuchsbewuchs
  Check: Sichtpruefung auf Schaedigungen, Freispiel, Blattoberflaeche glatt ohne Kratzer/Dellen. Blattwurzel-O-Ringe auf Verschleiss checken, Spitzzenspiel messen. Bei Zweifeln: 1,5 bar Luftdruck auf VT-Nippel, Seifenblasen-Test auf Oellecks.
• Area: Propellerwellen-Dichtung: Durchfeuchtuung, Oelaustrittsverlust, Verschleiss
  Check: Visual inspection for leaks around shaft seal, check sealing cavity (monitored automatically via ARC). Observe seal clip pressure (e.g. via sensor output). At 5-year overhaul: renew seal. Check adaptive pressure regulation.
• Area: Lagerfreispiel/Lagerverschleiss: Axiales/Radiales Play ueber Norm, Bohrlochabtrag
  Check: Calipers/counter gauges: measure shaft diameter and bores (target value via manufacturer data sheet). Document caliper readings. If exceeded: replace bearing journal/bearing shells. Observe vibration/noise during operation.
• Area: Hydraulikfluid: Verschmutzung, Feuchtigkeit, Alterung, Farb-/Geruechsveraenderung
  Check: Check fluid level in tank (target level). Color test: light/yellowish OK, cloudy/dark = change required. Particle count (if available). Change filter per manufacturer interval. Perform pressure test on hydraulic line.
• Area: Hydraulik-Leitungen/Verbindungen: Risse, Lecks, Verformung, korrosive Belaege
  Check: Visual inspection of all hoses, pipes, connections for defects. Check for dryness, corrosion (rust spots), kink marks. High-frequency leak test if necessary. Observe operating pressure during voyage.
• Area: Elastomer-Bauteile (O-Ringe, Dichtlippen, Gummistuecke): Hartung, Risse, Quellungserscheinungen
  Check: Visual inspection of all O-rings/seals for wear, hardening, deformation. Test with finger pressure (elasticity). Clean O-ring grooves/lubricate with gearbox oil (at 5-year overhaul). Replace damaged parts.

Type-universal inspection/service points for bow/stern thrusters (Kongsberg, Mega-Swarm 2026-06). Per-model specs not auto-populated.

• Area: Propellerblaetter: Verschleiss, Risse, Verformung, Seewuchsbewuchs
  Check: Sichtpruefung auf Schaedigungen, Freispiel, Blattoberflaeche glatt ohne Kratzer/Dellen. Blattwurzel-O-Ringe auf Verschleiss checken, Spitzzenspiel messen. Bei Zweifeln: 1,5 bar Luftdruck auf VT-Nippel, Seifenblasen-Test auf Oellecks.
• Area: Propellerwellen-Dichtung: Durchfeuchtuung, Oelaustrittsverlust, Verschleiss
  Check: Visual inspection for leaks around shaft seal, check sealing cavity (monitored automatically via ARC). Observe seal clip pressure (e.g. via sensor output). At 5-year overhaul: renew seal. Check adaptive pressure regulation.
• Area: Lagerfreispiel/Lagerverschleiss: Axiales/Radiales Play ueber Norm, Bohrlochabtrag
  Check: Calipers/counter gauges: measure shaft diameter and bores (target value via manufacturer data sheet). Document caliper readings. If exceeded: replace bearing journal/bearing shells. Observe vibration/noise during operation.
• Area: Hydraulikfluid: Verschmutzung, Feuchtigkeit, Alterung, Farb-/Geruechsveraenderung
  Check: Check fluid level in tank (target level). Color test: light/yellowish OK, cloudy/dark = change required. Particle count (if available). Change filter per manufacturer interval. Perform pressure test on hydraulic line.
• Area: Hydraulik-Leitungen/Verbindungen: Risse, Lecks, Verformung, korrosive Belaege
  Check: Visual inspection of all hoses, pipes, connections for defects. Check for dryness, corrosion (rust spots), kink marks. High-frequency leak test if necessary. Observe operating pressure during voyage.
• Area: Elastomer-Bauteile (O-Ringe, Dichtlippen, Gummistuecke): Hartung, Risse, Quellungserscheinungen
  Check: Visual inspection of all O-rings/seals for wear, hardening, deformation. Test with finger pressure (elasticity). Clean O-ring grooves/lubricate with gearbox oil (at 5-year overhaul). Replace damaged parts.

Type-universal inspection/service points for bow/stern thrusters (Kongsberg, Mega-Swarm 2026-06). Per-model specs not auto-populated.

• Propeller or blade damage from debris can cause vibration and reduced thrust, noticed during maneuvering
• Gear or bearing wear can produce abnormal noise, heat or metallic debris in lubricant
• Seal leakage can allow water ingress or oil loss, seen through header-tank level changes or leakage alarms
• Motor, converter or hydraulic-drive faults can prevent commanded thrust, seen as trips, low power or unavailable thruster status
• Control or feedback-sensor faults can cause incorrect direction or pitch/azimuth indication, seen as command mismatch alarms

• Propeller or blade damage from debris can cause vibration and reduced thrust, noticed during maneuvering
• Gear or bearing wear can produce abnormal noise, heat or metallic debris in lubricant
• Seal leakage can allow water ingress or oil loss, seen through header-tank level changes or leakage alarms
• Motor, converter or hydraulic-drive faults can prevent commanded thrust, seen as trips, low power or unavailable thruster status
• Control or feedback-sensor faults can cause incorrect direction or pitch/azimuth indication, seen as command mismatch alarms

• Propeller or blade damage from debris can cause vibration and reduced thrust, noticed during maneuvering
• Gear or bearing wear can produce abnormal noise, heat or metallic debris in lubricant
• Seal leakage can allow water ingress or oil loss, seen through header-tank level changes or leakage alarms
• Motor, converter or hydraulic-drive faults can prevent commanded thrust, seen as trips, low power or unavailable thruster status
• Control or feedback-sensor faults can cause incorrect direction or pitch/azimuth indication, seen as command mismatch alarms

• Propeller or blade damage from debris can cause vibration and reduced thrust, noticed during maneuvering
• Gear or bearing wear can produce abnormal noise, heat or metallic debris in lubricant
• Seal leakage can allow water ingress or oil loss, seen through header-tank level changes or leakage alarms
• Motor, converter or hydraulic-drive faults can prevent commanded thrust, seen as trips, low power or unavailable thruster status
• Control or feedback-sensor faults can cause incorrect direction or pitch/azimuth indication, seen as command mismatch alarms

• Propeller or blade damage from debris can cause vibration and reduced thrust, noticed during maneuvering
• Gear or bearing wear can produce abnormal noise, heat or metallic debris in lubricant
• Seal leakage can allow water ingress or oil loss, seen through header-tank level changes or leakage alarms
• Motor, converter or hydraulic-drive faults can prevent commanded thrust, seen as trips, low power or unavailable thruster status
• Control or feedback-sensor faults can cause incorrect direction or pitch/azimuth indication, seen as command mismatch alarms

• Propeller or blade damage from debris can cause vibration and reduced thrust, noticed during maneuvering
• Gear or bearing wear can produce abnormal noise, heat or metallic debris in lubricant
• Seal leakage can allow water ingress or oil loss, seen through header-tank level changes or leakage alarms
• Motor, converter or hydraulic-drive faults can prevent commanded thrust, seen as trips, low power or unavailable thruster status
• Control or feedback-sensor faults can cause incorrect direction or pitch/azimuth indication, seen as command mismatch alarms

• Propeller or blade damage from debris can cause vibration and reduced thrust, noticed during maneuvering
• Gear or bearing wear can produce abnormal noise, heat or metallic debris in lubricant
• Seal leakage can allow water ingress or oil loss, seen through header-tank level changes or leakage alarms
• Motor, converter or hydraulic-drive faults can prevent commanded thrust, seen as trips, low power or unavailable thruster status
• Control or feedback-sensor faults can cause incorrect direction or pitch/azimuth indication, seen as command mismatch alarms

• Propeller or blade damage from debris can cause vibration and reduced thrust, noticed during maneuvering
• Gear or bearing wear can produce abnormal noise, heat or metallic debris in lubricant
• Seal leakage can allow water ingress or oil loss, seen through header-tank level changes or leakage alarms
• Motor, converter or hydraulic-drive faults can prevent commanded thrust, seen as trips, low power or unavailable thruster status
• Control or feedback-sensor faults can cause incorrect direction or pitch/azimuth indication, seen as command mismatch alarms

• Propeller or blade damage from debris can cause vibration and reduced thrust, noticed during maneuvering
• Gear or bearing wear can produce abnormal noise, heat or metallic debris in lubricant
• Seal leakage can allow water ingress or oil loss, seen through header-tank level changes or leakage alarms
• Motor, converter or hydraulic-drive faults can prevent commanded thrust, seen as trips, low power or unavailable thruster status
• Control or feedback-sensor faults can cause incorrect direction or pitch/azimuth indication, seen as command mismatch alarms

• Propeller or blade damage from debris can cause vibration and reduced thrust, noticed during maneuvering
• Gear or bearing wear can produce abnormal noise, heat or metallic debris in lubricant
• Seal leakage can allow water ingress or oil loss, seen through header-tank level changes or leakage alarms
• Motor, converter or hydraulic-drive faults can prevent commanded thrust, seen as trips, low power or unavailable thruster status
• Control or feedback-sensor faults can cause incorrect direction or pitch/azimuth indication, seen as command mismatch alarms

• Propeller or blade damage from debris can cause vibration and reduced thrust, noticed during maneuvering
• Gear or bearing wear can produce abnormal noise, heat or metallic debris in lubricant
• Seal leakage can allow water ingress or oil loss, seen through header-tank level changes or leakage alarms
• Motor, converter or hydraulic-drive faults can prevent commanded thrust, seen as trips, low power or unavailable thruster status
• Control or feedback-sensor faults can cause incorrect direction or pitch/azimuth indication, seen as command mismatch alarms

• Propeller or blade damage from debris can cause vibration and reduced thrust, noticed during maneuvering
• Gear or bearing wear can produce abnormal noise, heat or metallic debris in lubricant
• Seal leakage can allow water ingress or oil loss, seen through header-tank level changes or leakage alarms
• Motor, converter or hydraulic-drive faults can prevent commanded thrust, seen as trips, low power or unavailable thruster status
• Control or feedback-sensor faults can cause incorrect direction or pitch/azimuth indication, seen as command mismatch alarms

• Propeller or blade damage from debris can cause vibration and reduced thrust, noticed during maneuvering
• Gear or bearing wear can produce abnormal noise, heat or metallic debris in lubricant
• Seal leakage can allow water ingress or oil loss, seen through header-tank level changes or leakage alarms
• Motor, converter or hydraulic-drive faults can prevent commanded thrust, seen as trips, low power or unavailable thruster status
• Control or feedback-sensor faults can cause incorrect direction or pitch/azimuth indication, seen as command mismatch alarms

• Propeller or blade damage from debris can cause vibration and reduced thrust, noticed during maneuvering
• Gear or bearing wear can produce abnormal noise, heat or metallic debris in lubricant
• Seal leakage can allow water ingress or oil loss, seen through header-tank level changes or leakage alarms
• Motor, converter or hydraulic-drive faults can prevent commanded thrust, seen as trips, low power or unavailable thruster status
• Control or feedback-sensor faults can cause incorrect direction or pitch/azimuth indication, seen as command mismatch alarms

• Propeller or blade damage from debris can cause vibration and reduced thrust, noticed during maneuvering
• Gear or bearing wear can produce abnormal noise, heat or metallic debris in lubricant
• Seal leakage can allow water ingress or oil loss, seen through header-tank level changes or leakage alarms
• Motor, converter or hydraulic-drive faults can prevent commanded thrust, seen as trips, low power or unavailable thruster status
• Control or feedback-sensor faults can cause incorrect direction or pitch/azimuth indication, seen as command mismatch alarms

• Propeller or blade damage from debris can cause vibration and reduced thrust, noticed during maneuvering
• Gear or bearing wear can produce abnormal noise, heat or metallic debris in lubricant
• Seal leakage can allow water ingress or oil loss, seen through header-tank level changes or leakage alarms
• Motor, converter or hydraulic-drive faults can prevent commanded thrust, seen as trips, low power or unavailable thruster status
• Control or feedback-sensor faults can cause incorrect direction or pitch/azimuth indication, seen as command mismatch alarms

• Propeller or blade damage from debris can cause vibration and reduced thrust, noticed during maneuvering
• Gear or bearing wear can produce abnormal noise, heat or metallic debris in lubricant
• Seal leakage can allow water ingress or oil loss, seen through header-tank level changes or leakage alarms
• Motor, converter or hydraulic-drive faults can prevent commanded thrust, seen as trips, low power or unavailable thruster status
• Control or feedback-sensor faults can cause incorrect direction or pitch/azimuth indication, seen as command mismatch alarms

• Propeller or blade damage from debris can cause vibration and reduced thrust, noticed during maneuvering
• Gear or bearing wear can produce abnormal noise, heat or metallic debris in lubricant
• Seal leakage can allow water ingress or oil loss, seen through header-tank level changes or leakage alarms
• Motor, converter or hydraulic-drive faults can prevent commanded thrust, seen as trips, low power or unavailable thruster status
• Control or feedback-sensor faults can cause incorrect direction or pitch/azimuth indication, seen as command mismatch alarms