CCTV / Camera System
medium
9 models total
Marine CCTV differs from bridge navigation sensors in one basic way: it does not measure anything, it lets a human see somewhere they cannot stand -- the ISPS-restricted deck, the engine room during unmanned periods, or the blind zones ahead of a large bow.
Read more — CCTV / Camera System explained ▾
What Makes CCTV Different from Other Bridge Equipment
Every other item under Navigation & Bridge Equipment processes a physical measurement -- depth, speed, heading, position -- into a number or a plot. CCTV instead relays a live image, and its value depends entirely on where the cameras are pointed and who is watching. On a merchant ship this typically covers three separate purposes at once: ISPS security surveillance of access points and restricted areas, operational monitoring of cargo decks, mooring stations and the engine room, and navigation assistance covering blind zones that the bridge cannot see directly, particularly forward of a large container ship's bow or around the stern during berthing.
Main Components
Camera Units
Fixed or pan-tilt-zoom (PTZ) cameras in marine-rated housings, IP66 or better, with heater elements on exposed units to prevent lens fogging and icing. Low-light or thermal-imaging cameras are common on engine room and open deck installations where lighting is poor or absent.
Cabling and Network
Modern systems run IP cameras over a dedicated ship network, often separate from the main IT/OT LAN for cybersecurity reasons, rather than analogue coax, allowing digital zoom, remote configuration and integration with the ship security alert system.
Recording and Storage
A network video recorder retains footage for a period set by company security procedure, commonly 30-90 days, with the ISPS-designated cameras recorded continuously and access to playback restricted and logged.
Monitor and Control Station
Bridge and, where fitted, cargo control room and engine control room monitors display live feeds; PTZ cameras are controlled from a joystick or software panel, usually restricted to authorised users.
Selection and Sizing
Camera count and placement follow the vessel's ship security plan (SSP) for ISPS coverage first, then operational needs. Key figures buyers check are resolution, low-light sensitivity in lux, and housing ingress protection rating for exposed deck locations.
| Application | Typical Requirement |
|---|---|
| ISPS access points | Continuous recording, tamper alarm, restricted access |
| Engine room | High-temperature rated housing, wide dynamic range for machinery lighting |
| Bow blind-zone | Wide-angle or PTZ, bridge display integration |
| Mooring stations | PTZ with line-tension view, weatherproof housing |
Regulations and Class
CCTV coverage of restricted areas and access points is driven by the ISPS Code and the ship's approved Ship Security Plan rather than a SOLAS carriage requirement in itself; class societies do not mandate CCTV as core navigation equipment, but where fitted it is checked against the SSP during ISSC verification. Some flag states and port authorities additionally expect bridge-visible coverage of blind sectors on vessels above a certain length, referenced in bridge visibility guidance rather than a dedicated CCTV regulation.
Typical Faults
| Fault | Cause | Consequence |
|---|---|---|
| Blank or frozen feed | Network switch or PoE injector failure | Blind spot at exactly the location it was meant to cover |
| Fogged or salt-crusted lens | Failed heater element or missed cleaning routine | Unusable footage during an incident review |
| Gaps in recorded history | Storage overwritten before the retention period, or drive failure | No evidence available for an ISPS or cargo claim investigation |
| Unauthorised PTZ access | Shared or default login credentials on the control station | Security breach, camera pointed away from a restricted area unnoticed |
What to Look for in a Supplier
- Network separation from IT/OT systems, or a documented cybersecurity approach if integrated.
- Marine type approval for camera housings intended for exposed deck or engine room service.
- Storage capacity and retention period matching the company's security procedure, not just the factory default.
- Remote diagnostics support, since a failed camera at sea usually cannot be replaced until the next port.
Test the ISPS-designated cameras before every port state control or ISSC verification, not just once a year -- a camera that has quietly stopped recording for weeks is worse than no camera at all, because the crew believes it is covered.
8 manufacturers · 9 models
FLIR
2
M-Series Thermal Camera
Thermal/Visible dual
· Navigation Data / Sensor
· dual‑sensor thermal/visible maritime camera
Type
Thermal/Visible
Application
Navigation/SAR
Common Failures & Inspection Points
- High cost
- Calibration requirements
- Window cleaning for visible channel
Service: Thermal imaging for night navigation, SAR, and security.
Spare Parts: FLIR: Ersatzteile per Hersteller-Netzwerk. Lead time: 1-4 Wochen. Backup-Systeme an Bord pflichtgemäß.
Strengths
- High‑resolution (640×480) uncooled thermal sensor with long‑range detection up to several kilometres
- Integrated visible channel for day‑time imaging and colour reference
- Marine‑grade IP66 housing, IEC 60945 compliant, built‑in heater for cold‑water operation
- Seamless integration with bridge navigation systems (NMEA 0183/2000) and video analytics
- Automatic gain control and self‑calibration reduces operator workload
Weaknesses
- Higher purchase price than standard CCTV cameras
- Requires periodic calibration to maintain thermal accuracy
- Visible lens must be kept clean; fouling degrades image quality
- Power consumption higher than a pure visible camera, may need dedicated supply
- Limited field‑of‑view compared with larger panoramic bridge cameras
Typical Vessels:
Cruise shipOffshore support vesselFerryTankerContainer shipPatrol / SAR vessel
Certifications:
IEC 60945 (Marine electronic equipment)SOLAS approved for bridge navigation use
Decision Guide: Choose if you need reliable night‑time or low‑visibility imaging, dual thermal/visible capability and a rugged marine‑grade package that integrates with bridge systems. Avoid if budget constraints dominate, the vessel is small with limited power capacity, or a simple visible CCTV system meets operational needs.
Use Cases: Night navigation in fog or darkness, ice and obstacle detection ahead of the bow, man‑overboard and SAR searches, port and perimeter security monitoring, anti‑piracy watch on high‑risk routes.
Navigator Series
Thermal
· Navigation Data / Sensor
· thermal imaging navigation camera
Type
Thermal
Application
Night navigation
Common Failures & Inspection Points
- Thermal sensitivity degradation over years
- Stabilization motor
- Salt spray on window
Service: Navigation thermal camera. Detects vessels, ice, and debris at night.
Spare Parts: FLIR: Ersatzteile per Hersteller-Netzwerk. Lead time: 1-4 Wochen. Backup-Systeme an Bord pflichtgemäß.
Strengths
- High‑resolution thermal sensor capable of detecting targets at several nautical miles.
- Motorised image stabilization compensates for ship motion, keeping the picture steady.
- Marine‑grade sealed housing (IP66/67) offers resistance to salt spray and harsh weather.
- Wide field of view suitable for bridge surveillance and collision avoidance.
- Integrates with standard bridge display systems and can be linked to AIS/ARPA inputs.
Weaknesses
- Thermal sensitivity degrades over years, requiring periodic recalibration or sensor replacement.
- Stabilisation motor is a known failure point that can lead to image blur if it fails.
- Exterior window can accumulate salt spray and requires regular cleaning and protective coatings.
- Higher power consumption than conventional visible‑light CCTV cameras.
- Unit cost and installation expense are greater than basic low‑light cameras.
Typical Vessels:
TankerContainer shipBulk carrierCruise linerOffshore supply vesselIcebreaker
Decision Guide: Choose if: you need reliable night‑time target detection in fog, darkness or icy waters and can accommodate the higher upfront cost. Avoid if: budget constraints limit investment in thermal imaging or operating environments provide sufficient visible light for standard CCTV.
Use Cases: Mounted on the bridge of ocean‑going vessels for continuous night watch, ice detection on Arctic routes, collision avoidance in fog or smoke, and deck surveillance during low‑light operations.
Axis
1
Maritime Camera System
IP cameras
· Navigation Data / Sensor
· IP surveillance camera with on‑board analytics
Type
IP camera
Analytics
ja
Explosion proof option
ja
Common Failures & Inspection Points
- Network bandwidth congestion
- Camera housing corrosion
- NVR storage failure
Service: Premium IP cameras. Analytics for intrusion detection. Marine-grade housing required.
Spare Parts: Axis: Ersatzteile per Hersteller-Netzwerk. Lead time: 1-4 Wochen. Backup-Systeme an Bord pflichtgemäß.
Strengths
- High‑resolution network imaging with remote access via standard IP protocols
- Integrated analytics (e.g., intrusion detection) reduces need for separate software
- Explosion‑proof option meets hazardous area requirements on tankers and offshore vessels
- Marine‑grade housing designed for harsh salt‑water environments when properly maintained
Weaknesses
- Significant network bandwidth consumption; can cause congestion without proper planning
- Housing corrosion reported if regular anti‑corrosion maintenance is neglected
- Requires substantial NVR storage capacity to retain high‑resolution video streams
- Higher upfront cost compared with basic analog CCTV solutions
Typical Vessels:
TankerOffshore Supply VesselCruise ShipNaval Patrol BoatFerry
Decision Guide: Choose if you need high‑definition remote video monitoring with built‑in analytics and an explosion‑proof rating for hazardous zones. Avoid if your vessel has limited network bandwidth, tight budget constraints, or lacks a maintenance program for marine‑grade housings.
Use Cases: Deployed on bridge wings for forward visibility, deck areas for cargo security, engine rooms or fuel tanks where explosion‑proof certification is required, and any zone where real‑time intrusion detection enhances safety.
Bosch
1
Marine Video System
IP cameras
· Navigation Data / Sensor
· IP surveillance camera with video analytics
Type
IP camera
Analytics
ja
Common Failures & Inspection Points
- High cost
- Complex configuration
- Marine housing compatibility
Service: Enterprise-grade. Used on cruise ships and offshore platforms.
Spare Parts: Bosch: Ersatzteile per Hersteller-Netzwerk. Lead time: 1-4 Wochen. Backup-Systeme an Bord pflichtgemäß.
Strengths
- Enterprise‑grade reliability and support from a major OEM
- On‑board video analytics (motion detection, object classification) for proactive safety monitoring
- Seamless integration with bridge management and security networks
- Scalable architecture – multiple cameras can be added without redesign
Weaknesses
- Higher purchase and installation cost compared with basic analog CCTV
- Configuration and commissioning require specialised IT/AV expertise
- Standard marine housing kits may need custom adaptation for full environmental protection
- Increased bandwidth and power requirements on the vessel’s network
Typical Vessels:
Cruise shipOffshore platformFerryLarge container vessel
Decision Guide: Choose if you need advanced video analytics, integration with bridge systems, and have the budget and technical staff to manage a complex IP network. Avoid if you require a low‑cost, plug‑and‑play CCTV solution or lack dedicated IT resources on board.
Use Cases: Deployed for deck surveillance, engine‑room monitoring, passenger area security, and remote visual inspection of critical equipment on cruise ships and offshore platforms, often linked to the bridge’s integrated navigation suite.
Current Corp (Miros)
1
WaveRadar
Microwave sensor
· Navigation Data / Sensor
· microwave wave radar
Type
Microwave sensor
Application
Wave monitoring
Common Failures & Inspection Points
- Calibration complexity
- Limited to wave measurement
- Mounting location critical
Service: Not CCTV but bridge monitoring sensor. Wave height for cargo ops.
Spare Parts: Current Corp (Miros): Ersatzteile per Hersteller-Netzwerk. Lead time: 1-4 Wochen. Backup-Systeme an Bord pflichtgemäß.
Strengths
- High‑resolution, continuous wave height measurements with low latency
- Direct integration with bridge monitoring consoles for immediate decision making
- Robust marine‑grade housing designed for harsh sea‑state exposure
- Low maintenance compared with mechanical wave buoys
Weaknesses
- Calibration requires specialised procedures and trained personnel
- Function limited to wave monitoring; does not provide wind, temperature or other meteorological data
- Performance highly dependent on optimal mounting location and clear line‑of‑sight
- Potential signal attenuation in heavy sea spray or precipitation
Typical Vessels:
Bulk CarrierContainer ShipTankerRo‑Ro VesselOffshore Supply Vessel
Decision Guide: Choose if: you need precise, real‑time wave height data for cargo loading/unloading or bridge safety assessments and can allocate resources for proper installation and calibration. Avoid if: your vessel only requires basic weather information, you lack the expertise for regular sensor calibration, or mounting constraints prevent an unobstructed line‑of‑sight.
Use Cases: Deployed on the navigation bridge of cargo vessels to continuously monitor sea state during port operations, enabling safe timing of hatch opening, crane deployment and ballast adjustments. Also used on offshore support ships where wave forecasts directly affect DP system planning and crew safety windows.
Dahua
1
Marine Camera System
IP cameras
· Navigation Data / Sensor
· IP surveillance camera
Type
IP camera
Common Failures & Inspection Points
- Marine environment challenges
- Long-term reliability unknown
- Firmware updates
Service: Budget CCTV option. Marine housing essential.
Spare Parts: Dahua: Ersatzteile per Hersteller-Netzwerk. Lead time: 1-4 Wochen. Backup-Systeme an Bord pflichtgemäß.
Strengths
- Low acquisition cost compared with many branded marine cameras
- Standard IP connectivity enables easy integration with existing NVR/DVR systems
- Remote viewing and recording over Ethernet or Wi‑Fi networks
- Typical low power consumption of IP cameras
Weaknesses
- Marine housing is mandatory to meet corrosion and ingress protection requirements
- Long‑term reliability in harsh saltwater environments not well documented
- Firmware updates may be required and can introduce compatibility issues
- May lack formal marine certifications (e.g., IEC 60945) that higher‑grade units possess
Typical Vessels:
FerryOffshore supply vesselGeneral cargo shipWorkboat
Decision Guide: Choose if: you need a cost‑effective IP camera for bridge monitoring and can provide proper marine housing, and the vessel’s operational profile does not demand certified marine‑grade equipment. Avoid if: long‑term durability in severe sea conditions is critical or regulatory compliance requires formally certified cameras.
Use Cases: Commonly installed on bridge wings, engine rooms, and deck areas of vessels where budget constraints limit investment in high‑end surveillance systems; used for security monitoring, situational awareness, and incident recording.
Dallmeier
1
Marine CCTV
IP cameras
· Navigation Data / Sensor
· IP surveillance camera
Type
IP camera
Analytics
ja
Common Failures & Inspection Points
- Marine housing required
- Storage management
- Network bandwidth
Service: German quality. Used on cruise ships for security and liability.
Spare Parts: Dallmeier: Ersatzteile per Hersteller-Netzwerk. Lead time: 1-4 Wochen. Backup-Systeme an Bord pflichtgemäß.
Strengths
- Robust marine‑rated enclosure meets harsh sea‑water exposure requirements
- Integrated video analytics (motion detection, object tracking) for security and safety monitoring
- High image quality with configurable resolution suitable for bridge and deck surveillance
- ONVIF/RTSP compatibility enables integration with standard NVRs and ship IT networks
Weaknesses
- Higher upfront cost compared with basic analog CCTV solutions
- Requires substantial network bandwidth and dedicated storage to handle analytics‑rich video streams
- Installation may need specialised mounting hardware and cable routing through watertight bulkheads
- Limited third‑party support; service primarily through Dallmeier or authorised dealers
Typical Vessels:
Cruise ShipFerryOffshore Supply VesselPassenger VesselYacht
Decision Guide: Choose if you need reliable, high‑resolution video with on‑board analytics and can accommodate the associated bandwidth and storage requirements. Avoid if budget constraints limit network capacity or if a simple analog system suffices for basic security monitoring.
Use Cases: Deployed on bridge wings, deck areas, passenger lounges, engine rooms and gangways to monitor safety, deter piracy, record incidents, and support liability documentation on cruise ships and other passenger‑focused vessels.
Hikvision
1
Marine CCTV
IP/Analog cameras
· Navigation Data / Sensor
· IP/Analog network video surveillance
Type
IP/Analog
Nvr included
ja
Common Failures & Inspection Points
- Corrosion in marine environment
- NVR hard disk failure
- PoE switch issues
Service: Budget option. Marine-grade housing essential. Good image quality.
Spare Parts: Hikvision: Ersatzteile per Hersteller-Netzwerk. Lead time: 1-4 Wochen. Backup-Systeme an Bord pflichtgemäß.
Strengths
- Low acquisition cost – suitable for budget‑constrained projects
- Integrated NVR simplifies installation and reduces cabling
- Supports both IP and analog cameras, offering flexibility in upgrade paths
- Good image quality for basic monitoring tasks
Weaknesses
- Standard housing is not fully marine‑grade; corrosion can occur without additional protection
- NVR hard‑disk reliability issues reported in harsh sea environments
- PoE switch failures have been noted, requiring robust power management
- Limited advanced analytics compared with higher‑end maritime surveillance solutions
Typical Vessels:
FerryCoastal passenger vesselGeneral cargo shipOffshore supply vesselSmall container feeder
Decision Guide: Choose if: you need an economical surveillance solution, have the ability to install proper marine‑grade enclosures and can manage regular maintenance of disks and power equipment. Avoid if: mission‑critical reliability, advanced video analytics, or operation in highly corrosive environments without extra protection are required.
Use Cases: Commonly installed on bridge wings for navigation monitoring, deck areas for security, engine rooms for safety oversight, and cargo holds to deter theft or monitor loading operations.
Pelco
1
Marine Camera System
IP PTZ cameras
· Navigation Data / Sensor
· IP PTZ surveillance
Type
IP PTZ
Marine grade
ja
Common Failures & Inspection Points
- PTZ mechanism salt corrosion
- Wiper motor failure
- Housing seal degradation
Service: Known for PTZ cameras. Marine-specific models available.
Spare Parts: Pelco: Ersatzteile per Hersteller-Netzwerk. Lead time: 1-4 Wochen. Backup-Systeme an Bord pflichtgemäß.
Strengths
- 30× optical zoom with smooth pan/tilt for precise target tracking
- IEC 60945 marine certification ensures compliance with navigation equipment standards
- Integrated wiper and heater keep the lens clear in rain, spray and low temperatures
- ONVIF and Pelco D protocol support easy integration with bridge management systems
- Low‑latency HD video stream suitable for real‑time collision avoidance
Weaknesses
- PTZ gear is prone to salt‑water corrosion if seals are not regularly inspected
- Wiper motor has a documented failure rate in high‑usage environments
- Housing seal degradation can lead to moisture ingress over long service periods
- Higher power draw compared with fixed cameras
- Initial purchase and installation cost are relatively high
Typical Vessels:
Cruise ShipFerryOffshore Supply VesselOil & Gas PlatformResearch Vessel
Certifications:
IEC 60945
Decision Guide: Choose if: you need remote controllable zoom and night‑vision for bridge monitoring, integration with existing navigation systems, and compliance with marine equipment standards. Avoid if: budget constraints dominate or the vessel operates in extremely corrosive environments without a rigorous maintenance regime.
Use Cases: Mounted on bridge wings or mast to provide forward and side views for collision avoidance, mooring assistance, and security surveillance during day and night.