Thermal cameras
FLIR thermal cameras sold under Raymarine, mounted on the boat for night vision and obstacle spotting. Many pair with a chartplotter touchscreen.
Choose your Thermal cameras.
FLIR thermal cameras sold under Raymarine, mounted on the boat for night vision and obstacle spotting. Many pair with a chartplotter touchscreen.
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FLIR MD Series
Compact fixed-view thermal night-vision cameras in standard and high resolution, with analogue video out.
The MD Series are small, fixed-view marine thermal cameras for night vision: they do not pan or tilt, so they look where they are mounted, helping spot obstacles and improve awareness in low light. Two models are listed, the MD324 in standard resolution and the MD625 in high resolution for longer range.
Video comes out as standard analogue for marine monitors and compatible chartplotters, and there is an Ethernet port for joystick or chartplotter control with an on-screen menu. FLIR says the cameras work with chartplotters from Furuno, Garmin, Raymarine and Simrad. The enclosure is waterproof (IPx6), measures about 6″ across and 7″ tall, weighs about 3 lb, and has automatic window defrost and lightning protection as standard. Power is 4.8 W nominal. Standard Ethernet (RJ45) cables are the matching accessory.
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FLIR M232
Smallest FLIR marine pan-and-tilt thermal camera, standard resolution, with ClearCruise detection on select Axiom displays.
The M232 is a compact, standard-resolution thermal camera on a pan-and-tilt gimbal, described as the smallest FLIR marine pan-and-tilt system. It helps spot bridges, docks, buoys, other vessels and people in the water in total darkness. Its 320 × 240 thermal sensor has a fixed focus from 12 ft to infinity and a 24° × 18° field of view, with 4x digital zoom (no optical zoom).
Pan is continuous through 360° with tilt from +110° to −90°. It runs on 12 or 24 V DC, sends a single H.264 network video stream, and integrates with Furuno, Garmin, Raymarine and Simrad displays, so pan and tilt can be controlled from the chartplotter touchscreen. With select Raymarine Axiom displays, ClearCruise object detection adds audible and visual alerts. An optional JCU-3 compact keypad controls it from the helm. FLIR's stated detection ranges are 0.20 nm for a human-sized target and 1.60 nm for a 30 ft vessel.
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FLIR M300C
Ultra low-light visible HD camera (not thermal) with 30x optical zoom, pan, tilt and 2-axis gyro stabilisation.
The M300C is listed under Raymarine's thermal cameras, but it is a visible-light HD camera: Raymarine and FLIR describe it as an ultra low-light marine camera with pan and tilt and 2-axis gyro stabilisation. It has a 1/2.8″ CMOS sensor, 1920 × 1080 at 30 fps, 30x optical zoom, and works down to 0.006 lux with low-light mode on. Pan is continuous 360° with ±90° tilt.
Stabilisation keeps the picture steady in rough seas and can hold a chosen bearing, and Marine Video Analytics flags non-water objects. Outputs are analogue (NTSC/PAL on BNC), lossless HD-SDI and two network streams (H.264 or MJPEG). It integrates with Furuno, Garmin, Raymarine and Simrad chartplotters, with control from the touchscreen, or with the optional JCU-4 joystick. The housing is rated IPX6 and power is 12 to 24 V DC.
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FLIR M332
Standard-resolution thermal camera with pan, tilt and 2-axis gyro stabilisation.
The M332 is a standard-resolution marine thermal camera with pan, tilt and 2-axis gyro stabilisation, for spotting vessels, buoys and obstacles at night or in poor visibility. It is built on the FLIR Boson thermal core, with a 24° × 18° field of view, fixed focus from 12 ft to infinity and 4x digital zoom (no optical zoom). FLIR's stated detection ranges are 1.60 nm for a 30 ft vessel and 0.20 nm for a human-sized target.
Stabilisation works in two axes: vertical compensates for pitch, and horizontal holds a selected bearing. Pan is continuous through 360° with ±90° tilt. Marine Video Analytics flags non-water objects. Outputs are analogue, HD-SDI and two network streams, it is ONVIF Profile S conformant, and it works with Furuno, Garmin, Raymarine and Simrad chartplotter touchscreens. The 9 Hz version is the listed model, with a 30 Hz refresh option. It is rated IPX6.
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FLIR M364
High-resolution 640 × 512 thermal camera with pan, tilt and 2-axis gyro stabilisation.
The M364 is a high-resolution marine thermal camera with pan, tilt and 2-axis gyro stabilisation, designed for navigation and for detecting obstacles and targets in darkness, glare, light fog and rough seas. The thermal sensor is 640 × 512 with an 18 mm lens and a 24° × 18° field of view. FLIR's stated detection ranges are 3.2 nm for a 30 ft vessel and 0.39 nm for a human-sized target; actual range varies.
It uses the FLIR Boson core, with fixed focus from 12 ft to infinity and 4x digital zoom (no optical zoom). Stabilisation offsets pitch vertically and holds a selected bearing horizontally, and pan is continuous 360° with ±90° tilt. Marine Video Analytics flags non-water objects. Outputs are analogue, HD-SDI and network video, it is ONVIF Profile S conformant, and it works with the touchscreens of Furuno, Garmin, Raymarine and Simrad chartplotters. Refresh is 9 Hz or 30 Hz.
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FLIR M364C
M364 thermal plus an ultra low-light visible camera, in wider-view and longer-range (LR) versions.
The M364C pairs the M364's 640 × 512 thermal camera with an ultra low-light HD visible camera on a stabilised pan-and-tilt gimbal. Color Thermal Vision blends the thermal and low-light pictures, and Marine Video Analytics highlights non-water objects such as boats, buoys and debris. The visible camera has 30x optical zoom and works down to 0.006 lux with low light on.
Two versions differ in the thermal lens. The M364C (9 Hz, 18 mm lens, 24° × 19.2° view) suits most vessels, especially underway. The M364C LR (30 Hz, 25 mm lens, 18° × 14.4° view) suits stable platforms and larger vessels needing longer range. FLIR's stated 30 ft vessel detection is 3.2 nm and 4.26 nm respectively. Pan is continuous 360° with ±90° tilt. Outputs are analogue, HD-SDI and network video, and it works with Furuno, Garmin, Raymarine and Simrad chartplotters and the JCU-4 joystick.
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FLIR M364C-USV
M364C variant built for uncrewed surface vessels, with a software development kit and embedded frame metadata.
The M364C-USV is aimed at autonomous and remotely operated vessels rather than ordinary leisure boats. It uses the same thermal and low-light visible pan-and-tilt arrangement as the M364C, with Color Thermal Vision, Marine Video Analytics and 2-axis gyro stabilisation, but adds embedded frame-accurate metadata (timestamp, position, field of view and orientation) and a C++ software development kit with UDP telemetry and NTP time sync for integrators.
Two versions are listed, as with the M364C: the wider-view M364C-USV (18 mm lens, 24° × 19.2°) and the longer-range M364C LR-USV (25 mm lens, 18° × 14.4°). FLIR's stated detection range for a 30 ft vessel is 5.92 km and 7.89 km respectively. Outputs are analogue, HD-SDI and network video. It is listed here only so the range is complete; it is a specialist product for system integrators.
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FLIR M400
Thermal camera with 4x optical zoom, ultra low-light visible camera and LED spotlight; M400XR adds tracking and radiometry.
The M400 is a high-resolution marine thermal camera on a pan-and-tilt gimbal with 2-axis gyro stabilisation, a 4x optical thermal zoom, an ultra low-light visible camera and a tight-beam LED spotlight (580 lumens) for identifying targets. Its 640 × 480 thermal sensor has a 26 to 105 mm lens, taking the field of view from 24° to 6°. FLIR's stated detection ranges reach 12.78 nm for a 30 ft vessel and 1.57 nm for a human-sized target.
The M400XR adds video tracking and radiometry (temperature measurement, including a Firefighter Mode); the plain M400 has neither, and comes at 9 Hz or 30 Hz refresh. Pan is continuous 360° with ±90° tilt. Outputs are analogue, HD-SDI and four network video streams. It works with Furuno, Garmin, Raymarine and Simrad chartplotters and the JCU-4 joystick. Power is 12 to 24 V DC, and the camera weighs about 28 lb (12.7 kg).
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FLIR M460
AI-assisted multispectral camera: thermal plus 4K visible, laser spotlight and optional laser rangefinder in a three-axis gimbal.
The M460 is an AI-assisted marine camera that combines a thermal sensor (640 × 512, 5.4x optical zoom) with a 4K low-light visible camera (25x optical zoom) and a tight-beam laser spotlight reaching about 1 km, all in a three-axis stabilised gimbal. AI detects and classifies vessels, buoys, watercraft and people in the water, and can track them automatically from the thermal or visible picture. Radar targets can also be tracked via NMEA 0183.
Two models are listed: the M460, and the M460-LRF with a pre-installed laser rangefinder (stated effective range 12 km, or 6 km on a NATO-sized target). Colour multispectral imaging overlays visible detail on the thermal scene. Connections are RayNet Ethernet, four network video streams, 6G-SDI on BNC and ONVIF Profile S, plus NMEA 0183 and NMEA 2000. It is rated IPX6 and IPX7, and power consumption is 230 W.
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FLIR M560
Top-end AI-assisted camera with a cooled MWIR thermal sensor, 14.9x optical zoom and 4K visible camera.
The M560 is the top of the FLIR fixed-mount range: an AI-powered long-range surveillance camera built around a cooled MWIR (mid-wave infrared) thermal sensor with 14.9x optical zoom, plus a 4K day and night visible camera with 25x optical zoom and a tight-beam laser spotlight reaching about 1 km. Everything sits in a three-axis stabilised gimbal. AI detects, classifies and tracks vessels, buoys, watercraft and people in the water, using the thermal or visible picture.
Two models are listed: the M560, and the M560-LRF with a pre-installed laser rangefinder (stated effective range 12 km, or 6 km on a NATO-sized target). The cooled sensor is a 640 × 512 InSb detector with a 19 to 290 mm lens at 30 Hz. Connections match the M460: RayNet Ethernet, four network video streams, 6G-SDI, ONVIF Profile S, NMEA 0183 and NMEA 2000. Power consumption is 230 W.
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FLIR MTMS
Marine Thermal Monitoring System that watches engines, exhausts and shaft bearings and alarms when temperatures climb.
The MTMS is a thermal monitoring system for the machinery spaces rather than a navigation camera. It watches engines, exhaust manifolds and shaft bearings, and raises audible and visual alerts when part temperatures pass preset thresholds, so developing faults show up early. Up to five automatic alarms can be set on selected measurements, using six spot meters and six area boxes that report maximum, minimum and average temperatures.
Its thermal sensor is 80 × 60 pixels with a 48° × 37° fixed-focus view, alongside a 640 × 480 visual camera; MSX technology blends the two images. It integrates with Garmin and Raymarine chartplotters or a PC, with a RayNet connector for Raymarine networks. It runs on 9 to 36 V DC or Power over Ethernet, is rated IP67, and the kit includes a cooling bracket and PoE injector. A ball-joint mounting bracket is sold separately.
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FLIR Ocean Scout Pro
Handheld thermal night-vision monocular with a 32° view and human detection to 500 m.
The Ocean Scout Pro is a handheld marine thermal monocular for night navigation, identifying navaids (buoys and markers) and finding people or pets in the water. It has a 640 × 480 thermal sensor and a 32° field of view for quick area sweeps, with 2x, 4x, 6x and 8x zoom and fixed focus from 4 m. FLIR states human detection up to 500 m.
Operation is one-handed through a streamlined interface, and the eyepiece shows a 1024 × 768 display. It is rated IP67 with a 2 m drop rating, runs up to six hours on its internal lithium-ion battery, and stores more than 1,000 images and H.264 video on 16 GB of internal memory. Live video can stream over Wi-Fi to the Scout Pro iOS app, and USB streaming is supported. It also has a tripod thread, and the optional Charge Station docks it for charging.
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FLIR Ocean Scout Pro II
Longer-range handheld thermal monocular with an 18° view, 1000 m human detection and Responder app streaming.
The Ocean Scout Pro II is the longer-range version of the Ocean Scout Pro, aimed at marine law enforcement, first responders, coast guard and search and rescue use, though it also suits night patrols and finding people in the water. A 35 mm lens narrows the field of view to 18° for distant subjects, and FLIR states human detection up to 1000 m, with minimum focus 2 m and 2x to 8x zoom.
The 640 × 480 thermal sensor, one-handed controls, 1024 × 768 display, IP67 rating and 2 m drop rating match the standard model, with up to six hours of battery life and more than 1,000 images stored on 16 GB. It is a little larger (660 g with battery). Live video streams over Wi-Fi to the FLIR Responder app on iOS or Android, and the Scout Pro iOS app serves as the media gallery. The optional Charge Station docks and charges it.
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Joystick and keypad controllers
JCU-4 premium joystick and JCU-3 compact keypad for FLIR pan-and-tilt cameras.
Two dedicated controllers let you steer FLIR cameras without going through the chartplotter touchscreen. The JCU-4 is the premium joystick: a rugged low-profile 3-axis joystick with a 2.9″ colour LCD and keypad, dimmable for night use, and three programmable keys for user-defined camera functions. Raymarine and FLIR list it for the M232, M300, M400/M400XR and M500 series.
The JCU-3 is a compact remote keypad, designed for the M232 only. It has a uni-controller for pan and tilt, two programmable keys for favourite scenes or modes, and mounts in a console in portrait or landscape. One keypad can control several cameras, and several keypads can control one camera. Both connect by Ethernet and are rated IPx6; the JCU-4 runs on Power over Ethernet or 12/24 V DC, and the JCU-3 on a supplied DC cable or PoE. FLIR's PoE injector is the matching power accessory.
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Power over Ethernet and network switch
POE injector for FLIR joystick units, and the RNS-8 eight-port RayNet switch with four PoE ports.
Two network accessories support the FLIR camera range. The POE is a marine Power over Ethernet injector that powers FLIR joystick control units from a 12 V or 24 V DC boat supply, with one RJ-45 data input and one combined power and data output, conforming to IEEE 802.3af. Its output is up to 15.4 W.
The RNS-8 is an eight-port Gigabit RayNet network switch, four ports of which are Power over Ethernet (PoE). It connects chartplotters with radars, sonar modules and FLIR thermal cameras, and can power PoE devices such as the CAM300 camera. Each PoE port supports classes 0 to 4 at up to 30 W, and you can mix PoE and non-PoE devices, up to eight in total. The RNS-8 runs from 12 V or 24 V DC and is rated IPx6 and IPx7. A 1.5 m power cable is in the box.
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Network cables
Waterproof RayNet cables for M-Series cameras, and standard RJ45 Ethernet cables for MD-Series cameras.
Which cable depends on the camera. RayNet is a waterproof Ethernet cabling system developed by Raymarine, with a positive lock and unlock collar and gigabit data speed, in straight and 90° connector options. FLIR notes that current-generation M-Series digital cameras have a male RayNet connector, so RayNet cables are the match for those. Listed items include right-angle cables in several lengths, 100 ft cables with an RJ45 end, and RayNet to RJ45 adapters.
The standard RJ45 Ethernet cables are for MD-Series cameras and third-party equipment such as switches, recorders and computers. They are double shielded with a low-smoke, zero-halogen jacket, are field-installable and can be cut to length, in 25, 50, 75 and 100 ft lengths. They are not waterproof, so they are only for protected installations; a waterproof RJ45 coupler is available for joins.
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Video output cables
Composite analogue and HD-SDI digital video cables for the M300, M400 and M500 series cameras.
These cables take video from the M300, M400 and M500 series cameras to equipment other than a networked chartplotter. Composite analogue video cables connect to legacy chartplotters, monitors and other systems that need an analogue input; the M300 has analogue video in its power cable harness with a BNC connector, while the M400 and M500 use a dedicated multipin connector that also carries NMEA 0183 serial data. A 1 m cable is included with those, and the longer lengths here are optional, in 3.3 ft and 100 ft, straight or right-angle.
HD-SDI is a digital video format with high resolution, low latency and strong signal integrity, compatible with professional displays, recorders and switches. A 1 m HD-SDI cable is included with the cameras, and optional cables run from 1.6 ft to 100 ft. Ask us to confirm which cable fits which camera before ordering.
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Charge Station
Mountable USB-C dock for storing and charging the Ocean Scout Pro and Ocean Scout Pro II.
The Charge Station is a mountable USB-C dock that stores and charges FLIR Ocean Scout Pro handheld cameras, keeping them powered and ready whether underway, dockside or on standby. It suits both the Ocean Scout Pro and the Ocean Scout Pro II.
The connector sits at the bottom of the dock, so the cable can leave from a hidden or side exit. It is designed for marine use and measures 178 × 108 × 67 mm, weighing 400 g. Power is 5 V DC through the USB-C connector. The box contains the dock and a quick start guide only: the USB-C cable, the AC/DC power adapter and mounting screws are not included, so they need to be supplied separately. A fixed charging spot at the helm or in a wheelhouse stops the camera being left uncharged in a bag.
Model choice depends on the boat, the speed it runs at and the chartplotter it will be paired with.
Pairs with an Axiom display
Chart overlay, Doppler colouring and dual range all need the radar and the display working together. We supply them together and commission them together.
See the chartplotters