Description
M364C stabilised thermal camera for IP
Multi-spectral marine cameras with active gyroscopic stabilisation.
With high-definition low-light imaging capabilities and one of the most advanced FLIR thermal camera cores, the M364C provides elite-level vigilance on the water. This camera uses multi-spectral imaging to deliver exclusive FLIR Color Thermal Vision™ (CTV) technology when used with Raymarine Axiom™ MFDs. Color Thermal Vision™ fuses visible camera details with the thermal image, adding vital colourised images that enable captains to clearly identify thermals, navigation aids, and other vessels. Superior imaging performance and advanced gyro-stabilisation make the M364C an indispensable tool for law enforcement, commercial mariners, and serious recreational boat owners.
ELITE ADULTHOOD THROUGH MULTISPECTRAL DESIGN
Thermal and visual image capture with FLIR Color Thermal Vision and MSX® technology
- FLIR Boson 640 × 512 thermal sensor
- Thermal imaging detects objects in complete darkness, glare, and light fog.
- Integrate the M364C with your Raymarine Axiom and take advantage of FLIR's colour thermal imaging and MSX multispectral imaging.
- A colour thermal camera combines a thermal camera and a low-light visible camera to allow captains to easily identify coloured details such as navigation lights and aids.
HIGHLY Defined navigation
The HD visible image sensor for low light and long-range zoom provide enhanced target detection.
- Better than binoculars – with 30x optical zoom and image stabilisation, the M364C offers excellent long-range image capture and positive target acquisition.
- Ultra-low-light camera technology provides a visible image even in the most challenging lighting conditions
- With Raymarine Axiom and award-winning ClearCruise™ Augmented Reality technology, you can display real-time AIS targets, chart objects and waypoints.
A GENTLE LOOK ON THE ROUGH SEA
A steady and stable view in a strong sea keeps the eye on the target.
- Biaxial mechanical stabilisation virtually eliminates the effects of tilt, rise and traverse.
- Horizontal stabilisation automatically keeps the camera pointed in the same direction as the base turns
- Integrated AHRS (Attitude and Heading Reference System)
Technical data
| Ping | 12–24 V direct current |
| Power consumption | 56 W |
| Operating temperature | -25 to +55 °C |
| Storage temperature | -30 to +70 °C |
| Detector type | 1 / 2.8 “Exmor R CMOS (daylight) 640x512 VOx microbolometer (thermal image) |
| Resolution | 1080/30 pixels (HD) |
| Refresh rate | 9 Hz |
| Suum | 30x optical zoom |
| Digital zoom | 12x (daylight) 4x (thermopile) |
| Clothing gap | 63.7 x 35.8° (daylight) 24 x 18° (thermopile) |
| Focal length | 129 to 4.3 mm (daylight) 18 mm (thermopiles) |
| Target identification range | Human in water: max 823 m Ships: max 2200 m |
| Adjustment range (panoramic) | 360° |
| Control range (slope) | + -90° |
| Melting snow | Jah |
| Literal compatibility | Jah |
| Network video output | H.264 |
| Analogue video output | NTSC PAL (BNC) |
| Waterproof | IPX6 |
| Height | 311.3 mm |
| Diameter | 222.2 mm |
| Cal | 6.3 kg |
This is a specific product which, when used in systems other than Raymarine LightHouse II and LightHouse 3/4/5, requires at least elementary knowledge of computer networking and IP addresses. If you already know you will be using this product elsewhere other than the aforementioned Raymarine systems, it is essential to purchase the JCU-2 joystick as well. If you are unsure whether you will be able to manage, consult your IT specialist before purchasing. If success is doubtful or seems too complex, it is wiser to refrain from purchasing this product. We do not provide computer and IT support. NB! Thermal cameras cannot be returned.
Download M364C thermal camera Quick start guide.
Download M4364C thermal camera User guide.
Download M300 series thermal cameras Product presentation.
