Thermal imaging cameras in the superyacht industry: Expert tips

• Adam Murphy
• Senior Director of Product Management and Business Development

What are the main uses of thermal imaging cameras?

Thermal imaging cameras are widely used for security, man-over-board, threat detection and safe night-time navigation. An increasing number of superyacht owners are demanding that thermal becomes ‘standard’ on new builds and refits.

How has thermal camera technology evolved to benefit the superyacht industry?

Once the preserve of the military, over the last decade thermal imaging has become a must-have part of the technology suite aboard most superyachts. No longer producing grainy, green optics, today’s cutting-edge, cooled-core tech devices provide sharp images and act as a captain’s eyes in the dark, aiding navigation and safety in a range of situations.

There is no doubt that the recent advancement of thermal imaging technology has significantly improved the protection of superyachts and mega yachts, resulting in vastly improved safety for those on board, as well as protecting such high-value assets. Step on board the highest spec’d yachts and you will discover a range of sophisticated thermal imaging equipment integrated into the vessel’s helm and security systems.

Leading the way in these developments, Teledyne FLIR’s name has become almost synonymous with thermal imaging in the marine industry. As the sensor specialist behind the world’s leading military night-vision systems, over the last decade, the firm’s marine division has made its groundbreaking products available to superyacht owners and captains – who have always been keen to adopt the latest developments in technology.

What products are available from Teledyne FLIR?

Teledyne FLIR’s marine series (M-Series) features two cameras developed specifically for the superyacht market. The high-performance M400 multi-sensor thermal camera provides users with exceptional situational awareness and the ability to see clearly in challenging environmental conditions, such as total darkness, solar glare, blinding smoke and certain types of fog. For optimal short- and long-range detection, the pan/tilt M400 features a high-resolution 640x480 thermal imager paired with a unique 4x continuous optical zoom lens and a high-definition colour camera with 30x optical zoom that allows operators to see other vessels and targets at longer ranges. It also has an integrated, high-intensity LED spotlight for positive identification of nearby targets.

The ultra-high-performance M500 camera system is packed with cutting-edge technologies that deliver superior vision at both long and short ranges. M500’s main payload is a cryogenically cooled Mid-Wave Infrared (MWIR) thermal sensor that is fitted with a 14x optical zoom lens. Previously reserved for military-grade systems, the M500’s thermal imager can detect the heat signature of small vessels at ranges up to 9 kilometers (5 nautical miles). The M500 also has a visible light camera consisting of a high-definition, lowlight-capable colour camera system with a 30x optical zoom. M500 features a high-intensity LED spotlight.

About this expert

Adam Murphy is the senior director of product management and business development at Teledyne FLIR and he is based in New Hampshire, USA. Teledyne FLIR develops integral systems for the OEM market for yacht security systems. The business has a strong pedigree in thermal and sensor technology and develops a wide range of technologies that enhance perception and awareness. From thermal cameras for smartphones to military aircraft, Teledyne FLIR sensing technologies improve the way people interact with the world around them. On the water, Teledyne FLIR thermal turns night into day, enhances situational awareness, and gives captains the confidence to navigate safely in all conditions.