Marine Automation Sensors

High-definition radar, built for marine automation.

Unmanned vessels face a critical gap in sensor technology for situational awareness in congested waterways. Traditional radars excel at long-range detection, but new challenges demand more advanced solutions. The MAS10 radar is purpose-built for marine automation, combining 1km range with centimetre-level precision and all-weather reliability. Its high-resolution imaging enables machine-learning-powered classification, setting a new standard for safe and intelligent navigation. With 25 years of Navtech expertise, the MAS10 is designed to enable safer and smarter navigation for the future of maritime operations.

industrial automation solutions

Revolutionising marine autonomy with high-resolution W-band radar

Introducing MAS10 from Navtech Radar, a breakthrough in marine autonomy. Using 76-77GHz FMCW radar technology, it offers exceptional 360° situational awareness, detecting small targets like buoys and kayaks, in all weather conditions. With a 2Hz refresh rate, 1000m range, and cm-level resolution, MAS10 ensures fast, reliable detection in congested waters. It’s wide vertical beamwidth (16°), delivers a consistent radar image regardless of vessel pitch and roll motion.

Navtech Radar can now share the latest datasets from MAS10 sea trials. The radar was tested inside a congested marina, and in the open sea. Exceptional detail was observed in detections of surface objects such as sailing yachts, buoys, dinghies and canoes. It even detected mooring lines between boats. The radar was proven to deliver reliable detections even when subjected to 18° of vessel roll.

High-definition Imaging

Reliable All-condition Detection

Developer-friendly Integration

Built in Partnership with Marine Engineers

Technical Information

MAS10 High-definition radar, built for marine automation.

The MAS10, Navtech's world-first FMCW W-band radar built for marine robotics, offers 1km range, high-resolution imaging, and all-weather capabilities, delivering centimetre-level detection for mission-critical applications.