DEEPRobotics Lynx M20 vs. Unitree B2-W

Introduction

DEEPRobotics Lynx M20 and Unitree B2-W are wheel-legged quadruped robots designed for demanding industrial environments.

According to ROBOT24.com market-data records, the Lynx M20 is designed for industrial inspection, utilities, infrastructure, security, emergency response and research. The Unitree B2-W targets similar applications, including industrial inspection, energy infrastructure, mining, logistics, security and emergency response.

The comparison highlights their differences in size, payload, speed, endurance, mobility and autonomous navigation.

How They Compare

The two robots have significant overlap in industrial inspection, security and emergency-response applications, but differ considerably in size and carrying capacity.

The Lynx M20 weighs 33 kg, compared with around 85 kg for the B2-W. The Lynx M20 has a maximum speed of 5 m/s, while the B2-W is listed at 15 km/h, or around 4.2 m/s.

Payload is another major difference. The Lynx M20 has a 15 kg effective payload and a 50 kg maximum, while the B2-W can carry more than 40 kg while walking and support up to 120 kg while standing.

The Lynx M20 offers up to three hours of runtime without a load and a 15 km range. ROBOT24.com market-data records do not list a separate runtime figure for the B2-W, but record a range of up to 30 km unloaded and 25 km with a 40 kg payload.

Both use LiDAR, cameras and IMUs for autonomous navigation. The Lynx M20 also uses terrain recognition and point-cloud mapping, while the B2-W combines 3D LiDAR with vision-based localization.

Summary

DEEPRobotics Lynx M20 and Unitree B2-W are built for many of the same industrial applications but differ in size, payload, range and mobility. This comparison is based on specifications currently recorded in ROBOT24.com market-data records.