LYNX M20 is a robot wheel-leg hybrid The latest generation (wheels + legs) from Ezra Robotics. Specifically designed for difficult terrain and hazardous environments — while remaining lightweight, agile, and robust.
Combining wheel speed + leg flexibility to operate on steep paths, swamps, ruins, and even small stairs.
Featured Features
Lightweight yet Tough Design
Weight only 33 kg, can be lifted by one person; but its operational capabilities are equivalent to those of a heavy industrial robot.Switching Mode: Wheel & Leg
Wheel mode for speed on smooth terrain, and leg mode when facing obstacles, stairs, gaps, or rough terrain.Multiterrain Mobility
Can climb stairs as high as 25 cm, passing through tunnels/pipes, bridging gaps, and moving steadily on muddy or rubble terrain.High Perception & Sensory
Equipped LiDAR 96 lines (360° × 90° FOV) for intelligent navigation, as well as an omnidirectional obstacle avoidance system.Extreme Environmental Resilience
Certification IP66, operating at temperatures of –20 °C to +55 °C.
Equipped with a hot-swap battery for uninterrupted operation.Capacity & Durability
Payload up to 15 kg, operating hours ~ 2.5 hours under load conditions, as well as obstacle clearance up to 80 cmModular & Expansion
Support for additional modules & mission expansion, including self-charging options, other sensor modules, and industrial-style system integration.
M20 Technical Specifications (Summary)
| Parameter | Mark |
|---|---|
| Heavy | 33 kg |
| Maximum Load | 15 kg |
| Operating Time (load) | ± 2.5 hours |
| Barriers Overcome | Up to 80 cm |
| Field response | Climb the stairs 25 cm |
| Certification | IP66 |
| Operating Temperature Range | –20 °C to +55 °C |
| Sensors & Navigation | LiDAR 96 lines, omnidirectional avoidance system |
Advantages of Implementation
Performance in extreme terrain — ideal for heavy industrial zones, mines, ruins, or high-risk locations.
Mission flexibility — can handle inspections, emergency response volunteers, light logistics, monitoring – all in one platform.
Operational efficiency — lightweight and portable, easy to deploy to remote locations.
Scalability & integration — modular so it can be customized according to task requirements.
