AGIBOT's X2 uses real-time 3D vision (60 fps) and dynamic torque control to adapt to stair step heights up to 15 cm variation?

AGIBOT's X2 uses real-time 3D vision (60 fps) and dynamic torque control to adapt to stair step heights up to 15 cm variation.

Robot can handle irregular surfaces, debris, and gaps by adjusting step trajectory mid-stride with a recovery time of 0.3 seconds?

Robot can handle irregular surfaces, debris, and gaps by adjusting step trajectory mid-stride with a recovery time of 0.3 seconds.

Slopes up to 20 degrees and curbs up to 25 cm are now manageable, though walking speed on stairs is limited to ~1.5 km/h.

Media & Culture

r/Singularity May 28, 2026

⚡The X2 adapts to uneven steps in real time using vision and torque control.

Deep Dive

A Reddit user submitted a post by /u/Distinct-Question-16. No additional facts are provided in the source.

Key Points

AGIBOT's X2 uses real-time 3D vision (60 fps) and dynamic torque control to adapt to stair step heights up to 15 cm variation.
Robot can handle irregular surfaces, debris, and gaps by adjusting step trajectory mid-stride with a recovery time of 0.3 seconds.
Slopes up to 20 degrees and curbs up to 25 cm are now manageable, though walking speed on stairs is limited to ~1.5 km/h.

AGIBOT's X2 proves humanoid robots can navigate real-world stair hazards, unlocking industrial and rescue deployments.