The humanoid robot LOLA walks over uneven terrain without using visual information @AppliedMechanicsTUM
The humanoid robot LOLA walks over uneven terrain without using visual information  @AppliedMechanicsTUM
Uploaded March 2019 | Updated September 2026, 8 hours ago
This video shows how the humanoid robot LOLA walks over uneven terrain without using any vision-based information. This reactive robustness to unknown terrain is achieved by a ground-force control scheme that handles ground-height variations and unplanned partial footholds with the environment.

A preprint of the paper describing the force-control scheme is available online:
mediatum.ub.tum.de/doc/1482152/1482152.pdf

An additional video to the development of the force-control scheme is available here: youtu.be/ifuD-ETTi_I

For more information please see our project's website: mw.tum.de/en/am/research/current-projects/robotics/humanoid-robot-lola
The humanoid robot LOLA walks over uneven terrain without using visual informationEfficient Zero-Clamped Cubic Splines Based on Analytical GradientsReal-Time Predictive Kinematic Evaluation and Optimization for Biped RobotsCROPS Manipulator (Generation 1) - Predictive Online Inverse KinematicsALE-Beam Model: Reference/Shifting Motion for a CVTThe Application of Neural Networks for Fidelity Assessment of Real-Time Hybrid Substructuring (RTHS)Humanoid Robot LOLA walks over an unexpected platformJoint project advances prosthetic evaluationAdaptive Motion Planning with Tactile Feedback on the CROPS platformHumanoid Robot LOLA at the Hannover Fair 2010A Mobile Dual-Arm System That Makes Intralogistics More EfficientOur Humanoid Robot LOLA pre-simulates motions to better walk over complicated terrain
TUM Chair of Applied Mechanics |

The humanoid robot LOLA walks over uneven terrain without using visual information

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