A Force Control Scheme for Biped Robots to Walk over Uneven Terrain Including Partial Footholds @AppliedMechanicsTUM
A Force Control Scheme for Biped Robots to Walk over Uneven Terrain Including Partial Footholds  @AppliedMechanicsTUM
Uploaded March 2019 | Updated September 2026, 8 hours ago
This video shows several experiments of walking over unknown, uneven terrain with the biped robot LOLA. Three different methods for ground-force control are experimentally validated in early, late and partial contact situations. The methods are combined to a force-control scheme to allow for the traversal of highly uneven terrain without vision-based information.

Additional experiments for highly uneven terrain are available here: youtu.be/pmtKv8VEItY

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

For more information please see our project's website: mw.tum.de/en/am/research/current-projects/robotics/humanoid-robot-lola
A Force Control Scheme for Biped Robots to Walk over Uneven Terrain Including Partial FootholdsReal-Time Predictive Kinematics Control (Presentation)Humanoid Robot LOLA Walks on Loose Wooden BoardsHumanoid Robot LOLA - Walking Pattern Generation for Autonomous Multi-Contact LocomotionEfficient Zero-Clamped Cubic Splines Based on Analytical Gradients (Presentation)Humanoid Robot LOLA v1.1 - Hardware Upgrade for Multi-Contact LocomotionSimulations of our Humanoid Robot LOLAGyroscope Stability - 1973Humanoid Robot LOLA avoids falling downHumanoid Robot LOLA detects obstacles with a Kinect-like sensor and finds a way around themHumanoid Robot LOLA - Vision Guided Autonomous Multi-Contact LocomotionSmooth Real-Time Walking-Pattern Generation for Humanoid Robot LOLA
TUM Chair of Applied Mechanics |

A Force Control Scheme for Biped Robots to Walk over Uneven Terrain Including Partial Footholds

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