Optimizing RL Biped Robot Kinematics: Free Online Configuration Tool
Building small bipedal robots powered by Reinforcement Learning (like the popular Microduck project) requires careful calibration of leg length, servo torque, and gait timing. To help robotics developers and hobbyists i
Building small bipedal robots powered by Reinforcement Learning (like the popular Microduck project) requires careful calibration of leg length, servo torque, and gait timing.
To help robotics developers and hobbyists iterate faster, I've built a free, zero-dependency RL Biped Robot Configurator & Kinematics Calculator.
Key Features
- Servo Torque & Payload Estimation: Calculate required stall torque based on leg geometry.
- Gait Timing Calculator: Compute optimal step frequencies for dynamic dynamic stability.
- JSON Export: Export full robot configuration files directly for ingestion into Python/MuJoCo training scripts.
Check out the tool here: RL Biped Robot Configurator
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Originally published by Dev.to AI. Aggregated on AIWithGhost for educational purposes β full credit and traffic to the original publisher.