Robotics Control: Precision Kinematics & Physics
Sub-millisecond trajectory generation, 29-DOF whole-body kinematics, and MuJoCo simulation.
Executive Summary & Definition
Direct Answer
Robotics Control is the low-level computing and mathematical foundation of CHATR Robotics OS that converts abstract motion plans into exact motor joint positions, velocities, and torques while rigorously maintaining dynamic balance and contact physics.
Performance Telemetry & System Benchmarks
1 kHz
Control Loop
Deterministic real-time execution
<0.02 rad
Joint Accuracy
Closed-loop tracking precision
Key Architectural Capabilities
- ✓ Whole-body 29-DOF kinematic inverse solver with center-of-mass balance preservation
- ✓ MuJoCo 3.x physics simulation with exact contact normal force and friction modeling
- ✓ Sub-12ms WebSocket SimBridge streaming joint states and actuator commands
- ✓ Bilateral teleoperation with force feedback and predictive latency compensation
Frequently Asked Questions
What physics engine powers CHATR Robotics Control? ▼
CHATR utilizes MuJoCo 3.x for ultra-fast, numerically stable multi-body dynamics and contact modeling.
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