Dynamic forward somersault over the duck's head, rolling on its back and landing back onto its feet in a standing position.
Teach your duck a new move.
A small library of community moves for Microduck. Pick one, see what it needs, and open the source.
Choose a starting point.
Search the shelf, then open a move for its contract and run instructions.
Standard bipedal walking gait with 50 Hz velocity tracking (vx, vy, yaw_rate) and active head-pose orientation control.
One-shot crouching behavior that reaches beak to the floor to pick up objects with its articulated mouth gripper, then smoothly returns to stand.
Automatic fall recovery policy capable of restoring MicroDuck to standing posture from face-down, face-up, or sitting positions.
One-shot dynamic kick with the left foot designed to strike a 70mm / 15g ball forward while maintaining single-leg biped balance.
One-shot dynamic kick with the right foot designed to strike a 70mm / 15g ball forward while maintaining single-leg biped balance.
Aerodynamic tuck crouch maneuver while coasting on roller skates, lowering center of gravity for high-speed stability.
High-speed skating locomotion utilizing passive roller skate wheels mounted under the feet, featuring asymmetric velocity limits and turn rate damping.
Controlled bi-directional transition between upright standing and rested sitting posture with continuous head commandability.
Fine-grained torso orientation and height controller while standing, continuously mapping roll, pitch, yaw, and squat commands to compliant leg and neck adjustments.
Velocity-tracking walking policy trained specifically to withstand ±1° gear play (2° total) in series with every XL330 servo gearbox.
Symmetric rhythmic swizzle gait on passive roller wheels, generating forward propulsion without lifting feet off the ground.
High-angular-velocity in-place spin pirouette executed on roller wheels using counter-opposed leg torque.
Downhill slope gliding policy on roller skates with dynamic pitch stabilization and proactive speed moderation.
Robust bipedal walking policy trained with severe terrain height variation, uneven steps, and external lateral pushes.
Independent community-developed walking gait featuring a pronounced rhythmic waddling sway tuned for biped compliance.