Badminton · Sport desk

Humanoid shuttlecock returns: whole-body striking, measured hardware trials and the limits of instrumented research courts.

This is a selected evidence file, not a complete current world ranking. A source link is not independent verification.

Follow Sport with RSS

Desk reporting

Badminton results

These are two controllers on the same research platform, not two competing robot products. Hardware returns are kept separate from simulated rallies. Dates identify the cited paper version, not a known test day.

Humanoid badminton: controller comparison on machine-fed shuttles

Valid returns in 46 real-world trials per controller · %

Same 21-DoF humanoid and machine-fed hardware test setup in the September 2026 paper version. Compare these controller variants only; neither number is a human-match win rate.

Recorded event results
CompetitorResultEvidence dateControl modeClassificationNotes and source
21-DoF research humanoid · target-known controller91.3% (42 / 46)2026-09-14Autonomous control; see tracking and setup notesSource-reported resultResearch-author reported hardware result: 42 valid returns and 4 racket-frame hits. External motion capture plus an Extended Kalman Filter supplies the target. The same policy's 21-hit robot–robot rally was in simulation, not on hardware. Humanoid badminton paper · hardware evaluation
21-DoF research humanoid · prediction-free controller71.7% (33 / 46)2026-09-14Autonomous control; see tracking and setup notesSource-reported resultResearch-author reported hardware result: 33 valid returns, 9 frame hits and 4 misses. Removes the explicit trajectory predictor, not external sensing; motion capture still supplies shuttle positions. Humanoid badminton paper · hardware evaluation

Continuing coverage from the news archive

No archive stories currently match this desk by title or excerpt.