Tennis · Published
A humanoid can return a tennis ball. That is not the same as winning a match.
LATENT's Unitree G1 reports 90.90% forehand and 77.78% backhand return success under externally tracked research conditions.
Tennis · Sport desk
Humanoid tennis: learned footwork and racket returns, with real-hardware results separated from simulation and exhibition claims.
This is a selected evidence file, not a complete current world ranking. A source link is not independent verification.
Desk reporting
Tennis results
The selected evidence covers LATENT's March 2026 research evaluation, not a current world ranking. Forehand and backhand returns are separate measurements, not match wins. External tracking and test conditions matter.
LATENT on Unitree G1: real-world forehand returns
Balls successfully returned inside the opponent's court · %
One research system and one stroke type, not a ranking of robots. The authors report 20 human–robot rally evaluations; the per-stroke sample counts are not separately stated. Evidence date is the paper submission date, not a known test day.
| Competitor | Result | Evidence date | Control mode | Classification | Notes and source |
|---|---|---|---|---|---|
| LATENT · Unitree G1 (forehand) | 90.90% | 2026-03-13 | Autonomous control; see tracking and setup notes | Source-reported result | Research-author reported hardware result, Table 5. External optical motion capture tracks the marked ball and robot; a racket replaces the right hand. This is a return task, not a full tennis match or an onboard-vision result. LATENT paper · Table 5 |
LATENT on Unitree G1: real-world backhand returns
Balls successfully returned inside the opponent's court · %
One research system and one stroke type, not a ranking of robots. The authors report 20 human–robot rally evaluations; the per-stroke sample counts are not separately stated. Evidence date is the paper submission date, not a known test day.
| Competitor | Result | Evidence date | Control mode | Classification | Notes and source |
|---|---|---|---|---|---|
| LATENT · Unitree G1 (backhand) | 77.78% | 2026-03-13 | Autonomous control; see tracking and setup notes | Source-reported result | Research-author reported hardware result, Table 5. External optical motion capture tracks the marked ball and robot; a racket replaces the right hand. This is a return task, not a full tennis match or an onboard-vision result. LATENT paper · Table 5 |
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