From your seat you watch 1,000-frames-per-second replays of every slip and save on 360° screens, live grip force and joint temperature as the robot works, and an autonomous AI referee scoring each run with no human bias. Two days, seven competitions including an unseen SLAM trail, a live global broadcast — and a crowd that knows exactly when a robot is about to fail. Early-bird tickets are US$89 for both days.
PHANTOM CAMERAS
JOINT VECTOR TRACE
SLOW-MO IMPACT
The broadcast page now shifts to a sensor-heavy autonomous platform inside a wet arena volume, surrounded by cyan LiDAR planes, red live beacons, and overhead race screens.
4K HDR CAPTURE
LIDAR REFEREE MESH
360° JUMBOTRONS
Every arena is captured as a synchronized forensic volume, combining high-speed imaging, calibrated audio, LiDAR, telemetry feeds, and public overlays.
1,000 fps // 4K HDR
Critical slip, fracture, over-torque, and recovery moments are captured from protected race apertures for broadcast replay and scoring audit.
Torque // thermal // latency
Arena-wide torque, motor thermal load, gripper pressure, and neural decision latency appear as live data layers above the course.
Zero human referee bias
A multi-angle LiDAR grid and optical timing mesh enforce foul detection and millisecond timing without subjective calls.
Replay tribunal
Every red-flag event can be reconstructed from synchronized telemetry, optical flow, and audio impulse data for transparent rulings.
Phantom camera arrays record slip onset, fingertip shear, glass vibration, cable sway, fastener cam-out, bag film stress, and stack collapse at 1,000 fps in 4K HDR. Broadcast producers can cut from live race mode into forensic slow motion without breaking the scoring chain.
Joint torque, motor thermal load, power draw, neural decision latency, gripper force, and recovery events are projected on 360-degree overhead jumbotrons so the crowd can read risk and excellence in real time.
The referee stack treats every arena as a measured volume. Human stewards supervise safety, but scoring evidence comes from synchronized machine perception.
Multi-angle ranging tracks end effectors, object boundaries, forbidden zones, and arena crossings.
Start, contact, release, threshold breach, and finish events are stamped by synchronized race clocks.
Contact with terminals, glass, spectators' enclosure, or restricted structures triggers automated review.
Teams receive replay packets with telemetry, camera frame references, and penalty explanations.