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Challenge
Same physics prompt, different models — a ball bouncing inside a rotating hexagon with gravity and friction, the one-prompt collision test that follows every release.
18 models · 24 builds · newer → older
Sep 22, 2026
1A physics simulation of 10 balls bouncing inside a rotating hexagon.
Sep 22, 2026
2A physics-based simulation of a red ball bouncing inside a rotating white hexagon.
Sep 21, 2026
1A comparative benchmark of AI models solving the spinning hexagon coding challenge.
Aug 14, 2026
1A Python-based physics simulation of balls bouncing inside a rotating hexagon.
Jul 24, 2026
1Benchmarking frontier models on the classic spinning hexagon physics prompt
Jul 8, 2026
3A realistic physics simulation of a ball bouncing inside a rotating hexagon
Apr 16, 2026
1A physics simulation of a sphere bouncing inside a rotating hexagon with speed control.
Feb 18, 2026
1A physics simulation of a ball bouncing inside a rotating hexagon.
Nov 20, 2025
1A physics simulation benchmark for future LLMs featuring a ball in a rotating hexagon.
Nov 17, 2025
1A physics sandbox benchmark comparing frontier thinking models
Aug 7, 2025
2A physics-based simulation of a ball bouncing inside a rotating hexagonal container.
Aug 5, 2025
1A physics simulation of 20 elastic balls bouncing inside a rotating hexagon
Apr 5, 2025
1A p5.js physics simulation of a ball bouncing inside a rotating hexagon.
Mar 25, 2025
2A physics-based simulation of a ball bouncing inside a rotating hexagon.
Built with
1An interactive physics simulation of a ball bouncing inside a spinning hexagon.
Built with
1A physics-based capability test for generative AI reasoning models.
Built with
2A physics simulation of a ball bouncing inside a spinning hexagon
Built with
1A neobrutalist physics simulation built from a single prompt
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