
DrivingBench
ACTIVEOpen-source research benchmark testing whether frontier AI models can drive a real car on a cone course by controlling it through MCP tools.
DrivingBench
Founded 2026 · United StatesDrivingBench is an open-source research project and benchmark that tests whether frontier, general-purpose large language models (LLMs) can drive a real car. In the test, a model takes control of a car's steering, accelerator, and brakes (a 2022 Toyota Corolla fitted with a Comma Four device connected to the CAN bus via OBD-C) on a marked cone course roughly 130 m long in a Bay Area parking lot in California. The model receives camera frames and telemetry and issues driving commands through three MCP tools: observe(), set_motion(), and stop_now(). Progress is measured as the percentage of distance along the course centerline while staying within 4 m of it. Every run is recorded as a replayable trace, and results (progress percentage, distance, finish time, token usage) are published on a public leaderboard. The project was created in 2026, its code is released under the MIT license, and the authors emphasize they are not affiliated with or supported by comma.ai, openpilot, Toyota, or the makers of any tested models or chat applications.
Founders
Mathematics & Computer Science student at UC Berkeley; owner of the DrivingBench project repository.
Domain of activity
3 areas · 4 technologies · 3 industries- Autonomous systems
- Embodied AI
- Agent systems
- Embodied AI
- Agentic AI
- Tool Use
- Computer vision
- Automotive
- Transport & mobility
- Research & science
Global presence
2 regionsScale & funding
founded 2026Profile & metadata
4 classification · 3 external linksClassification
- Statusactive
- Development stageearly
- Listed onNo
- Organization typeOpen source organization
External links