TL;DR
Fail2Drive introduces a novel benchmark for evaluating closed-loop driving generalization in CARLA, highlighting significant model failures and providing tools for scenario creation and validation.
Contribution
It presents the first paired-route benchmark with a comprehensive suite of scenarios and an open-source toolbox to facilitate reproducible research on driving generalization.
Findings
Models show an average success-rate drop of 22.8% under distribution shifts.
Uncovered failure modes include ignoring LiDAR-visible objects and misunderstanding free space.
Benchmark and tools enable systematic evaluation and improvement of autonomous driving models.
Abstract
Generalization under distribution shift remains a central bottleneck for closed-loop autonomous driving. Although simulators like CARLA enable safe and scalable testing, existing benchmarks rarely measure true generalization: they typically reuse training scenarios at test time. Success can therefore reflect memorization rather than robust driving behavior. We introduce Fail2Drive, the first paired-route benchmark for closed-loop generalization in CARLA, with 200 routes and 17 new scenario classes spanning appearance, layout, behavioral, and robustness shifts. Each shifted route is matched with an in-distribution counterpart, isolating the effect of the shift and turning qualitative failures into quantitative diagnostics. Evaluating multiple state-of-the-art models reveals consistent degradation, with an average success-rate drop of 22.8\%. Our analysis uncovers unexpected failure…
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