STONE Dataset: A Scalable Multi-Modal Surround-View 3D Traversability Dataset for Off-Road Robot Navigation
Konyul Park, Daehun Kim, Jiyong Oh, Seunghoon Yu, Junseo Park, Jaehyun Park, Hongjae Shin, Hyungchan Cho, Jungho Kim, and Jun Won Choi

TL;DR
The STONE dataset offers a large-scale, multi-modal, annotated dataset for off-road robot navigation, enabling improved 3D traversability prediction through automated labeling and comprehensive sensor data.
Contribution
We introduce STONE, a scalable multi-modal dataset with an automated annotation pipeline for 3D traversability, covering diverse environments and conditions for off-road navigation research.
Findings
Provides dense terrain surface reconstructions from LiDAR data.
Establishes a benchmark for voxel-level 3D traversability prediction.
Demonstrates effective multi-modal perception for off-road navigation.
Abstract
Reliable off-road navigation requires accurate estimation of traversable regions and robust perception under diverse terrain and sensing conditions. However, existing datasets lack both scalability and multi-modality, which limits progress in 3D traversability prediction. In this work, we introduce STONE, a large-scale multi-modal dataset for off-road navigation. STONE provides (1) trajectory-guided 3D traversability maps generated by a fully automated, annotation-free pipeline, and (2) comprehensive surround-view sensing with synchronized 128-channel LiDAR, six RGB cameras, and three 4D imaging radars. The dataset covers a wide range of environments and conditions, including day and night, grasslands, farmlands, construction sites, and lakes. Our auto-labeling pipeline reconstructs dense terrain surfaces from LiDAR scans, extracts geometric attributes such as slope, elevation, and…
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Taxonomy
TopicsRobotics and Sensor-Based Localization · Advanced Neural Network Applications · Soft Robotics and Applications
