Wheeled rovers and tracked vehicles offer distinct advantages in traction and soil mechanics for planetary exploration.
Wheeled and tracked vehicles offer distinct performance trade-offs in traction, maneuverability, and soil mechanics during off-road and planetary operations.
The retrieved literature (such as papers 2 and 8) directly compares wheeled and tracked chassis configurations, highlighting their distinct mechanical interactions with soils, trafficability, and operational advantages. Therefore, the claim is supported.
Tomáš Zemánek, Jindřich Neruda. Impact on the Operation of a Forwarder with the Wheeled, Tracked-Wheel or Tracked Chassis on the Soil Surface. 2021. https://doi.org/10.3390/f12030336
This study evaluates different chassis types including wheeled and tracked platforms, demonstrating their distinct impacts on soil pressure, trafficability, and rut formation.
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Tang Z, Chu P, Ding Z, Fang M. From compaction to coexistence: A review of chassis engineering for intelligent agricultural machinery in complex paddy field ecosystems.. 2026. https://doi.org/10.1177/00368504261420946
This review compares the performance of wheeled and tracked machinery in complex soil environments, identifying distinct trade-offs in trafficability, stability, maneuverability, and cost-effectiveness.
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