This invention describes a flat robotic platform designed for testing vehicles, especially those with self-driving features. It includes a unique suspension system for each wheel, featuring a shaft that connects the wheel to a motor through a flexible coupler. The suspension uses springs strong enough to keep the robot off the ground during normal use, but they are designed to flex and allow the robot's body to rest on the ground if it encounters a heavy load or shock, spreading the impact across the chassis.
Why it matters: The rapid advancements in autonomous vehicle AI (G05D1/0088) since 2024 have intensified the need for robust, low-profile physical testing platforms. This suspension, designed to handle loads by grounding out, could be more relevant for safely testing increasingly complex autonomous driving scenarios.
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