Start with the sensors, then design the rest: How Zoox built its robotaxi

""A robotaxi is not a car; it's not a human-driven vehicle, and the requirements are wildly different, although it has to live in that world," explained Chris Stoffel, director of robot industrial design and studio engineering at Zoox."

""Because we don't have a traditional hood, we've optimized our frontal coverage in a way that would be nearly impossible on a retrofitted vehicle," said Zoox director of sensor engineering Ryan McMichaels."

"The advantages are tantalizing, particularly for a vehicle that's going to be summoned on demand. There's no more need for a three-point turn, and with its symmetrical steering axles, it should have unparalleled maneuverability."

Robotaxis have evolved significantly, with Zoox leading the way in purpose-built designs. Unlike retrofitted vehicles, Zoox's robotaxis feature advanced sensors for enhanced situational awareness. Their symmetrical design allows for bidirectional movement, eliminating the need for traditional maneuvers like three-point turns. This innovation is particularly beneficial for on-demand ride-hailing services in urban areas such as San Francisco and Las Vegas, where the technology has matured despite a reduction in the number of startups post-COVID.

Read at Ars Technica