Continental and Aurora Finalize Design of World’s First Scalable Autonomous Trucking System

Continental and Aurora Innovation (NASDAQ: AUR) announced they have achieved a key development milestone to commercialize autonomous trucks at scale. The companies have finalized the design and architecture of the future fallback system and hardware of the Aurora Driver – an SAE (Society of Automotive Engineers) Level 4 autonomous driving system – that Continental plans to start production of in 2027. The finalized hardware design comes less than a year after the companies entered an industry-first partnership aimed at high-volume manufacturing of autonomous trucking systems.

This press release features multimedia. View the full release here: https://www.businesswire.com/news/home/20240105601574/en/

World’s first serviceable automotive-grade autonomous system at scale

Introducing new hardware to the market is complex and time-intensive, often taking years from initial design to the start of production. Recognizing this challenge early on, Aurora teamed up with Continental to jointly develop reliable, serviceable, cost-efficient autonomous hardware kits for mass production. The partnership gives Aurora a path to deploy autonomous trucks at scale after its initial driverless launch, planned at the end of 2024. With Continental's automotive development and manufacturing expertise, the future Aurora Driver will be designed to deliver customer value for one million miles.

“Technologies for autonomous mobility present the biggest opportunity to transform driving behavior since the creation of the automobile,” said Philipp von Hirschheydt, Executive Board member for the Automotive Group sector at Continental. “Achieving this milestone puts us on a credible path to deploy easy-to-service autonomous trucking systems that customers demand.”

Joining engineering forces to maximize safety

Aurora is also working with Continental’s world-class engineering team to provide an industrialized fallback system that is expected to go into production in 2027. To operate safely without a human driver, autonomous vehicles require built-in redundancies that provide backups in the rare case a component or sensor fails. One of these redundancies is the fallback system – a specialized secondary computer that can take over operation if a failure occurs in the primary system. This innovative dual engineering approach is intended to reduce the exposure of the main and fallback system to single points of failure.