Daimler Trucks and Torc Robotics celebrate one year of collaboration to bring SAE Level 4 trucks to the road
September 2020 marks one year of Daimler Trucks and Torc Robotics partnering as a team after the U.S. based automated driving technology company became part of Daimler Trucks’ Autonomous Technology Group. One year together, collaboratively pursuing a common goal of bringing series-produced highly automated trucks (SAE Level 4) to the roads within the decade; including on-road deployment of a Level 4 test fleet, initiation of redesign of truck chassis, adoption of a hub-to-hub model, formalized rigorous testing protocols, formal truck safety driver certification process, and extended software capabilities. Now, the Autonomous Technology Group will extend its testing to New Mexico by building up a new testing center in Albuquerque. Expanding to a new location will support testing and provide data for more use cases of next generation vehicles on public roads starting this fall.
Daimler Trucks and Torc started their collaboration in spring 2019. Initial public road testing on highways began in September in southwest Virginia, where Torc is headquartered. Additionally, closed-track road testing is conducted in Madras, OR, at Daimler Trucks North America’s High Desert Proving Grounds. In February 2020, Daimler Trucks and Torc announced plans to expand testing of automated truck technology to additional locations, adding new public routes in the U.S., but the activation was postponed due to COVID-19 pandemic.
During the pandemic downtime, the teams continued testing by focusing on robust simulation testing. Public road testing with safety and health protocols in place resumed in Virginia in June 2020 and will be continued with the next generation of automated driving software. The team in Oregon, will continue focusing on the development of vehicle safety systems, which are critical for delivering the safety standards for self-driving trucks today and in the future. The goal is to refine a truck chassis that is perfectly suited for highly automated driving and includes the redundancy of systems needed to achieve safe, reliable driving.