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Short-Range LiDAR Gives Daimler Trucks an Edge in Autonomous Freight
InnovizTwo sensors selected for Level 4 Class 8 trucks to enhance near-field perception and enable safe, scalable autonomous operations.
www.daimlertruck.com
Autonomous long-haul and regional freight transport relies on sensing technologies capable of operating around large commercial vehicles in dense traffic, loading zones, and complex highway environments. Short-range LiDAR plays a crucial role in these applications by providing precise near-field perception for maneuvering, merging, lane changes, and low-speed operations that demand fine-grained 3D awareness.
Market Differentiation Through Short-Range LiDAR Selection
Daimler Truck and Torc Robotics have chosen Innoviz as their supplier for short-range LiDAR in the series-production program for SAE Level 4 autonomous Class 8 semi-trucks. This decision positions Innoviz as a strategic technology partner in an area where automakers demand uncompromising reliability, durability and consistency—especially in the near-field zone where misperception poses the highest operational risk.
The selection confirms that Innoviz was the previously unnamed commercial vehicle OEM referenced in earlier company disclosures. The collaboration centers on the InnovizTwo short-range LiDAR, which will be co-developed and refined for heavy-duty freight applications. It will be integrated into the autonomous Freightliner Cascadia platform alongside Torc’s virtual driver.
Why This Technology Is Critical for Level 4 Autonomy
Commercial autonomous trucks require a multi-sensor approach combining LiDAR, radar, and cameras. LiDAR is the only modality capable of producing high-resolution, real-time 3D mapping across changing weather and lighting conditions. Short-range LiDAR specifically ensures reliable detection of objects close to the truck—an essential capability when navigating highway merges, intersections, ramps or tight maneuvering areas.
While Daimler Truck and Torc have a separate supplier for long-range LiDAR, Innoviz’s selection for short-range systems demonstrates trust in its automotive-grade performance, robustness, and compatibility with Level 4 safety requirements. The technology supports the redundancy and precision required to move autonomous trucking from pilot programs to commercial deployment.
Advancing Towards Scalable Deployment
Daimler Truck plans to deploy autonomous trucks across North American highways and regional routes, targeting improved fleet efficiency and enhanced road safety. Innoviz’s technology becomes a key enabler in this roadmap, supporting real-time object detection and tracking to help ensure safe commercial operation. The collaboration between Innoviz, Daimler Truck, and Torc Robotics strengthens the supply chain foundation needed for large-scale adoption of Level 4 autonomous freight transport.
www.daimlertruck.com
Market Differentiation Through Short-Range LiDAR Selection
Daimler Truck and Torc Robotics have chosen Innoviz as their supplier for short-range LiDAR in the series-production program for SAE Level 4 autonomous Class 8 semi-trucks. This decision positions Innoviz as a strategic technology partner in an area where automakers demand uncompromising reliability, durability and consistency—especially in the near-field zone where misperception poses the highest operational risk.
The selection confirms that Innoviz was the previously unnamed commercial vehicle OEM referenced in earlier company disclosures. The collaboration centers on the InnovizTwo short-range LiDAR, which will be co-developed and refined for heavy-duty freight applications. It will be integrated into the autonomous Freightliner Cascadia platform alongside Torc’s virtual driver.
Why This Technology Is Critical for Level 4 Autonomy
Commercial autonomous trucks require a multi-sensor approach combining LiDAR, radar, and cameras. LiDAR is the only modality capable of producing high-resolution, real-time 3D mapping across changing weather and lighting conditions. Short-range LiDAR specifically ensures reliable detection of objects close to the truck—an essential capability when navigating highway merges, intersections, ramps or tight maneuvering areas.
While Daimler Truck and Torc have a separate supplier for long-range LiDAR, Innoviz’s selection for short-range systems demonstrates trust in its automotive-grade performance, robustness, and compatibility with Level 4 safety requirements. The technology supports the redundancy and precision required to move autonomous trucking from pilot programs to commercial deployment.
Advancing Towards Scalable Deployment
Daimler Truck plans to deploy autonomous trucks across North American highways and regional routes, targeting improved fleet efficiency and enhanced road safety. Innoviz’s technology becomes a key enabler in this roadmap, supporting real-time object detection and tracking to help ensure safe commercial operation. The collaboration between Innoviz, Daimler Truck, and Torc Robotics strengthens the supply chain foundation needed for large-scale adoption of Level 4 autonomous freight transport.
www.daimlertruck.com
