Google’s autonomous driving unit Waymo has begun testing Valeo’s Scala lidar sensors on prototype vehicles in Europe. The move marks a key step in expanding Waymo’s self-driving technology beyond the United States. Valeo, a French automotive supplier, developed the Scala lidar as one of the first mass-produced laser-based detection systems for cars.
(Google’s Valeo Scala Lidar Tested on Waymo European Prototype Vehicles.)
The new tests involve fitting Waymo’s European prototypes with Scala Gen3 units. These sensors help vehicles detect objects, measure distances, and navigate complex urban environments. Waymo chose Valeo’s lidar for its reliability and proven track record in real-world conditions.
This collaboration builds on Waymo’s strategy to use multiple sensor types, including cameras, radar, and lidar, to create a complete view of the road. The Scala lidar adds high-resolution 3D mapping capabilities that improve safety and performance. Testing in Europe presents unique challenges like narrow streets, varied road signs, and different driving behaviors.
Waymo confirmed the trials are taking place in several European cities but did not name specific locations. The company said it is working closely with local regulators to ensure compliance with regional rules. Valeo expressed support for the partnership, noting that its lidar technology is designed to meet strict automotive standards worldwide.
The integration of Scala lidar into Waymo’s system shows growing trust in third-party hardware for autonomous driving. It also signals Waymo’s serious intent to operate in international markets. Both companies aim to refine the technology through real-world data gathered during these European tests.
(Google’s Valeo Scala Lidar Tested on Waymo European Prototype Vehicles.)
Waymo’s vehicles have already logged millions of miles on public roads in the U.S. Adding European test routes will help the system adapt to new environments. The Scala lidar’s compact design and durability make it well-suited for these expanded operations.