Waveguide antenna for next generation Imaging radar

To enable the global expansion of autonomous fleets, sensing technology must achieve a critical balance between high-resolution performance and cost-efficient mass production. In this collaboration, Gapwaves and Waymo are evaluating Multi-Layer Waveguide (MLW) technology to overcome the limitations of traditional 4D imaging radar. By refining antenna efficiency and manufacturability, the project addresses the core technical trade-offs necessary to deliver safe, scalable, and sustainable autonomous services. 

Autonomous vehicles and robot taxi services are operating in several cities, especially in the United States. Broader expansion of commercial fleets for delivery, freight and ride sharing will occur during the upcoming years. Yet, for autonomous vehicles to scale from pilot projects in controlled urban zones to global reality, they require technology that not only perceives everything but can also be mass-produced without compromising safety. 
 
Gapwaves has developed and industrialized its unique Multi-Layer Waveguide (MLW) antenna technology for automotive radar sensors. This project aims to build on these compact, cost-efficient solutions and adapt them for autonomous vehicles – enabling advanced, scalable imaging radar technology that fulfils the stringent safety and reliability standards essential for autonomous driving.  

Project goal

The main goal of this project is to evaluate the performance of Gapwaves’ MLW technology in relation to the critical requirements for next-generation radar.