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Lunewave

Cutting edge antenna and sensor technology for automotive (ADAS/AV),
wireless communications, robotics and drones.

Who We Are

Rooted in years of R&D, our innovative technology was invented by our technical founders at the University of Arizona. Bolstered by support from the National Science Foundation’s SBIR/STTR program, Lunewave was founded in 2017 with the goal of revolutionizing mobility by providing safer and more efficient solutions. Read more

What We Do

Lunewave’s proprietary Luneburg lens radar technology provides long range hi-resolution detection required for today’s ADAS and autonomous vehicles.

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Our Products

Automotive
Radar Sensor
System

We are developing a high performance, high value automotive radar sensor system for autonomous driving applications. Operating in the 76-81 GHz band, it features a small, robust design capable of high resolution, up to 360-degree field of view, and a long detection range of 300+ meters. Enabled by our intelligent algorithms, it also includes capabilities such as interference avoidance and adaptive sensing.

Luneburg
Lens-based
Antenna

Modern millimeter wave and microwave systems often require specialized antenna equipment. We offer custom-made Luneburg lens antennas in various sizes, with different feeds, and at different operating frequencies to meet individual requirements. Our proprietary design and additive manufacturing techniques enable high performance capabilities, ideal for applications such as satellite communications and 5G delivery.
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Target
Markets

Our technologies are used in a variety of industries and applications:

  • Automotive & Mobility
  • Telecommunications/5G
  • Construction, Mining & Agriculture
  • Aerospace & Defense
  • Robotics
  • Drones
  • Security
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Discover a new approach to automotive radar sensing

Golf’s fun!  What about a radar that looks like a golf ball, has a range of over 300m and 0.5 degrees of angular resolution, all...

Read MoreNovember 3, 2021

Lunewave’s Radar Helps Driverless Vehicles See The Road Ahead

With more than 6,500 unique chambers on an antenna, smaller than the size of a golf ball, Lunewave’s 3D printed Luneburg lens allows for consistent...

Read MoreOctober 26, 2021

Sensing Technology – FISITA Output Paper from the Autonomous HW/SW Cluster

The FISITA Autonomous Hardware and Software Technology Cluster issues its first thought leadership paper on the highly relevant topic of Sensing Technology for Autonomous Vehicles....

Read MoreOctober 14, 2021

Our
Network

A sampling of the folks who support us and champion our efforts. Thank you!