Traffic Management

High performance radar antennas helping pioneers make the smart city a reality

Next generation fully autonomous vehicles and smart cities require reliable, high performance traffic management radars. For these sensors and systems, Gapwaves develops waveguide antennas based on Gapwaves patented technology enabling low loss, high performance mmWave antennas in a compact form factor optimal for urban traffic surveillance and optimization. ​

Simply put, by optimizing traffic and predicting dangerous situations Gapwaves radar antennas support a safe and environmental friendly transition to a Smart city society.

Traffic management radar antennas

Gapwaves high performance waveguide antenna support a traffic management radar application reliable in all weather conditions and temperature changes.  Thanks to unique waveguide technology we can easy customise an antenna fulfilling your actual needs. Each antenna have a robust design, built with a 3D practice using metalized plastic. This enables a cost efficient and high resolution antenna ultimate for high volume production.

Development partner

We have developed a traffic management radar antenna based on waveguide technology to demonstrate typical performance and form factor. Due to unique design we are able to customise robust high performance antennas fulfilling exactly your needs. We are offering our technology and knowledge and we are your given antenna development partner for your next Traffic management radar.

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Automotive Radar Antennas

High resolution radar in robust design

  • Cost efficient – Reduced PCB area and complexity reduce the price compared to existing technologies​.

  • Robust design – Ideal for traditional high-volume production processes

  • High performance – Low loss waveguide technology enables highest possible range and field of view​.

  • High resolution – Unique waveguide technology enable complex routing and antenna feeding​.

  • Reliable quality – Verified solution withstands severe weather conditions and temperature changes.

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