Autonomous Last Mile Delivery

Safe, compact and efficient radar antennas for fully autonomous last mile deliveries

The question is not IF, the question is WHEN drones and autonomous vehicles will be the safest and most environmental friendly solutions for last mile commercial deliveries. By using Gapwaves disruptive patented waveguide technology we develop mmWave radar antennas enabling a safe, compact and cost efficient radar module for fully autonomous last mile delivery applications, useful today, and in tomorrow’s smart cities.

Drone, Unmanned Aerial Vehicle antennas (UAV)

Gapwaves drone antenna is especially designed with focus on high performance and low weight. By using unique waveguide technology we offer an optimised antenna solution for the most reliable and safest drone deliveries in densely populated areas.

Vehicle antennas

By using Gapwaves disruptive waveguide technology we offer a high resolution waveguide antenna, designed to optimize a safe and reliable radar module for last mile delivery vehicles and wheeled robots in residential and industry areas.

Development partner

Gapwaves typical specification for UAV, Drone and Vehicle antennas demonstrate how Gapwaves technology is applicable. We customise our antenna solutions based on your actual needs or specific requirements. Benefits as high performance, low weight, compact formfactor and cost efficient is basic cornerstones in all customised designs. Simply put: We are your dedicated antenna partner for your next last mile delivery radar.

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Automotive Radar Antennas

Highest safety in most compact formfactor

UAV, Drone antenna

  • Safety first – Low loss waveguide technology enabling highest possible range and a wide field of view.​

  • Compact design – Only 40x50x4mm, empower a compact radar sensor for tight integration in small drone applications.

  • Light weight – Reduces power consumption and environmental impact (air pollution)

  • Patented waveguide integration – Enable a robust transition to standard PCB (FR4)​

Vehicle, Wheeled robot antenna

  • Patented waveguide integration – Enable a robust transition to standard PCB (FR4)​

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

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

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