Gapwaves Waveguide Antenna Technology Powers Volvo XC70 Radar

On September 21, Gapwaves announced that its patented waveguide antenna technology has been integrated into Valeo's radar sensors used in the Volvo XC70. The model was launched in China in 2025, and the integration places Gapwaves' antenna technology within an automotive radar system designed for advanced driver assistance applications. Gapwaves said its patented gap waveguide technology enables thin, high-performance antennas for automotive radar, addressing the packaging and performance requirements associated with increasingly sophisticated vehicle sensing systems.

Gapwaves Technology Integrated Into Valeo Radar Sensors

Valeo's radar sensors used in the Volvo XC70 include waveguide antennas developed and manufactured by Gapwaves. The integration connects Gapwaves' patented gap waveguide technology with radar sensing hardware deployed in a production vehicle. According to the announcement, the technology is designed to provide thin, high-performance antennas for automotive radar, making the antenna component part of the sensing architecture used by the vehicle's advanced driver assistance systems. The development therefore represents an application of Gapwaves' proprietary antenna technology within Valeo's automotive radar sensors.

Radar Supports Volvo XC70 ADAS Functions

The Volvo XC70 is equipped with advanced driver assistance systems that use radar alongside cameras and other sensors to continuously monitor the vehicle's surroundings. Radar provides sensing information that can be used as part of the vehicle's broader environmental awareness system, while cameras and other sensors contribute additional information. The article identifies Valeo's radar sensors as incorporating Gapwaves-developed and manufactured waveguide antennas, linking the patented antenna technology directly to the radar hardware supporting the XC70's ADAS configuration.

Thin Waveguide Antennas Target Automotive Radar Requirements

Gapwaves' patented gap waveguide technology is intended to enable thin, high-performance antennas for automotive radar applications. Antenna design is an important component of radar sensor performance because the antenna forms part of the system responsible for transmitting and receiving radar signals. In this application, Gapwaves' waveguide antennas are developed and manufactured for integration into Valeo's radar sensors. The technology's use in the Volvo XC70 demonstrates its application within an automotive sensing system where radar operates alongside cameras and other sensors to monitor the vehicle's surroundings.

Industry Impact & Outlook

The integration of Gapwaves' waveguide antennas into Valeo radar sensors used in the Volvo XC70 illustrates how specialized antenna technologies are being incorporated into production automotive sensing systems. For suppliers, the application connects antenna development and manufacturing with established radar-sensor platforms and ADAS deployments. The immediate regional relevance is tied to the XC70's launch in China in 2025, while the broader significance concerns the continued integration of radar, cameras, and other sensors in vehicles equipped with advanced driver assistance systems. Further applications would depend on future vehicle and sensor programs.

Frequently Asked Questions

What Gapwaves technology is used in the Volvo XC70?
Gapwaves' patented gap waveguide technology is used to provide thin, high-performance antennas within Valeo's automotive radar sensors for the Volvo XC70. The vehicle uses radar together with cameras and other sensors as part of its advanced driver assistance systems. Gapwaves developed and manufactured the waveguide antennas incorporated into the radar sensors, according to the announcement. The Volvo XC70 was launched in the Chinese market in 2025, making this integration an identified production-vehicle application of Gapwaves' patented antenna technology for automotive radar.