Continental Achieves 200 Million Radar Sensor Milestone, Drives Safety In Vehicles

Continental recently announced that it has achieved the production milestone of 200 million radar sensors. The number of radars produced reflects the company’s position with more than 20 percent market share in essential safety technology components for the automotive sector.

Additionally, it highlights a mobility trend: the accelerated development of advanced driver assistance systems (ADAS) toward automated and future autonomous driving. Between 1999, when the first generation of Continental’s long-range radar was integrated in the Mercedes S-Class, and 2021, the company supplied 100 million radar systems. Four years later, a new milestone was reached: 200 million radar sensors. In addition to that, the technology company announced it received major series orders for radar sensors from different vehicle manufacturers worth around €1.5 billion in the first quarter of the year. Production starts are planned for 2026 and 2027, depending on the manufacturer.

“The mark of 200 million sensors produced – and the major series orders – emphasize that Continental stands for high-tech engineering, pioneering spirit, and customized technology solutions for every application in the automotive market. Radar sensors are a key component for the mobility of today and tomorrow. Without a differentiated portfolio of various radar systems, such as those from Continental, autonomous driving would not be possible,” said Ismail Dagli, Head- Autonomous Mobility, Continental.

The increase in sales is due to the growing number of radar sensors in modern vehicles. Advanced driver assistance systems offer safety and comfort in the vehicle and on the road. Continental has a vast portfolio of radar systems that are customized for each application and each market requirement. While in the past, a single radar sensor for regulating distance was installed in the front of a vehicle. Besides the classic adaptive cruise control, assistance systems for emergency braking, blind spot detection, lane departure warning, cross-traffic alerts and parking also require the support of radars, usually as an intelligent combination with other sensors such as camera, ultrasonic and LiDAR systems. Radar systems are crucial for highly automated or autonomous vehicles, which rely on precise and redundant 360-degree vehicle surroundings monitoring.

“Smart radar sensors, for example, are already equipped with powerful microchips, which directly process the signals received from the sensor and – usually in combination with data from other sensor systems such as cameras – make it available in real time,” explains Norbert Hammerschmidt, head of Components Business in the Autonomous Mobility business area.

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The latest radar sensors are used either for short-range functions, such as in parking assistance systems or lane departure warning systems on the highway, or for traditional long-range operation with ranges of up to 300 meters. In addition, modern systems are precise in that they can identify objects at great distances in situations that are unclear to the human eye. For instance, when changing lanes on a highway, they can detect a motorbike approaching from behind with a significant speed difference or partially hidden pedestrians in urban traffic situations.

Currently, Continental develops and trains the systems using artificial intelligence for every application and every market: for highly automated premium vehicles as well as mass-produced passenger car models, for semi-autonomous trucks as well as the global two-wheeler markets. Moreover, Continental offers a portfolio that is tuned to the needs of customers around the globe including premium models such as the new, high-performance 4D long-range imaging radar, which is expected to replace the previous generation over the coming year and will be capable of supporting fully autonomous vehicle systems. However, the majority of production consists of mass-produced models such as front and corner radars, which offer high performance at an affordable price for a variety of functions.