Automotive Radar Applications Market Trends

Key Emerging Trends in the Automotive Radar Applications Market

The automotive radar applications market has been registering considerable growth and evolution over the recent past due to a variety of trends that are driving its course. A noticeable tendency is the widespread introduction of ADAS in cars due to a focus on safety and developments associated with autonomous driving. Radar applications are inherent in these systems as such functionalities including collision avoidance, lane departure warning and the adaptive cruise control.
Indeed, it has led to a significant increase in the need for automotive radar solutions as carmakers incorporate these systems into their autos that provide an overall safety and elevate the driving experience. A notable trend is an increasing demand for the high-frequency radar systems. Evolution of automotive radar technology has highlighted a strong trend towards the higher frequency bands such as 77 GHz band because they enable more accurate and high-resolution information.
With higher frequency radar systems providing much better accuracy in detecting and also tracking the objects, they become critical components of advanced driver assistance features that demand real-time data. However, this trend makes the manufacturers invest in developing radar sensor development based on high-frequency bands to satisfy the need for improved safety and performance of vehicles.
In addition, the demand for radar systems used in non-safety applications is also increasing alot. Although safety features remain very key to the uptake of automotive radar applications, there is a growing interest in using radars for non-safety related purposes. Such are the applications such as parking assistance, gesture recognition and in-cabin monitoring systems.
Finally, the adaptability of radar sensors enables their incorporation into other driving aspects besides safety that are part of a much greater range of utilities in modern cars. Aside from these technological improvements, the radar sensor integration trend is a growing market for the automotive applications with other sensing technologies. The combination of radar with lidar, cameras and other sensor technologies produces a global sensor fusion system that really improves the overall perception performance.
This fusion strategy is, therefore, very critical to realizing the advanced levels of autonomous driving because it tackles the many shortcomings of individual sensor technologies and provides a much more comprehensive and accurate picture about what surrounds a vehicle. Thus, automotive radar manufacturers and other sensor technology providers are working very closely together in the market.