Automotive Position Sensor Market: Current Analysis and Forecast (2022-2028)
Position sensors are used in automobiles to determine the steering wheel position, pedal positions, seat positions, and the position of various valves, knobs, and actuators. These sensors use a variety of technologies, such as wiper-arm potentiometers, optical reflection or imaging, and Hall-effect sensors, to detect their location. With continuous advancements and innovations in technology, the demand for more convenient and easy driving options is rising continuously, which ultimately increases the demand for electronic sensors. The growing inclination of consumers toward alternative fuel vehicle to reduce GHG emissions and surging consumer demand for vehicle safety are some other factors propelling the demand for automotive sensors across the globe. For instance, In USA registrations for new EVs soared 60% in the first three months of 2022 even though new car registrations were actually down 18% on the whole, automotive news and car and driver reported. EVs now account for 4.6% of all passenger vehicles being sold in the U.S.
The growing need for automotive position sensors for steering wheel positioning, throttle control, automatic gear selection, and maintaining vehicle stability is largely responsible for the market's expansion. A further factor driving the use of position sensors in advanced driver assistance systems is the rising emphasis on vehicle safety (ADAS). The development of sophisticated hall-effect position sensors, which have wide applications in speed detection for anti-lock brake systems, is another factor driving the market (ABS).
These sensors are also helpful in replacing mechanical and reed switches in seat belt buckle switches, seat position sensors, and other vehicle components. Additionally, the need for automotive position sensors is being driven up by the rising popularity of autonomous, self-driving cars. Additionally, there have been several product breakthroughs because of the growing integration of position sensors with GPS, AI, and Internet of Things (IoT)-based vehicle components. The employment of automobile position sensors to ensure that vehicles comply with various emission requirements is also being stimulated by the installation of favorable government laws to improve fuel efficiency and reduce carbon emissions. Magnetic positioning and silicon-based automotive sensors are anticipated to fuel market expansion in the upcoming years.
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