The automotive MEMS sensor market is about to generate USD 4,264.7 million by 2023 end and power at a rate of 13.3% by the end of this decade, to touch USD 10,145.1 million. This is because of the increasing strictness regarding automotive safety guidelines, novel era of EVs, acceptance of ADAS, and tech progressions.

According to the surveys, most of the people at present prefer 4 or 5-star-rated safety automobiles and are ready to increase their budgets. Furthermore, some safety features are made mandatory under the BNVSAP safety norms in India, such as speed sensing door locks, dual front airbags, and anti-lock braking systems. 

Further common safety features in costlier vehicles are rear parking sensors, impact sensing door locks, seatbelt pretensioners, and panic braking signals.

Moreover, the AEB technology works with ESC. When the sensor senses an object or vehicle in the front, too near to the car, it activates AEB and stops the vehicle. If the speed of the car is high, it slows it down considerably, so that the collision effect is reduced considerably.

The snowballing MEMS sensor integration in hybrid and electric vehicles is a key driver powering the automotive MEMS sensor market. These devices are highly demanded in EVs because they are important for and battery monitoring and energy management systems. 

Regarding environment there is a push toward EVs, driving the use of MEMS sensors due to their cutting-edge safety features. 

The consumers of today want automobiles with trailblazing mechanical features, meaning every such car must have over 100 MEMS sensors. According to the IEA, over 10 million e- cars were sold globally in 2022, as opposed to 6.6 million in 2021.
Moreover, in smart automobiles, sensors allow automation and assure secure functioning. There are numerous sensors used in the automotive industry to monitor pressure, position, temperature, flow, and velocity, along with for light and distance intensity detection. 

Therefore, they are present in the engine, lights, chassis, powertrain, and nearly every part of the automobile.

An in-vehicle infotainment system is the perfect blend of software and hardware that offers the passengers as well as the driver with information or enjoyment. An enjoyable and safe driving experience can be offered by a car's infotainment system by connecting with telematics devices, sensors, and smartphones. A monitor or touchscreen, located on the dashboard, provides the info and acts as the machine-human interface.

The automotive safety regulations are getting stricter with every passing day all over the world. This will have a positive impact on the demand for automotive MEMS sensors, as these help to provide enhanced safety to the passengers and driver.