ADAS Market Growth, Emerging Trends, Analysis and Forecasts 2022

The ADAS Market (Advanced Driver Assistance System Market) is estimated to be USD 20.19 billion in 2017 and is projected to reach USD 91.83 billion by 2025, at a CAGR of 20.96% from 2018 to 2025. Increasing demand for safe, efficient, and convenient driving, rising disposable income in emerging economies, and growing stringency of safety regulations across the globe are playing a key role in making ADAS popular.

Government regulations pertaining to vehicle safety drives the ADAS market

Safety features have become an important prerequisite for automotive consumers across the world. Most of the accidents are caused by driver distraction or lack of concentration due to drowsiness. The Third Global Status Report on Road Safety 2015 estimated the number of road traffic deaths per year to be more than 1.2 million. The OEMs and government regulatory authorities are taking necessary steps to improve transportation by addressing major challenges such as road accidents, traffic congestion, and the cost of transportation. The governments of various countries have also made mandates for features such as LDW and AEB. Several kinds of safety features have therefore been developed to assist the driver and lower the number of accidents. For example, the Driver Monitoring System monitors the driver and alerts or warns the driver in case drowsiness and distraction are detected.

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Target Audience:

• Automobile manufacturers
• Distributors and suppliers of ADAS
• Industry associations and automotive experts
• ADAS manufacturers
• Automotive component manufacturers
• Autonomous vehicle software providers
• Electric vehicle manufacturers
• Automotive technology providers
• Tier 1, Tier 2, and Tier 3 suppliers

Increasing road accidents and rising safety concerns among consumers would be the driving factor for the ADAS market by component.

Camera Unit

Camera units are used in intelligent park assist, pedestrian detection system, lane departure warning system, blind spot monitoring system, and others. Camera-based systems are commonly deployed in front, side, and rear of a car providing driving as well as parking assistance. The front camera systems are most commonly mounted in a front portion of the car, behind of the rear-view mirror. The rear cameras are mounted in the rear side near to the license number plate, while side cameras are mounted on both sides of the car next to the mirrors.

Lidar sensor

The Laser Imaging Detection and Ranging (LiDAR) technology uses laser beams to detect the distance of the object, by using the same principle as that of RADAR sensors. LiDAR sensors are used in various ADAS systems such as ACC, collision avoidance system, and night vision. LiDAR uses much smaller wavelengths than that of RADAR; hence, it is effective against nonmetallic objects and ones with weaker reflections.

Radar sensor

A Radar (radio detection and ranging) is a technology that transmits strong radio waves and receives the waves that are reflected from objects. These waves are then used by sensors to calculate the echo time or detect the object. Pulse-doppler radar is the most commonly used variant of radar sensors used in the present ADAS. It functions by sending short pulses of radio energy and concurrently listens for the echo from objects using the same antenna.

Ultrasonic sensor

The ultrasonic sensors used in ADAS are of a transceiver variety that converts ultrasound waves to electric signals. These sensors produce high-frequency sound waves and evaluate the echo received. They then calculate the time interval between sending the signal and receiving the echo. This information is subsequently used to determine the distance of an object. The ultrasonic sensors primarily used in ADAS are short distance detectors. For a sound pressure wavelength of 40 kHz, the ultrasonic sensor can cover a range of up to 3 meters horizontally. However, they are affected by angular objects and echo cancellation. Nevertheless, they are still effective in all weather conditions. Ultrasonic sensors are widely used in night vision, parking assist, and blind spot detection.

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