The Automotive MEMS Sensors Market is segmented by Type (Tire Pressure Sensors, Engine Oil Sensors, Combustion Sensors, Fuel Injection and Fuel Pump Sensors, Air Bag Deployment Sensors, Gyroscopes, Fuel Rail Pressure Sensors) and Region.
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Scope of the Report
Key Market Trends
TABLE OF CONTENTS
2018 - 2026
Fastest Growing Market:
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The Automotive MEMS Sensors market was valued at USD 2031.7 million in 2020 and expected to reach USD 4551.3 million by 2026 and grow at a CAGR of 14.4% over the forecast period (2021 - 2026). The automotive MEMS sensors can be used in several applications, such as tire pressure monitoring systems, oil pressure sensing, pedestrian protection, and an exhaust gas recirculation. The market serves a wide variety of industry verticals, ranging from very small consumer electronic devices to large automotive manufacturers. Automotive MEMS sensors provide various advantages of high efficiency, small size, and low cost.
MEMS sensors in the automotive industry could be used in various applications, such as tire pressure monitoring systems (TPMS), oil pressure sensing, pedestrian protection, and exhaust gas recirculation, among others. The market serves a wide variety of industry verticals, ranging from electronic devices to huge automotive manufacturers. The MEMS sensor market for automotive provides various advantages of high efficiency, small size, and low-cost. The growing demand for safety and security in automobiles is one of the main factors that has played a vital role in the growth of the market studied.
Currently, the two significant trends for the automotive industry have been electrification and automation. There has been a rapid integration of high-value sensing modules, like RADAR, LIDAR, and imaging in automotive systems. As a result, the growth in the MEMS sensor's sales volume is expected to be significant during the forecast period.
Moreover, the automotive sector is an emerging market for high-end IMUs, following advancements in applications, such as stability control, ADAS units, and crash detection systems. As the premium automakers would approach L5 autonomous driving in the next few years, the market studied would open a massive opportunity for IMU-powered MEMS sensors related to acceleration, LiDAR, and motion detection systems. For instance, In May 2019, Innoviz Technologies Ltd, a developer of solid-state LiDAR sensors, raised around USD 170 million to back BMW's LiDAR-equipped cars, which have been going to be rolled out in 2021
Further, the emergence of electric vehicles (EV) in the industry has dramatically impacted the demand and distribution of pressure, and magnetic sensors within, and is expected to further increase the demand in the long-term. Increasing sales of electric cars, thereby increase the demand for sensors and a surge in sensors for used battery monitoring and various positioning and detection of moving parts of the automobiles. As the use cases of sensors continue to increase in automobile applications to support passive and active safety, ADAS, infotainment, and autonomous driving systems, the need for interface specifications is apparent. It is expected to be critical for future demand.
However, automakers in the United States have faced increased pressure to shut down their factories owing to the COVID-19 pandemic. After the federal, state, and local governments started recommending people stay in their homes as much as possible. This has caused supply chain disruptions across various industries. For instance, Ford and General Motors have suspended the production at their respective manufacturing facilities in North America amid the coronavirus outbreak. Hence, such trends are expected to affect the market's growth in the short run.
Scope of the Report
Microelectromechanical systems (MEMS) technology is used in a wide variety of modern era automotive sensors. The small size of MEMS sensors provides a quicker response to rapid change in the measured parameter, and because of the extremely low-cost, the use has been extensive. One of the most well-known MEMS devices for automotive applications are inertial sensors and pressure sensors.
Tire Pressure Sensors
Engine Oil Sensors
Fuel Injection and Fuel Pump Sensors
Air Bag Deployment Sensors
Fuel Rail Pressure Sensors
Other Types (Airflow Control, Crank Shaft Position Sensors, Roll-over Detection Sensors, and Automatic Door Lock Sensors)
Rest of Europe
Rest of Asia-Pacific
Rest of World
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Key Market Trends
Gyroscope to Witness Highest Growth
OEMs have been trying to include the advanced features in vehicles due to the rising concerns about safety, comfort, performance, and stability. This advancement has increased the growth of electronics and reduced the convenience of mechanical components across the automotive industry. The gyroscope provides superior stability over time and temperature, thereby maintaining a higher level of accuracy required for advanced navigation systems embedded in it along with the reliability of motion-controlled functionalities.
A gyroscope in automotive has been allowing measuring or maintaining orientation and angular velocity of the vehicle. The MEMS-based gyroscope in the ESP (Electronic Stability Control Program) is a widely accepted and powerful safety system in the automotive industry. The ESP system depends on the angular rate sensors for the stabilization of the car. It detects the vehicle's angular rate around its axis and creates the essential input to the systems that enable the driver to keep the vehicle on the track.
Further, In the roll over detection of the vehicle, a gyroscope is applied to read the roll rate. But as only the roll angle of the vehicle is not sufficient to detect whether the vehicle is going to roll over, a low-g accelerometer is used to read vertical acceleration (Z-axis). The gyroscope used for roll overdetection is almost half the magnitude required in the VDC system but requires excellent rejection of external shock and vibration.
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North America to Register Significant Growth
The United States is one of the largest automotive manufacturing hubs in the world. The economic growth of the region posed an impact on the sale of passenger cars and commercial vehicles. According to the American Automotive Policy Council, over the past five years, the exports from the automotive sector were valued at USD 692 billion and the automotive sector alone contributes to 3% of the region’s GDP, which effectively contributes to the growth of the market studied
With changing dynamics in the industry, automotive manufacturers are moving toward electric vehicles and autonomous vehicles, in order to meet the needs of next-generation consumers. Electric vehicle use in the United States has risen rapidly, with an estimated one percent of automotive sales in the US market coming from electric vehicles. California dominates the US market in terms of sales of electric vehicles (EVs). Its zero-emission vehicle (ZEV) program is driving the demand for EVs, by requiring automakers in the state to sell a certain percentage of electric cars.
Additionally, the region is also expected to be one of the pioneers in adopting ADAS-enabled vehicles and self-driven transportation solutions. In addition, with the increased usage of location services for turn-by-turn navigation, the importance of not losing GPS or GNSS signal due to environments, like tunnels, parking garages, and urban canyons, has gained more prominence. Thus, many sensor solution companies have been working toward addressing this issue. This is anticipated to augment the demand for the automotive MEMS sensors in the region.
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The automotive MEMS sensors market is highly competitive and consists of several major players. In terms of market share, few of the major players currently dominate the market. These major players, with a prominent share in the market, are focusing on expanding their customer base across foreign countries. These companies are leveraging strategic collaborative initiatives to increase their market share and increase their profitability.
April 2020: ACEINNA, Inc announced the launch of a new high-accuracy inertial measurement unit (IMU) sensor, the IMU383ZA. The sensor is an improved and pin-compatible version of Aceinna’s IMU381ZA, and it integrates the 3-axis microelectromechanical system (MEMS) accelerometer, triple-redundant, and gyroscope sensors. Further, owing to the miniature module calibrated to -40° C to +85° C industrial temperature range enable it to provide consistent performance through the extreme environment and thereby supports a wide range of applications including ADAS and autonomous systems among others.
September 2019: ACEINNA inc announced the ACEINNA OpenIMU330B, a MEMS-based, small form factor high-performance 6-DOF IMU that enables autonomous vehicles to accurately stay on track during turns and complicated maneuvers. Measuring only 11mm x 15mm x 3mm, the OpenIMU330B has been designed for use in automotive ADAS and autonomous systems, as well as for electronic stability control (ESC) and Lane Keep Assist functions.