The global automotive steering torque sensor market is set to witness a robust surge, with its size expected to increase by USD 2.07 billion from 2024 to 2028, progressing at a compound annual growth rate (CAGR) of 6.68%. This growth reflects the automotive industry's dynamic shift toward electrification, automation, and advanced driver assistance. In this 2025 Outlook and Comprehensive Guide, we dive deep into the key trends, segment insights, and regional dynamics that will shape this high-growth market.For more details about the industry, get the PDF sample report for free
1. Electrification and EPS Penetration
A major driver of this market is the widespread adoption of Electric Power Steering systems in Passenger Vehicles (PVs) and Light Commercial Vehicles (LCVs). These systems rely heavily on torque sensors to regulate assistive steering power based on driver input. Their rising popularity is largely due to:
Improved fuel efficiency
Seamless integration with ADAS (Advanced Driver Assistance Systems)
Enhanced vehicle safety and control
2. Rise of Autonomous and Steer-by-Wire Technologies
With the automotive sector heading toward autonomous driving, steering torque sensors are now foundational for:
Collision avoidance systems
Adaptive cruise control
Lane-keeping assistance
UD Active Steering and Steer-by-Wire systems
These systems need real-time torque data to function accurately, driving demand for high-performance sensors.
3. Integration of Sensor Fusion Technologies
Modern steering systems increasingly employ sensor fusion, which combines data from:
Accelerometers
Gyroscopes
Wheel speed sensors
Non-contact torque sensors (magnetic and strain gauge types)
This allows automakers to build more precise and fail-safe systems, enhancing both comfort and safety.
By Application:
Passenger Cars dominate the market, with the segment valued at USD 3.41 billion in 2018 and steadily growing since. The global demand for passenger vehicles, particularly in emerging economies, is fueling this growth. Factors contributing include:
Economic development and rising middle-class populations
Growing demand for electric vehicles (EVs)
Emphasis on vehicle safety, comfort, and connectivity
By Type:
Rotary Torque Sensors
Reaction Torque Sensors
These sensors use technologies like strain gauges, hall-effect, and magnetic sensing to provide the necessary torque data for advanced steering systems.
Asia-Pacific (APAC) will contribute 70% of the market growth during the forecast period. Countries like China, India, Japan, and South Korea are leading due to:
Rapid economic expansion
Significant vehicle production volume
Strong government support for EV adoption
Expanding demand for both passenger and commercial vehicles
Infrastructure investments and industrial growth further enhance the region’s appeal for OEMs and Tier-1 suppliers.
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1. Innovative Torque Sensor Technologies
OEMs and Tier-1 suppliers are investing in:
Compact, high-durability sensors
Non-contact magnetic sensing
Advanced ECUs for real-time control
2. Sensor Fusion & Multi-Sensor Platforms
Combining data from multiple sensors is enhancing:
Precision of torque measurement
Reliability under extreme conditions (vibrations, shocks, temperatures)
3. EV Adoption Accelerates Demand
With electric vehicles becoming mainstream, steering systems must be highly efficient, reinforcing the demand for accurate, robust torque sensors.
Strategic Takeaways for Stakeholders
OEMs must continue integrating advanced sensor systems to comply with global safety and fuel standards.
Suppliers should focus on non-contact sensor innovation to meet demand from EV and autonomous vehicle manufacturers.
Investors can expect strong returns in regions like APAC, where automotive production continues to expand rapidly.
Despite its growth trajectory, the market faces key challenges:
High initial capital investment for production setup
Volatile raw material prices
Performance reliability under extreme environmental conditions
Actionable Recommendations
For Manufacturers: Invest in R&D to improve sensor ruggedness and reduce unit cost
For OEMs: Establish partnerships with leading sensor tech firms to integrate cutting-edge technologies
For Policymakers: Support R&D incentives for steering and sensor technologies in the context of EV and autonomous vehicle development
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By 2028, as the automotive world moves closer to Level 4 and Level 5 autonomy, steering torque sensors will evolve from being assistive components to core enablers of fully autonomous navigation systems. This evolution will include:
Enhanced AI-driven torque modulation
Integration with vehicle-to-everything (V2X) systems
Wider adoption in heavy commercial vehicles and EV fleets
The automotive steering torque sensor market is witnessing significant growth due to the rising demand for advanced safety and control systems in modern vehicles. The core component, the steering torque sensor, plays a crucial role in optimizing electric power steering systems by providing real-time input on driver intention. Key sensor types such as the EPS torque sensor, magnetic torque sensor, and strain gauge sensor are being integrated into next-generation steering architectures. The adoption of non-contact sensors and rotary torque sensors is enhancing system durability and responsiveness. Moreover, the market is expanding with innovations like analog torque sensors, digital torque sensors, and wireless torque sensors that support seamless communication with control modules. The integration of steering angle sensors, Hall-effect sensors, and autonomous driving sensors is facilitating the advancement of ADAS torque sensors and vehicle safety sensors, which are pivotal in enabling semi-autonomous and autonomous driving capabilities. The increasing sophistication of the power steering system, including electromechanical steering and steer-by-wire systems, underscores the importance of torque sensing in modern automotive applications.
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Pros:
Enables advanced driver assistance features
Improves vehicle safety and handling
Supports electrification and fuel efficiency
Compatible with autonomous vehicle tech
Cons:
High setup and calibration cost
Susceptible to extreme environmental stresses
Complex integration with legacy systems
Research analysis reveals a strong emphasis on safety and efficiency, with collision avoidance sensors and driver assistance sensors utilizing data from torque measurement devices to support automated vehicle functions. The electronic control unit (ECU) is central to processing torque data, with the ECU torque sensor playing a vital role in adjusting steering responses. Demand for precise and application-specific solutions has led to the development of passenger car sensors, commercial vehicle sensors, and heavy-duty truck sensors tailored to diverse vehicle segments. The rise of electrification is boosting demand for electric vehicle sensors, including the highly specialized EV steering sensor and fuel efficiency sensor, which contribute to sustainable driving. Advanced configurations like the advanced steering system are now supported by torque data recorders, magnetic sensing technology, and strain gauge bridges, ensuring optimal performance. Key features include steering precision sensors, automotive sensor technology, and vehicle control sensors, all contributing to responsive handling. In addition, the role of torque feedback sensors, lane-keeping sensors, and adaptive cruise sensors is becoming increasingly critical. Technologies for steering torque measurement, sensor integration systems, power management sensors, and OEM torque sensors are evolving rapidly, reinforcing the position of torque sensors as a core automotive safety feature.
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The automotive steering torque sensor market is not just growing—it’s transforming. With a projected USD 2.07 billion expansion by 2028, it represents one of the most critical sensor markets in the journey toward electrification and autonomy. As advanced safety systems become standard, and EVs redefine vehicle dynamics, torque sensors will play an indispensable role in shaping the future of transportation.
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