Electric Power Steering Market Size & Share Analysis - Growth Trends And Forecast (2025 - 2030)

Global Electric Power Steering Market Trends and Insights

Rapid Electrification of Vehicle Platforms

Vehicle electrification fundamentally reshapes EPS adoption patterns by eliminating the parasitic losses inherent in hydraulic systems that drain ICE engine power. Electric vehicles demand energy-efficient steering solutions, with hybrid EPS systems demonstrating over 50% energy consumption reduction compared to conventional hydraulic power steering in commercial vehicle applications. The transition accelerates as automakers recognize EPS as an essential infrastructure for regenerative braking integration and battery range optimization. NHTSA's Corporate Average Fuel Economy standards for model years 2027-2031 mandate 2% annual fuel efficiency improvements, making EPS adoption economically inevitable for ICE vehicles while providing competitive advantages for EVs^{[1]"Corporate Average Fuel Economy Standards for Passenger Cars and Light Trucks for Model Years 2027 and Beyond and Fuel Efficiency Standards for Heavy-Duty Pickup Trucks and Vans for Model Years 2030 and Beyond", NHTSA, nhtsa.gov.} . This regulatory pressure creates a dual-market dynamic where EPS becomes compliance-driven for traditional vehicles and performance-enhancing for electric platforms.

Increasing Demand for Fuel Efficiency and Emission Reduction

Fuel efficiency mandates drive EPS adoption through measurable consumption benefits, with National Research Council studies indicating 1.3% fuel reduction for midsize cars and 1.1% for large cars when replacing hydraulic systems. Efficiency gains compound across fleet operations, making EPS economically attractive for commercial vehicle operators facing rising fuel costs and carbon pricing mechanisms. European Union's General Safety Regulation II, effective July 2024, mandates advanced safety technologies that integrate seamlessly with EPS systems, creating regulatory synergies that accelerate adoption. The convergence of efficiency requirements and safety mandates EPS as a foundational technology rather than optional equipment. Fleet operators increasingly recognize EPS as an infrastructure investment that delivers immediate operational cost reductions while enabling future autonomous capabilities.

Regulatory Mandates for ADAS Integration

Advanced Driver Assistance Systems integration requirements create technical dependencies that favor EPS over hydraulic alternatives due to electronic control precision and response speed capabilities. The United Nations Economic Commission for Europe adopted provisions for steer-by-wire systems and updated UN Regulations Nos. 79 and 171, establishing international frameworks that standardize EPS-ADAS integration protocols. NHTSA's New Car Assessment Program updates for the 2026 model year mandate Blind Spot Warning, Lane Keeping Assist, and Pedestrian Automatic Emergency Braking evaluations, all requiring EPS-level precision for effective operation^{[2]"New Car Assessment Program Final Decision Notice-Advanced Driver Assistance Systems and Roadmap", Federal Register, federalregister.gov.}. The regulatory timeline creates market urgency as manufacturers must integrate these systems by specific deadlines, eliminating gradual adoption strategies. European regulations particularly emphasize vulnerable road user protection, requiring steering systems capable of emergency intervention maneuvers that exceed hydraulic system response capabilities.

Steer-by-Wire R&D Breakthroughs

Steer-by-wire technology eliminates mechanical linkages between the steering wheel and the road wheels, enabling variable steering ratios and enhanced safety through redundant electronic architectures. Mercedes-Benz's 2026 launch timeline for steer-by-wire in the updated EQS represents the first German manufacturer deployment, featuring customizable steering feedback and improved parking maneuverability. ZF's volume production contracts and NIO ET9 integration demonstrate commercial viability beyond premium segments, with ZF claiming significant market share capture potential by 2030. The technology enables interior design flexibility by allowing retractable steering wheels and supports autonomous driving through precise electronic control. Commercial vehicle applications show promise, with ZF's EPS systems providing up to 8,000 Nm output torque without hydraulic fluid requirements, reducing maintenance complexity and improving reliability.

Higher Unit Cost vs. Hydraulic Systems in Low-Cost Cars

Cost competitiveness remains challenging in price-sensitive market segments where hydraulic systems maintain economic advantages despite operational inefficiencies. Indian automakers demonstrate varied approaches to cost management, with Tata Motors achieving 80% localization for Harrier EV components while companies like Ola Electric develop magnet-less motors to avoid rare-earth material dependencies. The cost differential becomes more pronounced as China's rare-earth export restrictions create supply chain pressures, with India considering the relaxation of 50% localization requirements to maintain EV manufacturing viability. Manufacturing scale economics favor established hydraulic system suppliers in volume segments, creating market bifurcation where premium vehicles adopt EPS while economy segments resist transition. The challenge intensifies in commercial vehicle applications where initial capital costs directly impact fleet profitability, requiring a clear operational savings demonstration to justify higher acquisition prices.

Limited Steering Feel and Safety Concerns in Emerging Markets

Consumer acceptance challenges persist in markets where drivers expect traditional hydraulic steering feedback characteristics, particularly in commercial and agricultural applications requiring precise load sensing. Japanese automotive parts manufacturers acknowledge the difficulty in adapting EPS systems for heavier vehicles, maintaining reliance on electronically controlled hydraulic power steering for applications requiring substantial steering force. The safety perception gap becomes critical in emerging markets where infrastructure conditions demand robust steering systems capable of handling poor road surfaces and extreme operating conditions. Cybersecurity concerns compound acceptance issues as ISO/SAE 21434 compliance requirements create complexity that may not align with local market priorities or technical capabilities. Rural and commercial operators particularly value mechanical reliability over electronic sophistication, creating market resistance that slows adoption rates in specific geographic segments.

Segment Analysis

By Type: Column Type Systems Dominate But Face A Growing Challenge From Dual Pinion Designs.

Column Type EPS systems commanded a 54.23% market share in 2024, reflecting their established integration advantages and cost-effectiveness for mainstream vehicle platforms. However, dual-pinion type configurations emerge as the fastest-growing segment at 11.50% CAGR through 2030, driven by precision requirements for autonomous driving applications and enhanced steering response characteristics. Pinion Type systems maintain a steady market presence in mid-range applications, offering balanced performance between cost and capability. The segment evolution reflects manufacturers' strategic positioning for future mobility requirements, where steering precision becomes critical for safety-critical autonomous functions.

ZF's steer-by-wire technology deployment in NIO's ET9 demonstrates how advanced architecture enables new steering wheel designs and improved maneuverability, particularly benefiting electric vehicle platforms. Column Type systems retain advantages in retrofit applications and cost-sensitive segments, while Dual Pinion configurations attract premium manufacturers seeking differentiated driving experiences. Technology progression suggests market bifurcation where volume segments prioritize proven Column Type reliability while performance-oriented applications migrate toward Dual Pinion precision capabilities.

Note: Segment shares of all individual segments available upon report purchase

By Component Type: Sensor Growth Outpaces Traditional Hardware

Steering Rack/Column components maintained 42.61% market share in 2024, representing the mechanical foundation of EPS systems across all vehicle types. Sensor components accelerate fastest at 10.20% CAGR through 2030, reflecting the increasing sophistication of feedback mechanisms required for advanced driver assistance systems integration. Steering Motor segments provide consistent performance as the primary actuation component, while Other Component Types encompass emerging technologies like cybersecurity modules and OTA update capabilities. The component mix evolution indicates market maturation beyond basic electrification toward intelligent system architectures.

The sensor growth trajectory aligns with regulatory requirements for enhanced vehicle safety systems, where precise feedback enables emergency steering interventions and lane-keeping assistance functions. NSK's development of Force Feedback Actuators and Road Wheel Actuators for steer-by-wire applications exemplifies the component sophistication required for next-generation steering systems. Traditional mechanical components face commoditization pressure while electronic components command premium pricing through advanced functionality, reshaping supplier value propositions and competitive dynamics.

By Vehicle Type: Commercial Vehicles Drive Unexpected Growth

Passenger Cars dominated with 73.20% market share in 2024, reflecting the segment's early EPS adoption and volume production advantages. Commercial Vehicles emerge as the fastest-growing segment at 9.70% CAGR through 2030, driven by fleet operators' recognition of operational cost benefits and regulatory compliance requirements. The commercial vehicle acceleration reflects delayed adoption patterns where initial skepticism gives way to demonstrated efficiency gains and maintenance cost reductions. Fleet applications value EPS systems' reduced maintenance requirements compared to hydraulic alternatives, with energy savings translating directly to operational profitability.

Hybrid electric power steering systems in commercial vehicles demonstrate over 50% energy consumption reduction compared to conventional hydraulic systems, making adoption economically compelling for fleet operators facing fuel cost pressures^{[3]Ji In Park, "An investigation on the energy-saving effect of a hybrid electric-power steering system for commercial vehicles", Sage Journals, journals.sagepub.com.} . The commercial vehicle transition accelerates as manufacturers develop systems capable of handling higher torque requirements while maintaining reliability standards for commercial operations. ZF's commercial vehicle EPS systems provide up to 8,000Nm output torque without hydraulic fluid, addressing traditional concerns about power capability while eliminating maintenance complexity.

By Propulsion Type: Battery Electric Vehicles Lead Transformation

Internal-combustion engine vehicles retained 61.50% market share in 2024, representing the installed base of traditional automotive platforms still transitioning to electric steering systems. Battery Electric Vehicles drive market growth at 16.50% CAGR through 2030, creating demand for EPS systems optimized for energy efficiency and regenerative braking integration. Hybrid Vehicles occupy the middle ground, requiring EPS systems capable of seamless operation across multiple powertrain modes. The propulsion type segmentation reveals how vehicle electrification fundamentally reshapes steering system requirements and performance expectations.

Battery electric vehicle applications demand EPS systems that minimize parasitic losses while supporting advanced features like one-pedal driving and regenerative braking coordination. The energy efficiency imperative drives innovation in motor design and control algorithms, with manufacturers developing rare-earth-free solutions to address supply chain vulnerabilities highlighted by China's export restrictions. ICE vehicle applications focus on fuel efficiency improvements, where EPS systems provide measurable consumption benefits that help manufacturers meet increasingly stringent regulatory requirements.

Geography Analysis

Asia-Pacific anchored 46.80% of the electric power steering market revenue in 2024. China’s vertically integrated EV ecosystem packages domestic motor controllers, vehicle domains, and steering gears into cost-competitive modules serving local and export programs. NIO’s adoption of steer-by-wire from ZF underscores China’s readiness to leap directly into advanced architectures. Japan, meanwhile, protects leadership in high-precision bearings and angle sensors, enabling local suppliers to sell critical sub-assemblies to global Tier-1s. Government incentives for carbon neutrality accelerate demand, and regional capacity ensures component availability.

Europe represents a mature but regulation-driven arena. The EU General Safety Regulation II forces OEMs to fit lane-keeping and pedestrian-avoidance functions that rely on EPS precision. Suppliers gain from stable planning cycles as implementation dates are locked. Mid-decade cybersecurity rules further elevate barriers, consolidating volume among companies with dedicated software teams.

North America focuses on efficiency mandates. NHTSA’s CAFE standards impose 2% annual gains for passenger fleets through 2031. South America, led by Brazil, is the fastest-expanding region with a 9% CAGR through 2030. A 90% spike in EV sales in 2024 demonstrated pent-up demand once taxes were waived for imported battery modules. Stellantis followed with a EUR 5.6 billion commitment to develop Bio-Hybrid powertrains that integrate EPS for dual-fuel flexibility. The region’s growth illustrates tech leapfrogging, bypassing hydraulic incumbency.