USA Power Steering Systems Market Nears USD 11.7 Billion as EPS Adoption Accelerates Across EVs and SUVs 

The USA automotive components market is changing quickly as electric vehicles, software-enabled mobility, and driver assistance technologies become standard across newer models. Power steering systems, once viewed as a purely mechanical component, now play a much larger role in vehicle safety, fuel efficiency, and autonomous driving functionality. By 2026, electric power steering systems have become common in most newly launched passenger vehicles across the country, gradually replacing older hydraulic systems. The shift is not only about comfort. Carmakers are under pressure to improve efficiency, reduce emissions, and support advanced driving features that require far more responsive steering architecture than traditional systems can provide. 

What’s Driving the Power Steering Systems Market in the USA? 

Electric Vehicles Are Reshaping Steering Technologies 

The rapid expansion of electric vehicle manufacturing in the United States has changed the conversation around steering systems. Hydraulic steering setups consume continuous engine power, which does not align well with EV efficiency goals. Electric Power Steering, or EPS, solves that problem by drawing energy only when steering assistance is required. In practice, this can improve battery performance and help manufacturers squeeze out additional driving range. There is another layer to this transition. Features such as lane centering, automated parking, and adaptive cruise control rely heavily on electronically controlled steering. Without EPS, many of these functions become difficult to integrate smoothly. As automakers compete on technology rather than just horsepower, steering systems are quietly becoming part of the vehicle software stack. 

Consumer Preference for SUVs and Pickup Trucks 

Large vehicles continue to dominate American roads. Pickup trucks and SUVs account for a major portion of vehicle sales, and these heavier models require more advanced steering support to maintain handling and driver comfort. A driver navigating a full-size SUV through city traffic expects precise steering response despite the vehicle size, and manufacturers have had to refine steering systems accordingly. Commercial fleets are contributing to demand as well. Delivery vans and logistics vehicles spend long hours on the road, often in congested urban areas. Fleet operators increasingly value steering systems that reduce driver fatigue and improve maneuverability. On the ground, this matters more than marketing claims about luxury features. Better steering precision can reduce operational strain over thousands of miles of daily driving. 

Fuel Economy Rules Continue to Influence OEM Decisions 

Federal fuel economy regulations have quietly pushed automakers toward lighter and more efficient vehicle components over the past decade. Steering systems are part of that equation. EPS units eliminate the need for hydraulic pumps, hoses, and fluid reservoirs, which reduces overall vehicle weight and lowers energy consumption. Many manufacturers initially adopted EPS mainly to meet efficiency targets, but the technology has matured well beyond that purpose. Modern systems offer adjustable steering feel, faster response times, and better compatibility with digital vehicle controls. Still, there is a trade-off. Some drivers argue that electric steering lacks the road feedback that older hydraulic systems provided, particularly in performance vehicles. That debate continues even as the industry moves steadily toward electronic platforms. 

Government and Industry-Led Technological Advancements 

Public and private investment in autonomous driving research has accelerated development in steer-by-wire and intelligent steering systems. Companies are testing steering setups that rely more on sensors and software than physical mechanical linkage. While fully autonomous passenger vehicles are still evolving, steering suppliers are preparing for that future now rather than later. Domestic manufacturing incentives tied to electric vehicles are also influencing the supply chain. Several automotive suppliers have expanded production facilities in the United States to reduce dependence on overseas electronics sourcing. A common challenge, though, is maintaining stable semiconductor supply for electronically controlled steering modules. 

Market Competition 

The USA power steering systems market remains fairly concentrated, with major suppliers such as Robert Bosch GmbH, JTEKT Corporation, Nexteer Automotive, and ZF Friedrichshafen AG controlling a significant share of production. Competition has shifted away from purely mechanical performance toward software integration, ADAS compatibility, and electronic reliability. Suppliers capable of delivering both hardware and embedded software solutions are likely to hold an advantage over traditional component manufacturers. 

Semiconductor Dependency and Rising System Complexity 

One of the biggest concerns for steering system manufacturers is the growing dependence on semiconductors and electronic control units. EPS systems require sensors, processors, and software calibration that are far more complex than older hydraulic designs. During recent semiconductor shortages, several automakers faced production delays because even a single unavailable chip could halt steering module assembly. The challenge is not limited to supply chains. As steering becomes more software-driven, cybersecurity and system reliability are becoming serious engineering priorities. A steering malfunction in an electronically controlled vehicle carries far greater risk than a traditional hydraulic issue, forcing manufacturers to spend heavily on testing, redundancy systems, and compliance standards. 

Nexteer Begins Production of New Steer-by-Wire Platform 

In one of the latest developments in the automotive steering industry, Nexteer Automotive announced the production launch of its next-generation steer-by-wire technology platform designed for electric and software-defined vehicles. The company stated that the system offers variable steering ratio adjustment and digitally simulated road feedback to improve driving precision across different road conditions. Industry observers view this as an important step toward wider commercialization of fully electronic steering systems, especially as automakers push deeper into autonomous and semi-autonomous vehicle development. The launch also reflects how steering systems are evolving from mechanical hardware into software-controlled vehicle technologies. 

Future Outlook 

The USA power steering systems market is likely to see major technological upgrades through 2035 as electric vehicles and semi-autonomous driving features become mainstream. EPS systems will dominate nearly all new passenger vehicle production, while steer-by-wire technology may gradually move from premium models into broader adoption. Commercial fleet operators are also expected to adopt smarter steering platforms that improve vehicle control and reduce maintenance costs over time. 

Consultants at Nexdigm, in their latest publication “USA Power Steering Systems Market Outlook to 2035,” analyzed the market by Steering Type (Hydraulic Power Steering, Electro-Hydraulic Power Steering, Electric Power Steering), By Vehicle Type (Passenger Cars, Light Commercial Vehicles, Heavy Commercial Vehicles), By Component (Steering Column, Sensors, Electric Motor, Steering Gear), and By Sales Channel (OEMs and Aftermarket). Nexdigm believes that suppliers focusing on software-enabled steering, reliable semiconductor sourcing, and ADAS compatibility will be better prepared for the next phase of vehicle development in the United States. 

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Harsh Mittal  

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enquiry@nexdigm.com