MEA Automotive EPS Market Size & Share Analysis - Growth Trends and Forecast (2026 - 2031)

MEA Automotive EPS Market Trends and Insights

Shift From Hydraulic Steering to Electric Power Steering for Fuel Efficiency and Lower CO2 Emissions

EPS is gaining ground because it removes the efficiency loss that comes with hydraulic pump operation. That matters in fleet-heavy markets where fuel use, maintenance, and lifecycle cost are reviewed closely before purchase decisions are made. In the Gulf, centralized buying by public fleets and large operators makes that cost logic even more influential. It is also speeding up the move away from electro-hydraulic systems, which many buyers now see as a short-lived compromise rather than a lasting solution. This is why the MEA automotive EPS market is moving through the transition faster than a simple replacement cycle would suggest.

Rising ADAS Penetration in Passenger Cars and Light Commercial Vehicles

ADAS requirements in the Gulf are making EPS a practical necessity for new vehicle platforms. Hydraulic steering does not align well with lane support and automated braking functions that depend on electronic steering response. This is pushing OEMs to lock in EPS specifications well before enforcement dates arrive. Fleet procurement also plays a role because buyers linked to large logistics and transport programs are increasingly asking for ADAS-ready vehicles at the order stage. As a result, the MEA automotive EPS market is being pulled forward by regulation and procurement at the same time.

Growth of EV and Hybrid Vehicle Platforms

Electric vehicle growth is giving the MEA automotive EPS market a demand base that is less exposed to shifts in steering preference. Battery electric vehicles need EPS because they do not have the mechanical setup required for hydraulic systems. Regional EV momentum is also increasingly tied to Chinese vehicle platforms, which already use EPS across their model lines. This means steering demand is being shaped not only by local sales growth but also by upstream platform choices made by global OEMs. The regional EV trend is now strong enough to support a steady floor for EPS demand across both the Middle East and key African markets.^{[1]"Global EV Outlook 2026", IEA, iea.org}

Software-Defined Steering Calibration for Harsh Roads, High Heat, and Mixed Vehicle Duty Cycles

Software-defined steering is creating a higher-value layer within the market. It allows steering calibration, response tuning, and system behavior to be adjusted through software rather than through hardware changes alone. This aligns well with newer vehicle programs designed around connected, upgradeable architectures. It also gives local development programs in places such as Abu Dhabi and Riyadh a way to differentiate vehicle behavior for local road and climate conditions. As these vehicle programs mature, the MEA automotive EPS market is likely to see a clearer split between standard EPS supply and more advanced software-linked steering systems.

Higher Upfront System Cost Versus Conventional Steering Architectures

Higher system cost remains a real barrier outside the richer Gulf markets. In many African countries, the vehicle base is still shaped by used imports, which slows the share of new models carrying modern EPS setups. Currency pressure adds another problem because most EPS modules are still imported into the region. That raises landed costs and makes local buyers more sensitive to upfront pricing. This is likely to leave lower-cost Chinese configurations in a stronger position in the most price-sensitive parts of the MEA automotive EPS market.

Vulnerability of Electronics to Heat, Dust, Voltage Variability, and Road Shock

EPS is now part of the vehicle's electronic control environment, which means cybersecurity has become a steering issue as well as a software issue. Suppliers working on connected vehicle programs need to prove that their systems can manage safety and security risks across the product lifecycle. This adds documentation, validation work, and longer qualification timelines for new programs^{[2] “UN Regulation No. 155, Cybersecurity and Cybersecurity Management System,” UNECE, unece.org}. It also makes life harder for smaller suppliers that lack the engineering depth required to meet these standards. In the GCC, where connected vehicle adoption is moving quickly, this has become a real filter in OEM sourcing decisions.

*Our forecasts treat driver/restraint impacts as directional, not additive. The impact forecasts reflect baseline growth, mix effects, and variable interactions.

Segment Analysis

By Type: Column EPS Holds the Base While Pinion EPS Builds the Next Growth Layer

Column EPS held 51.53% of the MEA automotive EPS market share in 2025. Its lead reflects the strong presence of imported mass-market passenger cars across Saudi Arabia, the UAE, and Egypt. This type fits well with compact packaging needs, cost control, and the electronic compatibility needed for modern driver support features. It also remains a familiar and practical configuration for high-volume vehicle programs entering the region. For that reason, column systems continue to anchor the present demand structure of the MEA automotive EPS market.

The fastest growth within this category is expected from pinion EPS, which is projected to expand at a 10.47% CAGR through 2031. This reflects the rising presence of newer vehicle platforms that need a balance between efficiency, responsiveness, and packaging flexibility. Chinese OEMs are important here because many of their newer electric and mid-segment models already use pinion-oriented steering layouts. The growing SUV mix in Gulf markets also supports this shift because buyers increasingly expect a more refined steering response without moving into premium rack-based systems. Over time, this should allow pinion systems to build share without immediately displacing column systems from their core role.

By Component Type: Steering Assemblies Lead Current Demand While Sensors Capture the Strongest Upgrade Cycle

Steering wheel and column assemblies held 40.49% of the market in 2025. Their lead stems from their central role in every EPS architecture, regardless of propulsion type or vehicle class. The current installed base in the region still leans heavily toward column-assist systems, and that naturally supports demand for this component group. These assemblies also sit at the center of cost, packaging, and integration decisions for OEM steering programs. That keeps them closely tied to volume production across the MEA automotive EPS market.

Sensors are projected to record the fastest CAGR of 9.98% through 2031. The reason is straightforward because modern EPS systems need increasingly accurate torque, angle, and position sensing to work with ADAS and software-based control logic. As steering systems become more electronic, value creation shifts toward the sensing and control layer rather than only the mechanical layer. This is especially relevant for suppliers targeting vehicles with lane support, automated braking, and connected software functions. In practical terms, the fastest-growing opportunity inside the MEA automotive EPS market is moving toward sensor-rich steering platforms rather than basic structural assemblies.

By Vehicle Type: Passenger Cars Dominate Volume While Commercial Vehicles Open the Faster Expansion Path

Passenger cars held 73.15% of the market in 2025. This reflects the region's broad passenger vehicle base, especially in Gulf countries where private ownership remains high, and dealer networks are well established. The passenger car category also benefits from large volumes of imported models that already come with EPS as a standard or near-standard feature. Many of these vehicles sit in mainstream segments where cost and functionality need to stay balanced. That makes passenger cars the natural foundation of demand across the MEA automotive EPS market.

Commercial vehicles are projected to record the fastest CAGR of 9.46% through 2031. Fleet electrification is the main reason because electric buses, trucks, and logistics vehicles are better aligned with EPS than with hydraulic steering systems. Large transport, delivery, and infrastructure programs in the Gulf are also pushing buyers toward vehicles that can support modern safety and control features from the outset. Commercial operators tend to focus on operating efficiency, system integration, and future platform suitability, which gives EPS a stronger case in this category. This should allow commercial vehicles to play a larger role in the market, even though passenger cars remain the main revenue base.

By Propulsion Type: ICE Retains the Installed Base While BEVs Redefine the Direction of Demand

Internal combustion Engine (ICE) vehicles held 61.05% of the market in 2025. Their lead reflects the continued importance of conventional SUVs, pickups, and passenger vehicles across much of the Gulf and wider MEA region. Consumer familiarity, fuel economics in some markets, and the size of the existing ICE vehicle ecosystem all help sustain this base. ICE models, therefore, continue to support a large part of current steering demand, especially in mainstream vehicle classes. This keeps conventional propulsion at the center of present volumes in the MEA automotive EPS market.

Battery electric vehicles are projected to record the fastest CAGR of 14.89% through 2031. Unlike ICE platforms, BEVs lack a viable path to hydraulic steering, so EPS adoption rises directly with EV adoption. This makes BEVs the clearest source of structurally locked-in steering demand. The effect is stronger because many incoming EV platforms are already designed around advanced electronic steering architectures. As electric mobility expands, it will continue to lift the technical mix and value profile of the MEA automotive EPS market.

Geography Analysis

Saudi Arabia held 30.33% of the market in 2025, making it the largest country segment in the MEA automotive EPS market. Its position comes from strong vehicle demand, a large commercial fleet base, and its central role in Gulf procurement activity. The country is also becoming more important from a supply-side point of view as industrial policy starts to shape local sourcing and assembly decisions. Vehicle programs linked to national manufacturing goals are likely to favor suppliers that can align with localization priorities. This gives Saudi Arabia influence not only over demand volume but also over the future structure of regional EPS supply.

The UAE is projected to record the fastest CAGR of 8.59% through 2031. Its role goes beyond growth because it often acts as the first regional market for newer EV, ADAS, and software-linked vehicle platforms. That makes it an early testing ground for the steering architectures that later spread across other Gulf markets. The country's electric vehicle momentum also gives it outsized importance in shaping the regional mix of OEM platforms and steering specifications. This helps explain why the UAE has become a strategic demand center for the MEA automotive EPS market.

Morocco, Egypt, and South Africa add a different layer to the regional picture because they matter more for manufacturing linkages, assembly potential, and long-run supply positioning. Morocco continues to strengthen its role as an automotive production base, and recent supplier investment supports that direction. Egypt offers scale potential through its vehicle base and its growing presence of Chinese brands, while South Africa remains the most established automotive assembly environment in Sub-Saharan Africa. The rest of MEA still depends more on imported vehicles and imported steering systems, which slows adoption of advanced EPS features. That said, the spread of newer imported vehicles will keep bringing EPS into markets that previously relied more heavily on older hydraulic platforms.