Steering system parts7 offers for Lexus RX 2022 — 2026, V in the Middle East (GCC)

The adjustable arms allow fine adjustments to the rear end alignment setting of the vehicle. It can either help achieve desired handling characteristic or get your car back to original alignment specs after lowering. The arms are made of high-strength steel alloys to offer high durability

Hardrace is proud to announce the front strut brace for the new RX. The brace features aluminum alloy center bar for extreme lightweight and superior strength. By tying the strut towers together, the brace capably eliminate lateral body deflections and maintain proper suspension geometry u

Sway Bar affects handling and the car's oversteer and understeer characteristic. It ties the suspension arms together across the front or rear end and keeps your car flat in turns instead of leaning over to one side, offering better stability and handling response especially at high speeds

The hardrace front lower brace increases the rigidity of your car to reduce flex and deflection under high speed driving and hard cornering, resulting in better and quicker handling response. High strength steel construction Reduce vehicle chassis flex Improve handling performance

The camber kit allows fine adjustments to the rear end camber setting of the vehicle. It can either help maximize wheel contact patch to improve cornering grip or get your car back to original alignment specs after lowering to prevent uneven tyre wear. The arms are made of anodized CNC bil

The toe kit allows fine adjustments to the rear end toe in/out setting of the vehicle. It can either help achieve desired handling characteristic or get your car back to original alignment specs after lowering. The arms are made of high-strength steel alloys to offer high durability and st

Sway Bar affects handling and the car's oversteer and understeer characteristic. It ties the suspension arms together across the front or rear end and keeps your car flat in turns instead of leaning over to one side, offering better stability and handling response especially at high speeds