Hardrace Rear Camber Arm Adjustable – Volvo XC40 (2018+)

Enhance the handling and alignment precision of your Volvo XC40 or Lynk & Co 01 with the Hardrace Adjustable Rear Camber Arm Kit. Engineered for performance and reliability, this high-quality upgrade allows for precise camber adjustment, ideal for modified suspension setups or aggressive stance requirements. Fitted with uprated hardened rubber bushes, this two-piece set dramatically reduces unwanted flex, helping to maintain maximum tyre contact and reducing uneven tyre wear during spirited driving or daily commutes.

Strong and corrosion-resistant, the Hardrace Rear Camber Arms are direct OE replacements requiring no modifications and offer a significant improvement in stability, cornering, and steering response, especially during aggressive manoeuvres or when running lowered suspension.

Key benefits

• Precision Camber Adjustment: Enables accurate camber tuning for better alignment and handling, especially after lowering your vehicle or for custom setups.
• Two-Piece Set: Includes both left and right rear camber arms for full axle coverage.
• Uprated Hardened Rubber Bushes: Offers improved durability, NVH (noise, vibration, harshness) absorption, and sharper handling feedback.
• OE Direct Replacement: Designed for a direct bolt-on fitment without additional modifications.
• Enhanced Tyre Life: Helps reduce uneven tyre wear by correcting negative camber settings.
• Superior Stability: Boosts rear axle stability during hard acceleration, braking, and cornering.
• High-Tensile Materials: Manufactured with robust steel and advanced finishes for maximum strength and corrosion resistance.
• Improved Steering Response: Reduces flex, resulting in more precise and immediate feedback from the road.
• E-Coating/ED Process: Advanced anti-corrosion finish for longevity, especially in UK weather.
• Guaranteed Fitment and Warranty: Designed for performance, reliability, and peace of mind.

Vehicle Fitment

This Hardrace Adjustable Rear Camber Arm Kit is compatible with: