1425848 New Holland GASKET KIT

AP03 Rear Right Suspension Control Arm 1385595 1425848 1428815 Compatible For Ford Galaxy MKII & S-Max 2006-2014
NQMPNXIX Heavy-duty reinforced design, suitable for load demand || Debugging-free and ready to use, saving installation cost || Optimization of anti-fatigue structure to cope with high-frequency impact || Built-in silent damping structure improves driving comfort.

AP03 Rear Right Suspension Control Arm 1385595 1425848 1428815 Compatible For Ford Galaxy MKII & S-Max 2006-2014
XFMTYAVA Effectively reduce the unsprung weight of the vehicle, reduce the energy consumption of the vehicle during driving, and improve the acceleration performance of the vehicle. || It has good elasticity and wear resistance, can effectively absorb the impact force of the road surface, reduce the vibration transmission of the car body and improve the ride comfort. || The special structural design optimizes the stress distribution of the suspension system, effectively reduces the vibration and noise during the driving of the vehicle, and enhances the wheel positioning accuracy. || Reduce the deformation of the control arm during driving, so as to improve the stability of the suspension system, effectively restrain the roll phenomenon of the vehicle when turning, and make the driving more stable and safer.

AP03 Rear Right Suspension Control Arm 1385595 1425848 1428815 Compatible For Ford Galaxy MKII & S-Max 2006-2014
AQPHEYUG Optimized wheel alignment: Precisely maintains wheel camber angle to reduce uneven tire wear. || Enhanced braking stability: Effectively minimizes vehicle nose dive during braking and shortens braking distance. || Rapid damping of residual vibrations: Ensures smoother riding when traversing consecutive rough roads continuously. || Reduced steering play: Improved rigidity narrows the steering wheel's idle travel, significantly boosting steering precision and upgrading driving control feel. || Enhanced grip performance: Precisely restricts wheel movement trajectory, greatly lowering the probability of wheel lift-off, and significantly improving vehicle stability when climbing slopes.