2012 Jeep Compass Sport 4X2 2.0L Petrol · WR12 BCO

A consistent pattern of initial test failures preceding certification highlights a recurring requirement for pre-test remedial work on this Jeep Compass, culminating in a pass recorded on February 13, 2026. This ongoing history demonstrates that the vehicle frequently requires corrective intervention to clear roadworthiness barriers, with historical records showing multiple failures driven by lighting defects, headlamp alignment issues, and severely compromised safety items. While the most recent examination resulted in a pass, the persistent logging of braking and structural wear items indicates a vehicle that demands continuous mechanical oversight rather than presenting a trouble-free test history. Accumulating 106,881 miles over its fourteen-year lifespan yields an average of roughly 7,634 miles annually, placing the vehicle well within typical usage parameters for its age. This steady accumulation pattern avoids both the accelerated mechanical fatigue associated with high-mileage commercial duties and the rubber degradation or component seizure risks frequently triggered by extended periods of inactivity. Annual test continuity is well maintained across the recorded timeline, showing regular inspection intervals that correspond directly with standard yearly wear rates across its drivetrain and chassis components. On the road test, prospective buyers must pay particular attention to the front and rear braking systems, given that the recent MOT flagged worn rear brake discs alongside a history of pitted front discs and critically thin brake pads requiring dangerous-level intervention in late 2023. Listen closely for any grinding, squealing, or vibration through the brake pedal under deceleration, and check that the vehicle tracks straight without pulling due to binding calipers. Furthermore, inspect the nearside front suspension arm ball joint dust cover, which was previously noted as degraded, by listening for sharp knocks, clunks, or excessive play when negotiating potholes, speed bumps, and uneven road surfaces. Additional scrutiny should be directed toward the front drive assembly and electrical equipment, addressing the persistent warnings regarding the nearside front constant velocity boot which was repeatedly logged as severely deteriorated in prior annual tests. Check the inner wheel arches for any grease splatter thrown from failing CV joint boots, and listen for clicking or crunching noises when executing tight turns at full lock. Finally, verify the operation of both headlamps on main beam and check the condition of the offside door mirror and front registration plate, ensuring that all lighting adjustments and cosmetic items noted in past test records have been fully resolved.