2012 Jaguar XKR 5.0L Petrol · X25 BAC

Persistent suspension and rubber component degradation define the mechanical roadworthiness profile of this 2012 Jaguar XKR, punctuated by a recurring focus on front upper control arm play and degraded dust covers across multiple test cycles. While the vehicle successfully secured a pass on 2026-02-27 with no recorded defects, this latest clean sheet follows a historical pattern of recurring advisories regarding perished tyre sidewalls, inner-edge tyre wear, and failing ball joint dust covers that eventually led to a test failure in August 2022 for compromised rear suspension rod dust covers. Rather than showing a steady improvement, the MOT log reveals a vehicle that requires persistent attention to its complex multi-link suspension joints and high-performance rubber consumables to maintain compliance. Accumulating just 45,511 miles over roughly fourteen years results in an average of approximately 3,251 miles annually, representing a remarkably low usage profile for a high-performance grand tourer. Testing has occurred on an annual basis without multi-year gaps, confirming that the low mileage stems from sparse yearly utilization rather than periods of prolonged storage or abandonment. Mechanically, this limited annual mileage means components are subjected to age-related environmental perishing of rubber bushes, dust covers, and tyre carcasses rather than accelerated structural friction, though short journeys can occasionally lead to moisture accumulation in exhaust systems and less frequent operational cycles for braking hydraulics. Prospective buyers must prioritize a rigorous physical inspection of the front upper suspension arms, specifically checking the nearside assembly where slight ball joint play and deteriorated dust covers have repeatedly appeared on previous certificates. During a test drive, listen closely for any metallic knocks, clunks, or vague steering feedback when navigating rough road surfaces or tight low-speed turns, which would indicate advanced wear in the control arm ball joints or suspension bushes. Additionally, inspect the condition of all four tyre inner edges for uneven wear patterns, echoing past advisories concerning inner shoulder scrubbing, and verify the physical condition of the rear suspension rod dust covers that previously caused an MOT failure due to dirt ingress. Finally, inspect the wheel arches and underbody for structural soundness, paying particular attention to the rear suspension components that were previously noted as exhibiting surface corrosion. Check the condition of the brake discs for any remaining pitting or edge corrosion, and test the brake pedal feel for smoothness and immediate response without judder. Ensuring that the high-performance tyres are free from micro-cracking along the sidewalls and matching the speed and load rating requirements of a supercharged V8 Jaguar will complete a thorough pre-purchase evaluation based directly on the historical test data.