2001 Jaguar XKR 4.0L Petrol · A2 EFD

The most recent MOT test on the 2001 Jaguar XKR occurred in November 2025 and resulted in a failure, with several major defects identified. The vehicle’s MOT history reveals a pattern of recurring issues, particularly in the exhaust system, steering, and structural corrosion, which have not been fully resolved. While there were passing MOTs in 2022 and 2024, the failures in 2021 and 2025 indicate a concerning trend of unresolved mechanical and safety-related problems. The exhaust lambda sensor and steering column defects in 2021 and 2025, alongside persistent corrosion warnings, suggest that the vehicle’s underlying structural and functional integrity is at risk, warranting immediate attention before further deterioration compromises roadworthiness. The recorded mileage of 233,094 miles for a vehicle aged approximately 25 years represents a moderate annual usage rate of around 9,324 miles per year, which is typical for its age but not exceptionally high. However, the combination of this mileage with the MOT failures suggests that the vehicle has either been driven under significant stress or has suffered from prolonged periods of inactivity, leading to accelerated wear. Higher mileage generally correlates with increased consumption of consumables like brake pads, oil leaks, and suspension components, while lower mileage can sometimes mask underlying issues due to reduced dynamic stress. The presence of multiple advisories related to corrosion—particularly near the front body mounting areas—implies that the vehicle has likely been exposed to moisture or poor storage conditions, accelerating structural degradation. Given the recurring MOT failures and advisories, the buyer should conduct a thorough inspection focusing on the exhaust system, steering linkage, and structural integrity. On a test drive, listen for irregularities such as a rough idle or misfire from the exhaust lambda sensor failure, which may indicate persistent emissions issues. Check for excessive play in the steering column, which could suggest binding or misalignment in the steering rack or tie rods. The steering column’s excessive movement noted in 2025 may lead to poor handling or binding when cornering sharply, so inspect for any visible damage or wear on the column itself. Inspect the near-side front chassis for signs of rust progression, particularly around the outer sill and floorpan, as corrosion can compromise the vehicle’s structural strength and lead to unexpected failures. If the exhaust system has been compromised, verify for leaks, bent pipes, or catalytic converter damage, as these can exacerbate emissions faults and reduce engine efficiency. For the brake system, given the thin brake pads and worn discs from previous MOTs, the buyer should visually inspect the brake pads, rotors, and calipers for uneven wear, binding, or corrosion. Listen for grinding noises when applying the brakes, which could indicate worn pads or damaged discs. Check for brake pedal softness or sponginess, which might signal fluid leaks or air in the brake lines. The rear coil springs, which showed corrosion in 2024, should be examined for stiffness or cracks, as compromised springs can lead to suspension instability and uneven tyre wear. Additionally, verify the condition of the tyres, particularly for sidewall cracking or perishing, which is more likely in a vehicle of this age and mileage, even if they are within legal limits. Finally, address the persistent oil leaks by checking the engine bay for oil stains and ensuring all seals, gaskets, and hoses are intact to prevent further fluid loss and engine damage. If the vehicle has been stationary for long periods, inspect the battery for corrosion or weak terminals, as standing vehicles can lead to battery drain or sulphation. Lastly, consider scheduling a professional inspection to assess the drivetrain and transmission for signs of wear or fluid degradation, as these components often suffer from prolonged inactivity or high mileage.