2003 Land Rover Range Rover 2.9L Diesel · NC53 NTY

The most recent MOT on 19 June 2026 resulted in a failure, with a dangerous deficiency on the parking‑brake efficiency and several major faults including a non‑functioning air‑bag warning lamp and ineffective front wipers on both sides. This follows a series of passes dating back to 2018, but the defect record has been accumulating: recurring CV‑boot deterioration, worn brake components and corrosion advisories have been noted each year, and the latest test shows a clear regression in condition. The overall maintenance trend is therefore worsening, indicating that remedial work has either not been undertaken or has not addressed underlying wear. At 172,284 mi the Range Rover averages roughly 7,500 mi per annum over its 23‑year life, a usage rate that sits within normal UK expectations for a vehicle of this age. The mileage does not suggest extreme abuse, but the pattern of relatively modest annual distances combined with periods of standing (as implied by tyre and brake corrosion advisories) can accelerate age‑related deterioration of rubber components, seals and battery health. The recorded mileage is sufficient to have consumed many wear items – suspension bushings, engine mounts and drivetrain joints – even if the vehicle has not been driven hard. A prospective buyer should give immediate attention to the parking‑brake system; verify that the handbrake can hold the vehicle on a gradient and feel for any excessive lever travel or sponginess, which would indicate worn cables or seized calipers. The air‑bag warning lamp must be interrogated with a diagnostic tool to confirm whether the supplemental restraint system fault is electrical, sensor‑related or due to a compromised module, as any fault will remain inoperative and is a safety concern. The front wiper mechanisms should be exercised to ensure they clear the windscreen fully; stickiness or failure often points to worn motor brushes or linkage wear. The CV boots on both front outer drive‑shaft joints have been flagged repeatedly as severely deteriorated – inspect for fresh grease leakage, splatter on the wheel arches or a whine that changes with load, which would signal impending joint failure. The prop‑shaft universal joint, noted as worn but not excessive, should be checked for play and any clicking under acceleration. The off‑side lower suspension arm ball‑joint advisory suggests slight play; a test‑drive should reveal any clunk or knock when negotiating bumps, and visual inspection of the joint for torn boots or corrosion is advisable. Tyre condition is borderline, with multiple advisories on edge wear and a near‑side front tyre showing perishing; examine sidewalls for cracking, dry rot and ensure tread depth exceeds 3 mm on all four tyres. The brake pipe corrosion noted in 2019, together with thin front pads and a chafed front brake hose, warrants a thorough brake inspection – look for fluid leaks, hose bulging, and feel for any pulsation or sponginess in the pedal that could indicate compromised hydraulic integrity. Beyond the specific defects, the vehicle’s age demands a comprehensive calendar‑based check. Verify the 12 V battery’s cranking voltage and inspect for electrolyte loss or terminal corrosion, as prolonged standing can reduce charge retention. Examine all fluid reservoirs – engine oil, coolant, transmission and differential oils – for correct levels, colour and any signs of water ingress; fluid changes should be performed at least every 24 months regardless of mileage. Inspect the chassis and under‑body for rust, especially around the rear structures previously flagged as corroded, and ensure there is no progression that could affect structural rigidity. Finally, confirm that the service book contains stamps for major intervals (timing belt/chain, suspension bushings, and gearbox oil) and that any recommended replacements have been carried out; a vehicle with this mileage and age will benefit from a full pre‑purchase mechanical inspection before committing to purchase.