1996 Land Rover Defender 2.5L Diesel · N668 CVC

The most recent MOT, carried out on 22 June 2026, was passed. The only recorded defects were a minor chip in the off‑side windscreen and an advisory concerning an oil leak that is not yet excessive. Compared with the previous years, the vehicle has moved from outright failures in 2021 and 2022 to a clean pass, indicating that the most serious faults – the rear exhaust leak and the near‑side rear shock absorber leak – have been remedied. However, a number of advisories persist, notably slight play in the front anti‑roll‑bar ball joints, recurring oil‑drip warnings and minor corrosion of the footwell, suggesting that the maintenance trend is stabilising but not yet fully resolved. At 153,199 miles the Defender has covered roughly 5,100 miles per year over its thirty‑year life, a mileage rate well below the typical average for a vehicle of this vintage. Such low annual usage often points to long periods of storage or very light use, which can be as detrimental as high mileage. Prolonged standing can accelerate rubber ageing, cause battery sulphation, promote rust on chassis and suspension components, and allow seals to dry out. Conversely, the modest mileage means that wear items such as the gearbox, engine bearings and drivetrain have not been subjected to extreme stress, but they may still suffer from lack of regular lubrication cycles. A prospective buyer should give particular attention to the recurring oil‑leak advisory. Verify the source – whether it is a valve‑cover gasket, oil‑separator or sump plug – and inspect the ground beneath the vehicle for fresh oil after a short drive; persistent leakage can lead to reduced oil level, overheating and accelerated engine wear. The front anti‑roll‑bar ball joints, flagged each year for slight play, should be checked for looseness by applying firm pressure to the front wheels while the vehicle is stationary; any clunk or excessive movement when turning or negotiating bumps indicates that the joints may need replacement to preserve handling stability. The rear shock absorber that previously leaked should be examined for any signs of fluid on the shock body or on the tyre sidewalls, and the rear exhaust system should be inspected for fresh exhaust fumes or soot around the muffler area, as an unresolved leak can affect emissions and cabin air quality. Additionally, the off‑side windscreen chip should be assessed for propagation and, if it compromises structural integrity, the glass may need to be repaired or replaced. The near‑side front seat‑belt webbing, noted as slightly frayed, should be examined for any cuts or weakened strands; a compromised belt should be replaced without delay for safety. Given the vehicle’s age and low utilisation, a thorough visual and tactile inspection of age‑related items is essential. Check all tyre sidewalls for cracking, dry rot and the DOT date; tyres older than six years should be considered for replacement regardless of tread depth. Examine the battery terminals for corrosion and test the charge holding capacity, as a battery left idle for long periods often requires replacement. Inspect the brake discs for surface rust, scoring or uneven wear and ensure the pads have sufficient material; binding calipers are a common issue on vehicles that sit for extended periods. Review the under‑carriage for rust on the chassis rails, suspension arms and mounting points, especially around the rear suspension rod bushes that have been flagged as worn. Finally, confirm that service records are up to date, that fluids (engine oil, coolant, brake fluid and gearbox oil) have been changed at appropriate intervals, and that any previous major repairs – notably the rear exhaust and shock absorber – were carried out by a reputable workshop with proper fitting. These checks will give a clear picture of the Defender’s current roadworthiness and the likely cost of bringing it to a reliable, safe condition.