1987 Land Rover Defender 2.5L Diesel · E203 GGV

The most recent DVSA test on 24 February 2026 recorded a pass for the overall vehicle but also a failure on the same day due to two major lighting faults – the off‑side rear stop lamp was inoperative and the off‑side rear position lamp was being overridden by another lamp when the brakes were applied. An advisory noted a slightly worn upper shock‑absorber bush on the near‑side rear. Over the last six years the MOT record shows a steady accumulation of minor advisories – recurring brake‑pipe corrosion, prop‑shaft joint wear, oil leaks from the transfer case and rear axle, and incremental suspension bush and ball‑joint play. While no catastrophic mechanical failure has been flagged, the pattern indicates a gradual increase in wear rather than an improving trend, though the vehicle has remained road‑legal. At 155,781 miles the Defender averages just under 4,000 miles per year, a very low utilisation for a 39‑year‑old model. Such modest annual mileage suggests the vehicle has spent considerable periods standing idle, which can be as damaging as high mileage in terms of rubber and seal ageing, corrosion of metal components, and battery degradation. The low mileage does reduce the typical wear on the engine, gearbox and drivetrain, but the long periods of inactivity mean that age‑related deterioration is likely to dominate the wear profile. Prospective buyers should give particular attention to the recurring defects highlighted in the MOT history. The off‑side rear lighting faults are usually caused by corroded sockets, faulty wiring or a burnt‑out bulb; a simple replacement of the lamp assembly and a check of the wiring harness should resolve the issue. The slightly worn rear‑upper shock‑absorber bush can produce a distinct clunk when the vehicle is driven over bumps – a visual inspection of the bush for cracking or excessive play, followed by replacement if any movement is felt, is advisable. The front off‑side brake pipe shows progressive corrosion and grease contamination; this can lead to a slow leak and reduced braking efficiency, so the pipe should be inspected for rust perforation, cleaned or replaced, and the brake system bled afterwards. Prop‑shaft joint wear, noted on both front and rear joints, may manifest as a whining or vibration under acceleration; a mechanic should check for axial play and greasing condition and consider a rebuild or replacement if play exceeds the manufacturer’s limits. The oil leaks from the transfer case and rear axle, while not excessive, should be monitored for increasing drip rates and for any signs of fluid on the exhaust or under the vehicle, and the respective seals should be refreshed at the next service. Finally, the slight play in several suspension ball joints and the frayed seat‑belt webbing are safety‑critical; the ball joints should be checked for movement in the steering column and wheel hub, and any compromised seat‑belt should be replaced before the vehicle is driven regularly. Given the vehicle’s age, a thorough visual and tactile inspection of age‑related items is essential. Tyre sidewalls should be examined for cracking, dry‑rot or hardening, and tread depth measured even if the tyres have low mileage; aged tyres often need replacement regardless of wear. The 12‑volt battery is likely well beyond its typical service life and should be load‑tested, with terminals cleaned and terminals checked for corrosion. Inspect the chassis, especially the rear prop‑shaft mounting area and suspension brackets, for surface rust or structural corrosion that could compromise rigidity. All fluid reservoirs – brake, gearbox, transfer case and coolant – should be sampled for colour and clarity and replaced according to calendar intervals (brake fluid every two years, gearbox oil per the manufacturer’s schedule). Finally, verify that the service book contains regular oil changes, timing chain or belt checks, and that the exhaust system is free of cracks or excessive rust, ensuring the Defender remains both mechanically sound and legally road‑worthy.