1994 Land Rover Range Rover 2.5L Diesel · M576 DGV

A 1994 Range Rover with this MOT profile tells a story of a vehicle with multiple safety-critical electrical and chassis issues in recent years, bookended by a clean pass in December 2025 that followed two consecutive failures earlier the same year. The November 2025 failure is particularly concerning from a modern electronics standpoint, with major defect entries logged for the supplementary restraint system warning lamp, the ABS warning lamp, and the electronic stability control warning lamp, all of which suggest faults within the vehicle's diagnostic and safety networks rather than simple bulb or sensor issues that could be cleared quickly. The March 2025 failure then introduced a structural concern that should give any prospective buyer pause: both nearside and offside seat belt anchorage points in the sill were recorded as having significantly reduced strength or continuity, which is a serious finding because seatbelt anchorage integrity is fundamental to occupant protection in a collision. That same test also produced an advisory noting integral body corrosion, which echoes similar advisories recorded at multiple previous tests, confirming that structural corrosion is a developing theme for this chassis. At 257,870 miles over 32 years, the annual accumulation works out at roughly 8,058 miles per year, which is broadly typical for a vehicle of this age, though the recorded MOT coverage shows some unevenness in testing history that warrants scrutiny. There are visible gaps between tests, and a Range Rover of this vintage that has covered nearly 260,000 miles will inevitably have accumulated wear on the drivetrain, transfer box, air suspension or coil springs, and EAS components typical of the P38 generation, even if those internal mechanical items are not directly visible in MOT data. The advisories from earlier tests support this usage-driven wear narrative: rear brake discs scored on both sides, a rear wheel bearing with slight play, a track rod end with slight play, a steering box leaking oil, and recurring advisories on rear anti-roll bar bushes and inner suspension component mounting points around the chassis spring mounts. The mileage profile, combined with the age of the vehicle, means that consumables and chassis components have been worked hard and any inspection should assume further wear beyond what the advisories formally flag. A prospective buyer should treat the seatbelt anchorage failures recorded in March 2025 as a mandatory physical inspection point, examining both sill sections closely for repair evidence, welding quality, and whether the surrounding structure has been correctly boxed in and sealed against future corrosion. The electrical faults logged in November 2025 require a proper diagnostic scan with a Land Rover-capable tool, as warning lamps for SRS, ABS, and ESC on a P38 often trace back to corroded connectors under the seats and wheel arches, failed ABS wheel speed sensors, or ageing airbag wiring looms rather than the modules themselves. On a road test, particular attention should be paid to any pull to one side under braking, which would tie back to the binding offside rear service brake advisory from 2024, as well as any knocking or clonking over uneven surfaces that might indicate the worn rear anti-roll bar bush has progressed, or that the inner suspension mounting corrosion flagged in 2022 and 2023 has spread. The steering should be checked for any slack beyond what the track rod end advisory suggested, with the engine running to confirm whether the steering box leak has worsened since 2022. Given the 257,870 miles covered, the underbody corrosion advisories noted in 2024 should prompt a thorough examination on a ramp, focusing on the chassis rails, outriggers, footwells, and the rear chassis sections around the spring mounts, as P38 Range Rovers are well documented for structural decay in these areas and the MOT advisories only ever describe what is visible from the test position. Any signs of fluid contamination around the steering box, rear brake assemblies, or suspension turrets would warrant budgeting for remedial work, particularly as the brake discs were already showing surface wear two years ago and the binding brake calliper advisory suggests the offside rear caliper may need attention. The fact that the vehicle passed its December 2025 test with no recorded defects is the most recent data point, but it sits alongside a pattern of chassis, electrical, and brake-related advisories that have accumulated across the recorded tests, so a cautious buyer should view the clean pass as a snapshot rather than a guarantee of underlying condition.