2007 Land Rover Range Rover 3.6L Diesel · RY07 VHT

The vehicle shows a stable but reactive maintenance pattern, with the most recent test on 28 April 2025 indicating a pass following a failure. The April 2025 failure highlighted two front tyres with tread depth below the 1.6mm legal limit and a damaged offside obligatory mirror. While the vehicle passed the subsequent retest, the necessity of replacing tyres immediately suggests a tendency toward addressing maintenance only when prompted by an MOT failure rather than through proactive upkeep. The mileage accumulation appears consistent with a vehicle of this age. The record shows 106,736 miles in November 2022, rising to 122,633 miles by March 2024, and reaching 136,061 miles by April 2025. This represents an average annual usage of approximately 13,000 to 16,000 miles over the last three years, which is slightly higher than the lifetime average of 7,161 miles per year. This recent increase in usage suggests the vehicle is currently in more regular use than in previous years. A prospective buyer should pay close attention to the suspension and wheel alignment. The November 2022 failure noted an offside front inner tyre worn close to the legal limit, and the April 2025 failure required two new front tyres. Recurring tyre wear patterns often point to underlying issues with suspension bushes, worn coil springs, or incorrect tracking. Given the vehicle is a 2007 Range Rover, these components are high-wear items that require thorough physical inspection to ensure the chassis and suspension geometry remain within specification. The electrical history is minimal, with only a single reported stop lamp failure in November 2022. Aside from the minor cosmetic damage to the offside mirror recorded in 2025, the MOT history does not flag any serious structural corrosion or brake system failures. However, because the records focus heavily on consumables like tyres and bulbs, a manual inspection of the brake discs, calipers, and exhaust emissions is necessary to confirm the mechanical integrity of the drivetrain and braking systems.