2016 Land Rover Discovery 3.0L Diesel · VE16 XDJ

The vehicle is currently roadworthy but the mechanical history indicates a worsening trend regarding structural and component corrosion. While the most recent test in April 2026 at 109,054 miles passed, the tester identified slight free play in the steering rack. This marks a new issue following the 2023 test which recorded no faults, suggesting that wear on the steering system and chassis components is beginning to manifest due to age and environmental exposure. The mileage pattern is consistent with a ten-year-old vehicle, averaging approximately 11,000 miles per year. The record shows steady accumulation, moving from 68,211 miles in April 2022 to 109,054 miles by April 2026. This regular usage suggests the vehicle has been driven consistently rather than sitting for long periods, which generally helps keep components lubricated but contributes to the progressive degradation of rubber bushes and metal surfaces noted in the advisories. A buyer must conduct a thorough underbody inspection focusing on the chassis and suspension geometry. The records from 2024 and 2025 repeatedly flagged corrosion on the front and rear sub-frames, as well as the suspension arms. Although these were noted as not yet seriously weakened, the recurring presence of rust across multiple structural points indicates a high risk of future component failure. The corroded rear brake pipe mentioned in consecutive years is also a specific concern, as the use of grease to cover the area often hides the extent of the pipe metal thinning. The presence of manufacturer-fitted sill and under trays has historically restricted the tester's ability to see the full condition of the metalwork. A physical inspection is required to verify that the structural corrosion has not progressed beyond what the DVSA reports suggest. Given the newly detected steering rack play and the history of corroded components, the vehicle requires a professional mechanical sign-off to determine if the rust is merely surface-level or if the integrity of the suspension assembly is compromised.