2009 Land Rover Defender 2.4L Diesel · NA09 DFC

The vehicle remains roadworthy but the maintenance history indicates a worsening trend regarding component wear and corrosion as the vehicle ages. The most recent test in March 2026 at 121,693 miles identified a steering box seepage and a worn bush on the nearside rear lower shock absorber. While the vehicle enjoyed two clean records in 2024 and 2025, the return of mechanical defects suggests that the chassis and steering assembly are beginning to require more proactive attention. The mileage pattern is remarkably consistent for a 17-year-old Defender, averaging approximately 7,158 miles per year. The data shows steady accumulation, moving from 23,080 miles in 2012 to 121,693 miles in early 2026. There are no significant gaps or long periods of inactivity that would suggest dry rot in seals or neglected fluids. However, the low annual mileage does not insulate the vehicle from the natural degradation of rubber parts, which is evident in the frequency of suspension and brake pipe-related failures. A buyer must prioritise a thorough inspection of the brake system, as pipe corrosion has been a recurring issue since 2019, with multiple failures noted on front and rear lines by 2023. The steering geometry also requires close scrutiny, given the history of play in drag links and the reported wear on axle swivel pins and bushes over the last eight years. The current steering box seepage noted in the latest test should be monitored for increased leakage to ensure it does not evolve into a significant failure. Furthermore, the condition of the suspension bushings should be verified, as the record shows repeated issues with shock absorbers and anti-roll bar linkages across the decade. While the vehicle has avoided structural failures to date, the persistent presence of corrosion on hydraulic lines suggests that the underbody is susceptible to environmental damage. An in-person check of the chassis for deep rust is essential to ensure the mechanical wear recorded is not masking underlying structural issues.