2015 Land Rover Defender 2.2L Diesel · S7 HAR

The vehicle is currently roadworthy following a successful MOT on 2026-03-30 at 67,242 miles, but the maintenance trend over the past three years shows a clear worsening of critical components, particularly in the braking system and suspension. The most recent test reveals that the central rear brake hose still exhibits slight corrosion to its ferrule, while all four coil springs remain corroded—indicating persistent exposure to moisture or poor environmental conditions. The rear shock absorber bushes are again reported as slightly worn, suggesting ongoing fatigue in the suspension system. Although the immediate failures from the prior failed test (such as metal-to-metal contact on the nearside front brake disc and severely corroded brake pipes) have been addressed, the recurrence of similar issues across multiple tests implies that underlying corrosion has not been fully resolved. The mileage progression reflects consistent use, averaging approximately 6,113 miles per year since 2015, with no significant gaps between MOTs. The most notable jump occurred between 2023-03-03 (42,643 miles) and 2024-03-01 (51,174 miles), indicating nearly 8,500 miles covered in one year—a rate higher than average but not uncommon for a vehicle used regularly. Subsequent annual increases remain steady, reaching 60,009 miles by February 2025 and 67,242 miles by March 2026. This pattern suggests regular operation without long-term storage, which aligns with the observed wear on consumables and structural elements. A buyer should conduct a thorough in-person inspection of the brake system, focusing on the condition of all flexible brake hoses, especially at the ferrules and connections where corrosion has repeatedly been flagged. The nearside front brake pipe’s history of grease-covered corrosion raises concern about potential hidden degradation beneath surface layers. The suspension system warrants close examination, particularly the coil springs and shock absorber bushes, as all four corners have shown progressive corrosion and wear. Additionally, the presence of a nail in the offside front tyre during two consecutive tests indicates either recurring damage or inadequate tyre monitoring. Structural integrity should be verified around the chassis rails and underbody, given the widespread rusting of key suspension components. The transmission oil leak noted in earlier tests remains non-excessive, but any increase in leakage should be investigated immediately.