2010 Land Rover Defender 2.4L Diesel · 37 GUM

The 2010 Land Rover Defender has maintained a stable roadworthiness record over the past four MOT cycles, with the most recent test in August 2025 at 71,320 miles showing no defects. This consistency suggests the vehicle has been kept in a mechanically sound state, at least in terms of the core safety-critical systems assessed during testing. The only recorded issue—a corroded cross-axle brake pipe in August 2021—was addressed without recurrence, indicating either a one-off oversight or effective rectification. Given the lack of advisories or failures in later tests, there’s no evidence of worsening mechanical trends, though the absence of defects does not preclude hidden wear in less frequently inspected areas. The Defender’s mileage accumulation has been unusually low for its age, averaging just 4,458 miles per year over 16 years. This slow progression—from 59,187 miles in 2021 to 71,320 miles today—implies either infrequent use, long periods of inactivity, or potential odometer discrepancies. The two-year gap between the 2021 and 2022 tests (59,187 to 60,215 miles) is particularly notable, suggesting the vehicle may have sat unused for extended periods. Such low mileage reduces wear on consumables like tyres and brakes but raises questions about fluid degradation, battery health, and potential corrosion in less accessible areas. A prospective buyer should prioritise an in-person inspection of the brake system, particularly the cross-axle pipes and associated fittings, given the 2021 corrosion advisory. The suspension components—including coil springs, anti-roll bars, and bushings—should be checked for dryness, cracking, or excessive play, as these are less frequently scrutinised in MOT tests. The exhaust system, especially around the silencer and mounting points, warrants close examination for signs of rust or fatigue, given the vehicle’s age and potential exposure to moisture. Finally, the electrical system, including the battery and wiring loom, may require testing, as prolonged inactivity can accelerate corrosion or lead to parasitic drain issues.