2010 Land Rover Defender 2.4L Diesel · CX10 AKK

The 2010 Land Rover Defender exhibits an unstable maintenance trend, with recent MOT failures indicating inconsistent compliance. The most recent test on 2026-03-31 at 52,850 miles resulted in a failure, though no defects were recorded. This follows a pattern of alternating passes and fails at similar mileages, such as the 2025-04-08 pass at 51,066 miles and the 2025-03-31 failure at 51,059 miles. The lack of recorded defects in these tests suggests either minor, unlisted issues or potential administrative oversights. The vehicle’s roadworthiness remains uncertain, as the irregular testing frequency and absence of detailed fault reports hinder a definitive assessment. The vehicle’s mileage of 52,850 miles over 16 years equates to approximately 3,303 miles annually, significantly lower than average. This suggests either infrequent use or prolonged periods of inactivity, which can lead to component degradation from lack of operation. Notably, the mileage increased sharply from 44,925 miles in 2024-04-03 to 51,059 miles in 2025-03-31—a jump of 6,134 miles within 11 months. Such rapid accumulation may have strained consumables like tyres, brakes, and suspension components, though no specific issues were flagged. The sparse MOT history, with gaps of over a year between tests, limits visibility into long-term wear patterns. A buyer should prioritise inspecting the suspension system for worn bushes or coil springs, as low mileage combined with sudden usage spikes can mask hidden fatigue. The braking system, particularly rear calipers and discs, warrants scrutiny due to the vehicle’s age and potential for corrosion. Structural integrity should also be verified, as rust or panel damage may go unrecorded in MOT reports. Exhaust emissions and underbody corrosion are additional concerns, given the vehicle’s exposure to UK weather. While no major faults are documented, the inconsistent testing and mileage fluctuations necessitate a thorough pre-purchase inspection to confirm mechanical soundness.