2007 Land Rover Freelander 3.2L Petrol · AV07 YDZ

The vehicle is currently roadworthy, but the maintenance trend shows a recent decline in mechanical oversight. While it passed the latest test in March 2026 at 165,526 miles, this result followed a significant failure just one year prior in March 2025. The transition from a clean record in 2021 and 2022 to multiple failures in 2025 suggests that components are only being addressed when forced by an inspection failure rather than through proactive preventative maintenance. At 165,526 miles, the Freelander has averaged approximately 8,700 miles per year, which is statistically typical for a 19-year-old vehicle. There is a notable gap in the testing history between April 2022 and March 2025, during which the vehicle covered over 8,000 miles. This interval shows consistent use, though the relatively rapid accumulation of 8,200 miles between March 2024 and March 2025, where the majority of faults occurred, indicates a period of higher usage that has stressed the aging hardware. A buyer must prioritise a thorough inspection of the braking system and suspension geometry. The 2025 failure highlighted a binding nearside rear service brake and pitted front brake discs, issues that often indicate neglected calipers or corroded sliders. Furthermore, the serious fluid leak on the offside rear shock absorber suggests that the suspension components are reaching or past the end of their functional life. The recurring electronic stability control warning lamp from 2025 also remains a critical concern, as electronic faults in this model can be expensive to diagnose properly. The tyres also show a pattern of neglect, with cuts noted in 2025 and perishing or cracking on both front tyres by early 2026. This suggests the previous owner ignored basic rubber components until they reached advisory thresholds. Beyond these items, the buyer should check for structural corrosion on the chassis and side step mounting points, as these are common failure points for this era that are not always fully captured by standard MOT testing unless the corrosion is advanced.