2010 Land Rover Freelander 2.2L Diesel · DG60 AAN

The most recent DVSA examination on 15 February 2025 resulted in a Pass, with no defects or advisories recorded against the vehicle. This follows a Pass with no defects on 10 February 2024 and earlier Passes in 2022, 2021, and 2020. There are however two recorded test events on the same date in February 2025: a Fail for a non-functioning nearside rear stop lamp, immediately followed by a Pass, which strongly suggests the bulb was replaced and the vehicle retested within the same visit rather than indicating any deeper electrical concern. Looking at the longer-term trend, the 2023 test history is the most concerning data point, where a Major failure was issued for a fluid-leaking nearside rear shock absorber alongside advisory notices on both front tyres. Since that point the record shows a clear improvement, with two subsequent clean Passes and no recurrence of the suspension or tyre issues, suggesting remedial work was carried out and the vehicle has been maintained to a satisfactory standard since. The recorded odometer reading of 201,291 miles against a 2010 manufacture date equates to an annualised average of approximately 12,581 miles, which is notably above the typical UK usage rate of around 8,000 miles per year. This high mileage figure is consistent with the Freelander being used as a frequent or long-distance vehicle rather than a low-use second car, and the MOT mileage progression should ideally be reviewed to confirm there are no gaps or clock irregularities. Mechanically, high mileage on a Freelander of this age brings increased wear on the timing chain and associated tensioners, turbocharger components on the higher-output diesel variants, dual-mass flywheel, clutch assembly, automatic transmission torque converter and mechatronics unit, plus accelerated degradation of suspension bushes, anti-roll bar drop links, and front subframe mountings. The cumulative mileage also raises the probability of oil leaks from the sump, cam cover, and rear main seal areas. Given the 2023 advisory for front tyres worn on both inner and outer sides, particular attention should be paid to the suspension geometry at the front axle, as uneven inner-and-outer edge wear on the same axle is a classic indicator of worn or collapsed suspension components rather than simple under-inflation. On inspection, the front coil springs, upper and lower wishbone bushes, and any adjustable camber or caster arms fitted should be checked for cracking, perishing, or elongation, and a thorough test drive should be conducted over broken surfaces and speed humps to listen for clonks, knocks, or knocking from the front end which would suggest deteriorated bushes or worn drop links. Uneven braking, brake shudder under pedal pressure, or any pulling to one side would warrant disc and pad measurement, particularly at the rear where caliper slider corrosion and binding can occur on a high-mileage vehicle that has seen prolonged service. The 2023 shock absorber failure also means the rear dampers and springs should be physically checked for any fresh seepage and the spare wheel well inspected for dampness, while a road test should reveal any remaining wallowing, excessive bounce, or lack of damping control over undulating roads. Beyond the recorded advisories, several age- and mileage-related items warrant specific inspection regardless of MOT status. The 12V battery should be load-tested, as original-equipment units are well beyond expected service life on a sixteen-year-old vehicle and a failing battery can produce erratic electronic behaviour across the Freelander's Terrain Response and instrument cluster systems. Brake fluid should be confirmed as recently changed in accordance with calendar-based servicing intervals, and similarly the engine coolant and automatic or manual transmission fluid should be verified for condition and age, as degradation of these fluids can lead to water pump wear, internal corrosion, or transmission solenoid faults. Tyres should be examined closely for sidewall cracking and perishing caused by age rather than wear, and the age codes on the sidewalls reviewed, as sixteen-year-old rubber compounds harden and lose grip irrespective of remaining tread depth. Underbonnet checks should focus on auxiliary belt condition, coolant hose integrity, turbocharger pipework on diesel variants, and any oil seepage from the cam cover or sump, while underneath the vehicle the exhaust system, particularly the DPF on diesel models, should be inspected for internal failure signs, and a scan for any stored diagnostic trouble codes should be requested to verify the integrity of the emissions and engine management systems before committing to purchase.