2009 Land Rover Freelander 2.2L Diesel · E3 SOX

The most recent DVSA MOT, carried out on 15 May 2026, was passed with no recorded defects, indicating that the vehicle met the statutory safety and emissions criteria at that time. However, the preceding five‑year record shows a pattern of intermittent failures – notably stop‑lamp faults in 2025, a rear‑plate lamp failure and a severely worn front lower ball‑joint in 2024, and a rear shock‑absorber fluid leak in 2023 – interspersed with advisory items concerning corroded rear coil springs and inner sills. While the 2026 pass suggests that some of the earlier faults have been rectified, the persistence of corrosion advisories and the recurrence of major suspension‑related failures point to a maintenance trend that is only marginally stabilising and still warrants close scrutiny. At 140,219 miles for a 2009 model the average annual mileage works out to roughly 8,250 miles per year, which sits comfortably within the typical UK usage envelope for a vehicle of this age. The mileage does not indicate excessive short‑trip abuse or unusually high wear, but the relatively modest annual distance also raises the possibility of periods of prolonged inactivity, especially given the age of the vehicle. Extended standing can accelerate corrosion of body panels, under‑body structures and suspension components, and can lead to battery sulphation and tyre perishing even when the odometer reads modest figures. Prospective buyers should give particular attention to the electrical lighting circuit, confirming that the off‑side stop lamp, central stop lamp and rear registration‑plate lamp all illuminate correctly and that the wiring harness shows no signs of corrosion or cracked insulation. The rear coil springs, flagged as corroded, should be examined for surface pitting, loss of spring rate or cracked coil sections; any excessive bounce or clunking over bumps may signal compromised spring integrity. The inner sill corrosion, although currently deemed non‑structural, should be probed for depth and any signs of rust spreading into load‑bearing sections, as progressive rust can eventually affect chassis rigidity. The near‑side front lower ball‑joint, recorded as excessively worn, must be inspected for play by rocking the wheel at the 12 o’clock position; a loose joint will manifest as steering wander, uneven tyre wear and a knocking noise when negotiating uneven surfaces. Likewise, the rear shock absorber that previously leaked fluid should be checked for oil seepage around the damper body and for loss of damping performance – symptoms include a squatting rear end under acceleration, excessive bounce after a bump, or a noticeable shudder when braking. Beyond the specific MOT items, the vehicle’s age dictates a thorough calendar‑based inspection. Tyre sidewalls should be examined for cracking, dry rot or hardening, especially if the car has spent long periods stationary, and tread depth must be at least 1.6 mm across the tread band. The 12 V lead‑acid battery, now over 16 years old, should be load‑tested to verify capacity and checked for electrolyte level or signs of sulphation. Brake discs and pads ought to be measured for thickness and inspected for rust pitting that could cause uneven braking or pedal pulsation. All engine and transmission fluids – coolant, brake fluid, gearbox oil and engine oil – should be sampled for colour, smell and particulate contamination, as time‑based degradation can occur even with relatively low mileage. Finally, a full service history, including any recent suspension or body‑repair invoices, will provide confidence that the corrective work implied by the MOT failures has been properly executed and that the vehicle remains mechanically sound for continued ownership.