2007 Land Rover Freelander 2.2L Diesel · AF05 MOO

The most recent DVSA examination on 18 December 2025 resulted in a pass, though two advisories were issued concerning tyre wear on the offside front and nearside rear outer positions. While this current pass is encouraging, a full assessment of the maintenance trend requires review of the preceding test. On 13 January 2025 the vehicle passed cleanly with no defects, but a test conducted just ten days earlier on 3 January 2025 resulted in a failure with four major defects. These included parking brake efficiency below requirements, both rear service brakes excessively binding, an offside front wiper failing to clear the windscreen effectively, and a nearside rear direction indicator displaying incorrect colour. The vehicle clearly underwent remedial work between these two January 2025 tests to achieve the pass, and the subsequent pass in December 2025 with only tyre advisories suggests the immediate issues have been resolved. However, the cluster of brake-related defects warrants close attention, as binding rear calipers on a Freelander of this age often indicate seized slider mechanisms or compromised handbrake cables that can recur if not thoroughly refurbished. With 180,077 miles recorded over approximately nineteen years, the vehicle is accumulating around 9,478 miles annually, which is broadly consistent with typical usage patterns for its age. This mileage bracket suggests the engine, transmission, and drivetrain components have seen substantial but not extreme use, placing wear on major mechanical assemblies within expected parameters for a Freelander approaching the 200,000 mile threshold. The recorded mileage gaps between tests appear relatively consistent with annual MOT frequency rather than indicating long periods of standing or particularly intensive use, which is favourable from a corrosion and component-seizure standpoint. That said, a Freelander at this mileage will invariably show wear in common service items such as suspension bushes, anti-roll bar links, and driveline flex joints, all of which merit physical inspection. Given the recent history of binding rear brakes, any prospective buyer must conduct a thorough physical assessment of the rear braking system before purchase. During a test drive, listen for scraping or grinding noises from the rear wheels and feel for any pulling to one side under braking, which would suggest a caliper is still partially seized or the handbrake mechanism is not fully releasing. Inspect the rear discs for hot spots, excessive corrosion ridges on the disc edges, and uneven wear patterns that might indicate a sticking caliper piston. Verify the handbrake travel and holding capability on an incline, as the parking brake efficiency failure could recur if the cables are worn or the caliper actuators have not been properly cleaned and lubricated. The previous failure regarding the offside front wiper also serves as a reminder to test all wiper functions and check the washer jet alignment, as deteriorated wiper linkages are common on this model. Beyond the recorded defects, a nineteen-year-old Freelander with this mileage profile demands careful inspection of age-related deterioration items. Examine the tyres closely for sidewall perishing and cracking, particularly on the rear axle where the recent advisories indicate edge wear, as old rubber compounds become brittle and prone to failure regardless of tread depth. Inspect the underbody, subframes, and rear differential for structural corrosion, a known concern on Freelander 2 chassis of this vintage, paying particular attention to mounting points and suspension turrets. Check the 12V battery health, as intermittent use or short journeys may have shortened its service life, and verify that the timing belt replacement interval has been observed according to manufacturer schedules. Confirm that brake fluid, coolant, and transmission oil have been changed at their recommended calendar intervals, as fluid degradation over nearly two decades can compromise braking performance, cooling efficiency, and gear selection even where mileage is moderate. Finally, request evidence of recent cambelt and water pump replacement, alongside thorough service history documentation, to verify that this high-mileage example has been conscientiously maintained throughout its life.