2007 Land Rover Range Rover 4.2L Petrol · GR07 FFF

A pattern of brake-related wear, rather than any structural or corrosion concerns, defines the recorded roadworthiness history of this 2007 Land Rover Range Rover. Across the seven DVSA examinations spanning 2019 to 2025, only one test resulted in a failure, recorded on 20 February 2020 when the front brake pads were measured at less than 1.5 mm thick and deemed dangerously worn. The same test on the same date also returned a pass result, indicating a same-day retest after rectification. The intervening and subsequent tests up to 7 March 2025 have otherwise passed without recorded defects, with the exception of a 2024 advisory for wear and pitting on both rear brake discs and a 2025 minor observation regarding a damaged windscreen that did not impair the driver's view. There is no recorded evidence of suspension, exhaust, steering, lighting, or corrosion advisories, and no advisory has recurred in consecutive tests, suggesting the brake-related items are the principal mechanical theme rather than a broader systemic decline. The recorded mileage of 96,364 miles across approximately nineteen years equates to an annual accumulation of around 5,072 miles, which is low for a vehicle of this age and type. The MOT record contains only single annual entries from 2019 through 2025, with no apparent multi-year gaps that would indicate a prolonged period off the road, although the absence of any earlier test history in the provided record means the usage profile between 2007 and 2019 cannot be verified. Low annual mileage on a vehicle of this vintage, particularly one with complex air suspension, electronic systems, and underbody components, can mean that some consumables and rubber items have aged through time rather than wear, and prolonged standing periods can affect brake discs through surface corrosion, drivetrain seals through drying, and battery state of charge. The mileage-to-age ratio here is consistent with light touring or short-journey use rather than sustained high-mileage motorway driving. Given the 2020 dangerous front brake pad failure and the 2024 advisories for wear and pitting on both rear brake discs, a prospective buyer should place particular emphasis on the braking system during a physical inspection and test drive. On the test drive, listen for any binding or pulling under light braking, which could indicate a seized caliper slider or piston, and feel for pedal judder or vibration through the steering wheel under firm application, which is often consistent with warped or unevenly worn front discs. With the vehicle stationary, check the visible thickness of the front pads through the caliper aperture and inspect the rear discs for a pronounced lip on the outer edge, deep scoring, or blueing from overheating. The front pads being allowed to wear to a dangerous state also warrants questioning whether the handbrake mechanism, which on a Range Rover of this era operates on the rear discs via an electric actuator, has been exercised regularly; failure to use the handbrake can lead to the rear caliper mechanism seizing. Beyond the braking components flagged in the record, attention should be directed toward the areas commonly affected on this model regardless of test outcome, particularly given the low annual mileage. Range Rovers of this generation are known for corrosion at the rear cross member, jacking points, and suspension link mounting points, and although none of these items have been recorded in the MOT history, a low-mileage example can present with underbody surface rust that has not yet become structurally significant. On the test drive, listen for clonks or knocks from the front suspension over speed humps and uneven surfaces, which can indicate worn anti-roll bar drop links or bushes, and observe whether the vehicle sits level for any extended period after startup, as the electronic air suspension can develop leaks in the air springs or compressor faults over time. Finally, verify that all warning lamps extinguish promptly after ignition, that the infotainment and climate control functions operate without fault, and that the central locking and tailgate mechanism respond reliably, as electrical gremlins are a recognised characteristic of this platform and would not necessarily have been captured in the MOT record.