2013 Land Rover Range Rover 2.2L Diesel · FD63 UDU

The vehicle was presented for MOT testing on 2025-12-09 and achieved a Pass classification with no defects or advisories recorded by the DVSA examiner, representing the third consecutive clean pass. Reviewing the broader history from 2018 onwards, every annual test has returned a Pass, with the only recorded blemishes appearing on the 2021-12-01 examination. These comprised a nearside front tyre with slight damage, an offside front tyre worn close to the legal limit and on its edge, and a minor issue regarding a deteriorated passenger door catch. None of these concerns reappeared on any subsequent test, suggesting they were addressed at the time and have not recurred. The overall maintenance picture is therefore one of stability, with a single isolated cluster of advisories from late 2021 followed by four years of completely clean results, which is a reassuring pattern for a prospective buyer. The recorded odometer reading of 95,745 miles against a 2013 build date equates to an annualised average of approximately 7,365 miles per year, which is broadly typical for a vehicle of this age. The MOT entries do not display any extended gaps between annual tests, indicating that the vehicle has been in consistent use rather than laid up for long periods. This regular usage pattern is mechanically beneficial, as it reduces the likelihood of standing-related issues such as brake disc corrosion, seized caliper slide pins, and dried or crystallised fluid seals. However, at nearly 96,000 miles, certain drivetrain and chassis components on a Range Rover of this generation will be approaching or have already passed their expected service life, including suspension bushes, coil springs, air suspension components where fitted, and the brake system as a whole. Despite the clean MOT history, a thirteen-year-old Range Rover with this mileage warrants careful physical inspection independent of the official records. The tyres should be examined closely for sidewall perishing and cracking, as rubber degrades with age irrespective of tread depth, and the spare should be checked for inflation and condition. The braking system should be inspected for corrosion on the disc friction surfaces, particularly around the outer edges and inner hat area, as standing moisture can cause pitting that leads to brake shudder under heavy pedal application. The 12V battery should be load tested, given that a battery older than five years will typically show diminished capacity and may fail without warning, and the charging system should be checked to confirm the alternator is maintaining correct voltage. All fluid services should be verified against time rather than mileage, as brake fluid absorbs moisture and should ideally be replaced every two years regardless of use, while coolant, transmission fluid, and transfer box and differential oils on this four-wheel-drive platform benefit from periodic replacement to maintain longevity of the drivetrain. On a test drive, particular attention should be paid to any clonks or knocks from the front suspension over speed humps and rough surfaces, as worn lower control arm bushes and anti-roll bar drop links are common failure points. The steering should be checked for vagueness, wander, or any knocking through the column, which can indicate worn track rod ends or top mount bearings. Uneven or feathered tyre wear across the front axle would point to misalignment or worn suspension geometry, while any pulling to one side under braking could suggest a binding caliper or a seized brake hydraulic flex hose. The engine should be observed from cold start for excessive smoke or rough running, and the automatic transmission should be checked for smooth, timely gear changes without flare or hesitation. Finally, verify that the service book and digital service history are complete and consistent with the recorded mileage, as a well-documented Range Rover is generally a more reliable long-term proposition than one with patchy or missing records.