2002 Land Rover Defender 2.5L Diesel · WN52 NHV

The most recent DVSA examination on 24 February 2026 recorded a clean pass with no advisories or defects, and this is consistent with the broader pattern of the last three tests in 2024, 2025 and 2026, all of which returned straightforward passes. Prior to that run, the vehicle passed in 2019, 2020 and 2021, indicating that any issues identified at the November 2020 failure were addressed promptly and have not recurred at subsequent examinations. The maintenance trajectory therefore appears stable and well-managed rather than deteriorating, although prospective buyers should remain mindful that Defender chassis are subject to age-related wear that an MOT alone will not fully reveal. The November 2020 failure did, however, warrant closer attention as it included a dangerous tyre defect caused by structural separation, together with a service brake efficiency below requirements and a front brake imbalance on axle 1. While they have not reappeared on subsequent tests, they point to a period when the braking system and tyres demanded corrective work that a buyer should now independently confirm has been fully and properly rectified. Brake imbalance on the front axle typically points to uneven pad condition, a binding or seized caliper, a perished flexible hose, or a compromised master cylinder or servo, and the buyer should look for evidence of recent caliper overhaul, new front discs and pads, and fresh flexible hoses. At 71,946 miles over approximately 24 years, this Defender has covered an average of only around 2,998 miles per year, which is very low for any working vehicle and especially low for a Defender that is often used off-road or for towing. This unusually light annual mileage suggests one of two usage patterns: either a cherished or hobby vehicle used intermittently, or a vehicle that has stood for long periods between uses. Such low mileage is not necessarily a positive indicator on a chassis of this age, as prolonged standing tends to accelerate certain forms of degradation. Standing use commonly leads to binding brake calipers through corrosion of the slider pins and piston seals, brake disc corrosion that can cause shudder or pulling under the first application of the brakes, and oxidation throughout the drivetrain. Equally, road springs, shock absorbers, anti-roll bar bushes, chassis bushes, prop shaft universal joints and the steering ball joints can all deteriorate from lack of use as much as from mileage, and a Defender of this vintage will already be approaching the end of the natural service life for many of these parts regardless of how few miles have been covered. Service history stamps, previous invoices, and the condition of the underside will be more revealing than the odometer alone. Given the clean MOT record but the advanced age and low average mileage, a prospective buyer should carry out a number of practical inspections before purchase. All four tyres and the spare should be examined closely for sidewall perishing and cracking from age, as rubber compounds degrade with calendar exposure irrespective of tread depth, and the production date code on the sidewall should be within the last few years; the 2020 dangerous tyre separation failure underlines how important this check is. The 12 volt battery should be load tested, as long periods of standing combined with infrequent use lead to sulphation and premature failure; a fresh battery fitted in the last twelve months would be reassuring. Brake discs should be inspected for heavy surface corrosion, and a firm test drive should be performed from cold to check for any judder, pull, or binding that would indicate a seized piston or sticking caliper. Fluid services are time rather than mileage dependent, so confirmation should be sought that the brake fluid, engine coolant, gearbox and transfer box oil, and the axles have all been refreshed within the last two to three years. Finally, the underside should be examined on a ramp for chassis corrosion, particularly around the rear cross members, outriggers, footwells, and the aluminium bulkhead, which are known Defender weak points, and a thorough check of suspension bushes, steering ball joints, shock absorbers for weeping, and the condition of the clutch and cooling system should be undertaken to satisfy oneself that this low-mileage example is mechanically sound throughout.