2004 Land Rover Defender 2.4L Diesel · AF04 XVB

A 2004 Land Rover Defender showing a clean DVSA record across five consecutive tests, culminating in a pass on 16 March 2026 with no advisories, is a genuinely uncommon finding for a vehicle of this age and construction. Defenders of this generation are renowned for accumulating chassis, suspension and corrosion advisories year after year, so an entirely blemish-free run since at least March 2023 is a strong indicator of either attentive mechanical upkeep or a vehicle that has seen minimal on-road exposure. It is also worth noting that a pass and a fail are both recorded against 17 March 2025, which is consistent with a first-attempt rectification rather than a persistent underlying defect, after which a clean pass followed the next day on the same date. Overall, the trend is one of stable and improving roadworthiness as presented by the official test record. Against an age of 22 years, the recorded 64,593 miles equates to an annual average of roughly 2,936 miles, which is exceptionally low for a Defender. Such low accumulation typically reflects one of two usage patterns: a working or leisure vehicle that has spent long periods garaged or off the road between events, or a vehicle used primarily for short, low-speed work rather than sustained road mileage. From a mechanical standpoint, this profile carries specific implications. Standing periods are notoriously hard on chassis components, allowing moisture to penetrate galvanised and box-section steel, drying out rubber bushes and gaiters, and causing brake calipers and wheel cylinders to seize through corrosion. Conversely, the engine, gearbox and clutch have not been subjected to the high mileage wear normally seen on Defender drivetrains, so internals are more likely to be in sound condition provided regular service intervals have been observed. Any prospective buyer should therefore focus the physical inspection less on engine and gearbox concerns and more on the condition of the components that suffer most from immobility. Particular attention should be paid to the condition of the leaf springs, the rubber bushes in the radius arms and track rod ends, and the front swivels and their associated seals, all of which are prone to seizing or perishing on low-use Land Rovers. Brake calipers should be checked for free movement and any evidence of binding or uneven pad wear, and the underside of the chassis, outriggers and cross members should be examined closely for the type of corrosion that the MOT test would only flag once it becomes advanced. During a test drive, listen for clonks or knocks over uneven surfaces indicative of perished suspension bushes, feel for any steering wander or vibration that could suggest seized swivels, and test the brakes progressively from low speed to confirm even pull and solid pedal response without judder. Given that the MOT record offers no specific advisories to interrogate, the value of a pre-purchase inspection by a Land Rover specialist is heightened, as it is the only reliable means of confirming the condition beneath the clean paper trail. Particular focus should be given to verifying fluid changes have been carried out at appropriate intervals despite the low mileage, as Defender engines and gearboxes still require fresh oil and coolant on a calendar basis rather than purely by distance. Equally, the buyer should satisfy themselves that the vehicle has not been standing with old fuel in the tank, which would warrant draining and a check of the injectors and lift pump. Subject to those confirmations, this Defender presents as a structurally unflagged example whose modest mileage and clean MOT sequence should translate into sound roadworthiness, provided the classic Defender weaknesses of chassis corrosion and seized suspension components are ruled out by direct physical examination.