2000 Nissan Elgrand 3.0L Diesel · W895 BKN

A pattern of structural corrosion and chronic fluid leaks dominates the MOT history of this 2000 Nissan Elgrand, with the most recent test on 17 September 2025 resulting in a failure despite a relatively modest list of advisories on that occasion. The defining mechanical concern is the Major defect recorded on 2 April 2024, where the nearside rear suspension mounting area within the inner sill was deemed excessively corroded and significantly reduced in structural strength. This type of corrosion around suspension pick-up points on a 26-year-old vehicle warrants serious attention, as it compromises the integrity of the mounting and can progress into load-bearing areas. Compounding the structural risk, the offside parking brake was also found inoperative on one side at the same test. The 2025 failure did not repeat these specific failure items, but it retained advisories for oil seepage and power steering ram joint seepage that have been present almost continuously across the recorded history, alongside a newly noted steering rack free play. The trend suggests a vehicle whose corrosion and fluid integrity issues are persistent rather than resolved. The recorded mileage of 219,631 miles across roughly 26 years equates to an annual accumulation of approximately 8,447 miles, which is broadly typical for a vehicle of this age that has remained in regular service. There are no multi-year gaps between tests that would suggest a prolonged period off the road, with tests recorded in March 2023, April 2024, October 2024 and September 2025, indicating continuous use. Mechanical implications of this steady, consistent usage pattern are mixed; the braking and suspension components have accumulated wear proportional to mileage rather than suffering the localised degradation seen on vehicles left standing, but the high overall odometer reading means drivetrain mounts, gearbox seals, engine ancillary drives and cooling system hoses should be presumed to be at the latter stages of their service life. The persistent oil leak advisory across four consecutive tests demonstrates that sealing components have aged beyond the point of reliable retention, which on this platform typically originates from valve cover gaskets, camshaft seals, or rear main seal areas. Any prospective test drive should begin with a careful listen and feel inspection of the front suspension and steering, given the advisories on nearside front wheel bearing play recorded in 2023 and on steering rack free play at the 2025 test. Over uneven surfaces, listen for clonking or knocking noises from the front strut tops and lower control arm bushes, and feel for vagueness or looseness through the steering wheel that would indicate worn rack internals or track rod ends. On the rear, the corrosion advisories affecting the inner sill and suspension mounting area demand a physical inspection beneath the vehicle, ideally on a ramp, to assess whether the corrosion has been treated or continues to spread into the sill pressing area, as this directly affects structural integrity and MoT pass prospects. The parking brake should be tested on an incline to confirm both sides are holding effectively, as a one-sided failure can indicate seized rear caliper mechanisms or corrosion within the drum or disc assembly. The braking system requires particular scrutiny given the advisories for nearside front brake pad wear, a corroded nearside front brake pipe, and a scored offside front brake disc. On test, the brake pedal should feel firm without excessive travel, and there should be no pulling to either side under firm application, which would indicate a binding caliper or uneven pad wear. Pulsation through the pedal or steering wheel under braking would suggest the offside front disc requires replacement. Given the mileage and age, all visible brake pipes should be checked for surface corrosion, particularly along the underside where road salt accelerates deterioration, as perished brake lines represent both an MoT failure risk and a significant safety concern. Finally, the persistent oil and power steering seepage should be inspected with the engine warm; check the underside of the engine and the power steering ram joints for active dripping rather than historical residue, and request evidence of any recent sealing work, as continued loss of hydraulic fluid from the power steering system will eventually lead to heavy steering and component damage.