1996 Daihatsu Fourtrak 2.8L Diesel · N983 DHE

The most recent DVSA MOT test for this 1996 Daihatsu Fourtrak was conducted on 11 January 2024 and resulted in a pass with no defects or advisories recorded. Looking at the broader history, the vehicle exhibits an alternating pass-fail pattern over recent tests, having passed on 22 June 2022 following a fail on 9 June 2022, and then passed on 11 January 2024 following a fail on 15 September 2023. While this pattern is not inherently alarming, particularly given that no specific defects were captured against any of the entries, it does suggest that the vehicle may be prone to intermittent issues that are resolved between tests rather than benefiting from a consistently well-maintained state. A prospective buyer should not place undue confidence in the clean 2024 pass alone and should seek a comprehensive pre-purchase inspection given the vehicle's age. With a recorded mileage of 132,515 miles spread across approximately 30 years, this Fourtrak averages around 4,417 miles per year, which is notably low for any road vehicle and particularly so for a utilitarian 4x4 of this era. Such low annual usage often indicates either a second or recreational vehicle, prolonged periods of standing, or limited utility use. While low mileage can preserve major drivetrain components such as the engine, gearbox, and transfer box, it carries its own set of mechanical risks including internal corrosion from infrequent operation, dried and cracked rubber components, and degradation of fluids that lose their protective properties over time regardless of use. Given the sparse and defect-free MOT history combined with the low usage profile, any prospective buyer should focus their pre-purchase evaluation on age-related deterioration rather than wear-based concerns. Tyres on a vehicle of this age are particularly susceptible to sidewall perishing and cracking from UV exposure and ozone damage, even when tread depth remains legal, so all four tyres should be closely inspected for hairline cracks and the production date codes checked to confirm they are not excessively old. Standing corrosion is another significant concern; the brake discs should be examined for severe surface rust and pitting, and the calipers should be checked for seizure or binding by ensuring the wheels spin freely when jacked. The handbrake mechanism, rear drum or disc assemblies, and exposed underbody metal should be inspected for oxidation that may compromise structural integrity or braking efficiency. Time-based servicing items warrant particular attention on a vehicle that may have stood for extended periods. Brake fluid should be assumed to require replacement as standard guidance is biennial renewal, and the system should be inspected for any moisture-related corrosion in the master cylinder or wheel cylinders. The 12V battery should be load-tested as aged batteries that have been left discharged can fail without warning, and the cooling system should be checked for the condition of hoses, radiator, and the freshness of the coolant, which degrades over time and loses corrosion-inhibiting properties. Suspension components including coil springs, shock absorbers, bushes, and steering joints should be examined for perished rubber and seized links, and on a test drive listen for clonks over uneven surfaces, knocking from worn bushes, and any pulling or wandering that could indicate geometry or steering component issues. Finally, given the absence of recorded service stamps in the MOT data, verify the service book documentation and confirm evidence of regular oil changes, timing belt service history, and any work carried out on the four-wheel-drive system, transfer box, or differentials that are critical to this model's character and longevity.