2020 Isuzu D-MAX 1.9L Diesel · HO70 VES

This Isuzu D-Max presents a commendable mechanical profile across its MOT history, with three consecutive annual passes at the 2023, 2024, and 2025 tests, the most recent being recorded on 17 October 2025. None of these examinations produced any recorded defects or advisories, which is notable for a working pickup truck of this age. The absence of flagged items across suspension, braking, steering, exhaust, lighting, and structural integrity categories suggests the vehicle has not yet developed the typical wear patterns associated with heavier commercial or off-road use. While a clean MOT history of only three tests does not provide the long-term trend data of older vehicles, the consistency of these passes does indicate that no significant deterioration has been identified at any point in the recent testing cycle. With 35,714 miles recorded over approximately six years, this D-Max has accumulated an annual mileage of around 5,952 miles, which is low for a commercial-oriented vehicle or pickup truck that would typically see higher utility use. This usage pattern suggests the vehicle has likely served predominantly for light private duties rather than regular towing, site work, or long-distance commercial mileage. Mechanically, lower annual mileage generally means reduced wear on major drivetrain components such as the clutch, turbocharger, and driveline, and brake consumables such as discs and pads are likely to retain significant service life. However, low-mileage diesel vehicles of any age warrant attention to areas that can degrade through prolonged standing rather than use, including potential seals drying out and the possibility of short-trip operation preventing the diesel particulate filter from completing its regeneration cycles effectively. For a prospective buyer, the lack of any specific advisories means the routine pre-purchase inspection should focus on confirming the components that typically suffer on pickups of this generation, particularly the rear leaf spring assemblies, the front suspension bushes, and the condition of the underbody protection and chassis components given the likelihood of off-road or rough-site use. A test drive should include driving over speed humps and uneven surfaces to listen for any knocking or clonking from the suspension, which would indicate worn bushes or shock absorber issues that have developed since the last MOT. Steering should be checked for any vagueness or pulling to either side under braking, and the brakes should be tested from higher speeds to confirm there is no judder that might suggest warped front discs given the working vehicle remit. Additionally, buyers should pay particular attention to the condition of the load bed and chassis rails, which are commonly subject to surface corrosion and stone-chip damage on working pickups, even where MOT testers have not flagged specific structural concerns. The diesel particulate filter, turbocharger, and dual-mass flywheel are areas worth discussing with any service history available, as these represent significant future replacement costs on this platform if the vehicle has predominantly been used for short urban journeys. Inspecting the underside for any oil seepage from the engine or transmission, checking that all four tyres are of matching specification and exhibit even wear, and confirming that the four-wheel-drive system engages smoothly both on demand and in locked mode will round out a sensible evaluation of what is, on paper at least, a mechanically clean example.