2020 Toyota Hilux 2.4L Diesel · LM20 DSV

Accumulating roughly 16,000 miles per year across its six-year life, this Hilux presents a usage pattern that leans heavily toward working duties, and the MOT history reflects that through a cluster of consumable advisories rather than any structural or safety failures. All four recorded tests passed, with the most recent examination on 3 March 2026 returning a clean result with no defects or advisories whatsoever. Prior to that, the 1 May 2024 and 19 May 2023 tests were also completely clean, so the only flagged items sit within the 6 March 2025 pass, where the tester noted wear-related concerns limited to the rear tyres and front brake discs. The overall trajectory is therefore one of stable roadworthiness with a single year of minor advisories, but the fact that those advisories appeared once and then disappeared suggests the items were likely addressed rather than representing chronic deterioration. The recorded mileage of 96,087 against a 2020 registration equates to an annual rate of approximately 16,014 miles, which sits notably above the average for a vehicle of this age and points to sustained high-load operation, whether through commercial use, towing, or off-road driving typical of a pick-up of this class. There are no gaps in the MOT testing record across the years presented, so the mileage accumulation can be tracked continuously rather than inferred after a lay-up period. For a Hilux, this sort of usage places predictable demand on the clutch, driveline mounts, rear leaf springs and bushes, and the underbody protection, all of which endure greater stress under load than equivalent mileage in a passenger car would inflict. Because the only flagged components in the MOT history were the rear tyres and front brake discs, a prospective test drive should focus attention there and on the closely related mechanical systems. For the braking system, the 2025 advisories described pitting and scoring on both front discs, which on a heavily used vehicle often correlates with worn pad material becoming embedded in the disc surface; during the road test, listen for any graunching or squeal under light pedal application, and feel for pedal pulsation or vibration through the steering wheel under firm braking from higher speed, as both indicate disc run-out or uneven wear that has progressed beyond the advisory threshold. The rear tyres were noted as worn close to the legal limit and on the edge, which on a load-bearing rear axle frequently signals either incorrect tracking, worn rear suspension bushes allowing camber shift, or simply age-related shoulder wear from cornering with heavy payload; inspect the inner and outer tread shoulders closely for uneven feathering, and check that the rear axle sits level when unladen. Given the working-mileage profile, several items not flagged on MOT but nonetheless worth probing on a physical inspection include the rear leaf spring eyes, shackle bushes, and the bump stops, all of which are prone to deterioration on high-mileage pick-ups; bouncing each rear corner by hand should produce no more than a single controlled oscillation with a firm rebound. The clutch take-up point should feel consistent and progressive rather than slipping or grabbing high in the pedal travel, and the gearbox should select all ratios cleanly with no synchro crunch on downshifts from fourth to third or third to second when warm. Finally, a thorough underbody examination for surface corrosion to the chassis rails, fuel lines, and brake pipe runs is essential, as salt exposure combined with heavy use tends to accelerate corrosion in areas hidden from the MOT visual check, particularly around the rear axle mounting points and the underside of the load bed.