2018 Toyota Hilux 2.4L Diesel · FE68 WLP

The defining mechanical story for this 2018 Toyota Hilux is a clean roadworthiness record punctuated by a single, isolated parking brake failure in late 2021, with every subsequent test returning a pass and no advisories of any kind. That earlier failure centred on parking brake efficiency falling below the regulatory minimum, with a corresponding advisory noting the braking system required adjustment or repair, alongside two rear tyre wear advisories. The 2022, 2023 and 2024 tests all passed without recording a single defect or advisory, which indicates that the braking and tyre issues identified in December 2021 were addressed at the time and have not reappeared on subsequent examinations. Overall the trend is one of stable compliance rather than deterioration, and there is no recurring pattern of suspension, corrosion, exhaust, lighting or structural defects across the recorded history. With 99,862 miles recorded against an eight-year age, the Hilux has covered roughly 12,483 miles per year on average, which is a notably high annual accumulation for a vehicle of this type and well above the typical private-car mileage bracket. The MOT history is also unusual in that there is a dense cluster of four tests between December 2021 and August 2024, separated from earlier activity by what appears to be a gap in testing prior to that period, suggesting the vehicle may have been off the road or unregistered for testing during its earlier years. Mechanically, high mileage on a commercial-orientated pick-up means greater wear on the consumables that absorb duty cycle load: brake pads and discs, clutch components, drivetrain mounts, propshaft universals and the rear leaf spring and bush assemblies will all have experienced substantial use. The fact that no advisories have been raised on these components across three consecutive passes is favourable, but a buyer should still anticipate that several of these items will be closer to the end of their service life than the MOT record alone implies. Given that the only recorded defects involved parking brake efficiency and rear tyre wear, a prospective buyer should pay particular attention to the rear brake system during a physical inspection and test drive. With the vehicle on level ground, apply the parking brake firmly and attempt to drive away in first gear; any sign that the handbrake does not hold the vehicle or that the ratchet mechanism slips indicates the cables, rear drum shoes or the internal self-adjuster require attention. On the road, listen for scraping or grinding from the rear drums when braking, and feel for any pulling to one side under firm pedal application, which could indicate a binding rear caliper or unevenly adjusted parking brake mechanism. Inspect the inner and outer edges of both rear tyres for uneven shoulder wear, feathering, or step wear across the tread, and check that the front tyres show even wear across their width, as asymmetric wear can point to alignment or suspension geometry issues not captured by the MOT data. The high annual mileage and the commercial nature of the vehicle also warrant a focused check of the suspension and drivetrain on a test drive. With the vehicle unladen, drive over broken tarmac and listen for clonking or knocking from the front suspension, particularly around the coil spring tops and top mounts, and feel for any vagueness or rattle through the steering wheel, which can indicate worn drop links or anti-roll bar bushes. At low speed, perform tight turns in both directions and listen for any binding or whining from the front differential or wheel bearings. On a dual carriageway, check for any vibration through the steering or floor pan that intensifies with speed, which is often the first indicator of propshaft wear or a failing rear differential mount. Finally, request evidence of the timing belt or chain service interval status depending on the engine variant fitted, and confirm the rear leaf spring bushes, shackle pins and shock absorbers show no significant leakage, as these components absorb heavy load cycles and would not necessarily be flagged on a standard MOT roller test.