2007 Toyota HI-ACE 2.5L Diesel · AV07 FZG

This Toyota Hi-Ace has demonstrated a concerning pattern of repeated MOT failures just before passing, with three consecutive fails in late 2025—each at intervals of around 700 miles—before finally clearing on 2025-08-02. The absence of recorded defects on any of these tests suggests the failures were likely due to minor, recurring issues that were only just within passing tolerance at the last moment, such as marginal tyre tread, worn wiper blades, or minor interior defects. The most recent pass, just 11 months ago, indicates the vehicle remains technically roadworthy under current MOT standards, though the proximity to failure raises questions about whether these issues have been properly addressed or merely skirted. Without a history of advisories or major faults, the trend appears stable in terms of structural integrity but suggests inconsistent maintenance discipline, particularly around consumable components. The mileage progression reveals a consistent annual average of approximately 8,400 miles, which aligns with typical usage for a vehicle of this age. There are no prolonged gaps or abrupt spikes in mileage, and the 2024-2025 interval shows steady accumulation without evidence of neglect or excessive wear. The January 2023 and August 2024 tests occurred at nearly identical mileages (142,877 and 142,909), implying the vehicle may have been stationary or lightly used for several months between those dates. While this could indicate lower mileage wear, it also raises the possibility of deferred maintenance during periods of inactivity. Given the repeated near-failures, a buyer should prioritise an inspection of suspension components—particularly rear suspension bushes and coil springs—for excessive wear or corrosion, as these are common failure points in vehicles of this age. The braking system warrants close scrutiny, including rear brake binding (a frequent cause of late-stage MOT failures) and the condition of brake discs and pads, which may have been marginal during the 2025 tests. Structural integrity should also be assessed, focusing on wheel arches, sills, and the underbody for signs of corrosion that could compromise chassis rigidity. Tyre condition, including tread depth and lateral wear patterns, should be verified, as the history suggests past issues in this area. Finally, the interior and exterior lighting should be checked for functionality, as these are often the final checks before a pass.