2012 Toyota Vellfire 2.4L Petrol · PL12 BVK

The vehicle remains roadworthy as of its most recent MOT on 2025-03-24, with no defects recorded at 129,987 miles. The maintenance trend is stable, showing no signs of deterioration or recurring faults in the last 15 months. Both the 2024-07-08 and 2025-03-24 tests passed without issue, indicating consistent upkeep and no emerging mechanical or structural concerns flagged by the tester. Mileage progression is steady, rising from 128,138 miles in July 2024 to 129,987 miles in March 2025 — a gain of 1,849 miles over eight months, or roughly 231 miles per month. This aligns with the vehicle’s 14-year age and average annual mileage of 9,285 miles, suggesting normal usage without periods of extended inactivity or sudden high-mileage surges. The record is clean and uninterrupted, with no gaps or anomalies that would raise red flags about neglect or irregular driving patterns. Despite the absence of defects in the MOTs, a buyer should inspect the suspension components closely — particularly rear bushes and coil springs — as these are common wear points on high-mileage MPVs of this age. Brake systems should also be checked for binding calipers or uneven pad wear, even if not flagged in the tests, since minor issues can escalate quietly. The exhaust and underbody should be examined for corrosion, especially around the rear diffuser and wheel arches, where rust tends to develop on older Toyotas. Tyre tread depth and sidewall condition should be verified, as these are often the first components to show wear on vehicles with this mileage profile. The record shows no history of structural or emission-related failures, which is reassuring. However, the age and mileage mean that routine wear items — including steering components, drivetrain mounts, and brake fluid condition — should be assessed during a pre-purchase inspection. The vehicle’s mechanical health appears well maintained, but a hands-on check is essential to confirm the absence of hidden wear or deferred maintenance that may not have triggered a MOT failure.