2014 Toyota Hilux 2.5L Diesel · WD64 TVE

The 2014 Toyota Hilux is currently roadworthy following its most recent MOT on 2026-01-16, passing with minor defects related to corrosion on the rear brake pipe and slight wear in the leaf spring shackles. However, the maintenance trend shows a worsening pattern over the past two years, with recurring issues in the same areas—particularly the leaf springs and brake binding—indicating potential neglect or unresolved underlying problems. The fact that the same suspension and braking faults have persisted despite passing tests suggests these are not isolated incidents but systemic concerns that may require immediate attention. The vehicle has accumulated 97,345 miles over 12 years, averaging approximately 8,112 miles annually, which is within the expected range for a commercial or utility vehicle of this type. The MOT history reveals a consistent pattern of minor defects rather than major failures, with no evidence of sudden mileage spikes or long gaps between tests. The most recent test occurred just five months ago, and the vehicle has been maintained with regular MOTs, suggesting the owner has prioritized compliance. However, the repeated mention of the same issues across multiple tests raises questions about the depth of repairs conducted. Buyers should conduct a thorough inspection of the rear suspension, focusing on the condition of the leaf springs and shackles, as these have been flagged in every MOT since early 2024. The persistent brake binding on the offside rear wheel warrants a detailed check of the calipers and brake lines for binding or corrosion. Additionally, the recurring registration plate lamp issues suggest either a persistent electrical fault or a lack of attention to basic lighting compliance. The exhaust system, while currently passing, has shown minor leaks since 2024 and may require replacement soon. A pre-purchase inspection should include a full brake system check, suspension evaluation, and a thorough look at the undercarriage for signs of rust or structural damage.