2007 Toyota Hilux 3.0L Diesel · BF57 WVW

The maintenance trend for this 2007 Hilux is concerning, showing a worsening pattern of structural corrosion that requires repeated repairs. The most recent test on 2025-09-29 at 201,637 miles resulted in a pass, but only after an initial failure on the same day. The tester flagged excessive corrosion seriously affecting structural strength near the nearside and offside front body mountings, alongside an offside rear suspension mounting significantly reduced by rust. A major central exhaust leak and elevated exhaust emissions also caused failure. The same-day pass indicates welding and exhaust work were carried out immediately, masking an otherwise severe decline in structural integrity. Accumulating 201,637 miles over nineteen years results in an average annual mileage of roughly 10,612 miles, which is typical for a working pickup. The recorded intervals show steady accumulation: 191,304 miles in October 2023, 197,187 miles in October 2024, and 201,637 miles in September 2025. This consistent progression rules out long periods of standing, pointing instead to regular, heavy commercial use. The recent jump of 4,450 miles in eleven months confirms the vehicle remains in active, demanding service. A buyer must inspect the front subframe and body mountings closely. The tester repeatedly flagged excessive corrosion within 30cm of mountings, specifically the nearside and offside front sections in 2025, and the offside rear suspension mounting. The 2024 failure also cited excessive rear structure corrosion affecting braking and steering. Repairing these areas requires cutting and welding; poor quality patching will compromise structural rigidity. Examine the brake pipes as well, since testers noted corrosion covered in grease on the nearside front and rear lines, a sign of deferred underbody maintenance. The exhaust system demands scrutiny too. The 2025 failure recorded a major central exhaust leak and emissions exceeding the manufacturer's limit, suggesting the system is deteriorating internally or the catalytic converter is failing. Suspension components, particularly the offside rear mounting, show advanced decay. Surface rust on brake lines and repeated structural welding imply previous owners prioritized passing the MOT over long-term durability. Have a specialist check the welds on the front mountings and rear suspension brackets for porosity or poor penetration before purchasing.