2002 Mazda Bongo 2.5L Diesel · WD52 JRZ

The vehicle presents a fluctuating roadworthiness status with a concerning trend of mechanical degradation and structural aging. While it passed its most recent test in February 2026 at 191,163 miles, this followed a significant failure just two days prior. The transition from a clean record in 2025 to a multi-point failure in early 2026 involving emissions, steering components, and fluid leaks suggests that maintenance is only being performed reactively to pass inspections rather than through proactive preventative care. At 24 years old, the recorded 191,163 miles represent an average annual usage of approximately 8,000 miles, which is consistent with typical light-use commercial patterns. However, the data shows a rapid accumulation of over 8,000 miles between July 2024 and March 2025, followed by another 8,400 miles by February 2026. This increased usage on an older platform has placed significant strain on aging components, as evidenced by the sudden failures across the suspension and braking systems. A physical inspection must prioritize the structural integrity of the chassis. The 2025 failure flagged corrosion on the nearside rear structure near the towbar and under the battery tray. Given that sill covers were only recently fitted as of February 2026, it is vital to inspect behind these covers to ensure rust is not progressing beyond surface level. The buyer should also monitor the offside front power steering leak reported in the latest failure to ensure the pump or hoses are not actively failing. The suspension and steering require close scrutiny. The February 2026 test identified multiple worn lower arm bushes and anti-roll bar bushes on the rear axle, alongside a damaged track rod end at the front. A prospective buyer should verify that these were actually replaced and check the exhaust emissions, as the vehicle previously failed on smoke limits. This indicates potential turbo wear or fuel injector issues that may require a professional diagnostic check to ensure long-term engine viability.