2001 MAZDA BONGO FRIENDEE2.0L PETROL

The 2001 Mazda Bongo Friendee presents a stable and currently sound roadworthiness profile. The most recent MOT, conducted on 18 December 2025 at 103,877 miles, resulted in a clean pass with zero defects recorded. This follows an initial failure on the same day for a non-functioning horn and a faulty offside front direction indicator, both of which were rectified during the test session. The maintenance trend is therefore stable, with only minor electrical niggles flagged and promptly addressed, suggesting attentive rather than neglectful ownership in the most recent cycle. The mileage pattern tells a clear story of exceptionally low use for a vehicle approaching its mid-twenties. Between the August 2022 pass at 103,819 miles and the December 2025 tests at 103,877 miles, the vehicle covered just 58 miles over a period of three years and nearly four months. That equates to an annualised rate well below 20 miles per year during that window, following a lifetime average of roughly 4,155 miles per year. Such prolonged stationary periods demand scrutiny of components that deteriorate through inactivity rather than use. Rubber suspension bushes, brake calipers, tyre sidewalls, and seals are all susceptible to perishing, drying, or seizing when a vehicle sits idle for extended stretches. A prospective buyer should prioritise a thorough inspection of the braking system. Even though no brake defects appeared in the most recent test, calipers and discs on a vehicle that has barely moved since 2022 are prime candidates for surface corrosion and binding. The handbrake mechanism and cables warrant equal attention, as cables can seize when left static. Suspension bushes, particularly the front lower arm and rear trailing arm bushes, should be checked for perishing and cracking, a common issue on Mazda Bongos of this era that accelerates with age regardless of mileage. Beyond the drivetrain, the underbody and sills need close visual inspection for structural corrosion, the Bongo's most well-known vulnerability. The exhaust system, fuel lines, and all fluid seals, including gearbox and differential output seals, should be examined for leaks caused by dried or displaced rubber. The horn and indicator faults from the December 2025 failure point to possible corroded connectors or wiring issues elsewhere in the loom, so all electrics, including earth straps, should be tested comprehensively. Tyre date codes must be checked; even with full tread depth, rubber older than six years poses a genuine safety risk.