2002 Honda Jazz 1.3L Petrol · SD02 LRO

Chronic corrosion and deteriorating front suspension components form the dominant theme in this Jazz's MOT history, with the most recent pass on 31 May 2022 carrying four advisories that include structural body corrosion underneath, a corroded rear brake pipe, a nearside front tyre worn close to the legal limit on the edge, and a worn nearside front lower suspension arm pin or bush. The overall trajectory is a gradual accumulation of advisories rather than a clean bill of health, with rust advisories on the rear sub-frame, rear coil springs, and brake pipes first appearing in 2019 and then repeating through 2020 and 2021, suggesting that the corrosion has been progressing across multiple test cycles. Two failures are recorded within the available history, the first in May 2020 with a dangerous defect for tears in both rear inner tyres and a major non-functional windscreen wiper, and the second in June 2021 with a dangerous defect where the offside front suspension arm pin or bush was assessed as likely to become detached. That dangerous suspension finding is particularly relevant because the same nearside front arm bush had been flagged as worn in the three preceding tests, indicating the component continued to deteriorate between examinations until it crossed the failure threshold. With 67,711 miles recorded across a 24-year-old vehicle, the Jazz has covered an average of roughly 2,800 miles per year, which is low for the age and consistent with light general use interspersed with periods of standing. There is a five-year gap in testing data between the 2017 pass and the 2019 pass, which together with the low annual mileage suggests the car may have been off the road or used only intermittently during the middle part of the last decade, a pattern that often accelerates corrosion on underbody steel and can allow ageing rubber components to harden and degrade. The mileage between 2017 and 2022 cannot be precisely calculated from the records provided, but the relatively low accumulated total across so many years points to a vehicle that has not been subjected to the constant mechanical loading of high-mileage motoring, though low use brings its own considerations for the components already showing surface corrosion. For a prospective buyer, the priority areas on a physical inspection are the rear coil springs, rear sub-frame mounting points, and the full length of the brake pipes, as all of these have been flagged repeatedly for corrosion over the last three recorded tests. The underside should be examined on a ramp or over a pit, paying close attention to the sub-frame-to-body joints for any flaking that has progressed beyond surface rust, and the brake pipes should be scraped gently to check for pitting beneath the grease coating, as heavily corroded sections will eventually need replacement to pass. The nearside and offside front lower suspension arms, bushes, and the related anti-roll bar drop links warrant close attention, with a test drive over uneven surfaces and speed humps to listen for clonks, knocking, or wandering from the front end that would indicate a bush has finally worn beyond its remaining service life. The front tyres should be inspected for uneven inner or outer shoulder wear, which on this model is often linked to worn suspension bushes distorting the geometry, and the rear tyres should be checked for any bulges or sidewall damage given the previous dangerous failures. A final visual check of the windscreen wipers and a fluid test of the rear exhaust joint, which was noted as having a minor gas leak in 2019, would round off a sensible pre-purchase evaluation.