2015 Honda Jazz 1.3L Petrol · SP65 WNB

A near-immaculate MOT profile defines this Honda Jazz, with seven of the eight recorded tests passing cleanly with no advisories and the most recent examination on 17 June 2026 confirming continued roadworthiness without a single defect noted. The only interruption to this otherwise unbroken run came on 29 July 2022, when a single Dangerous failure was recorded for a nearside rear tyre exhibiting structural separation, alongside an advisory for cracking on the offside rear. The Dangerous designation on the tyre sidewall is the most significant item in the file: it indicates a tyre carcass failure rather than a gradual wear issue, and it was resolved at the same test pass immediately afterwards, with no recurring tyre-related defects appearing on any subsequent examination. The absence of any suspension, brake, corrosion, exhaust, or structural advisories across a decade of testing suggests that no chronic wear patterns have yet manifested within the items DVSA routinely inspect. The recorded odometer stands at 32,328 miles across approximately 11 years of life, equating to an average accumulation of around 2,939 miles annually, which is notably below the typical mileage bracket for a vehicle of this vintage. This lower-than-average figure points to either genuine light use or extended periods of standing, and there are no conspicuous gaps in the MOT testing frequency to suggest an extended lay-up, with annual tests consistently recorded from 2020 through to mid-2026. Mechanically, light usage tends to preserve major drivetrain and suspension components but can accelerate certain age-related degradations such as perished rubber, dried-out grease in linkages, and oxidation on infrequently disturbed fasteners. Conversely, the brake discs and pads, clutch, and engine internals should be relatively unworn given the modest mileage. Given the singular tyre defect in 2022, a prospective buyer should carry out a careful physical inspection of the present tyres, looking for sidewall bulges, cracking in the tread grooves, uneven shoulder wear, and checking that the DOT date stamps are within a sensible age window. Even though no suspension components were flagged on any test, low-mileage cars can develop stiff or perished anti-roll bar bushes, top mounts, and lower arm bushes that only become apparent under load; on a test drive, listen for clonks or creaks over speed bumps, particularly from the front, and feel for any vagueness or knocking through the steering column when traversing uneven surfaces. The brakes should be assessed for binding calipers, as light use can lead to corrosion build-up on the pad backing plates, producing a faint scraping noise and potentially causing the affected wheel to run warmer than the opposite side after driving. With no recorded corrosion advisories anywhere in the file, the underbody and wheel arches remain untested by MOT observation, so a visual inspection from beneath using ramps or over a pit is worthwhile, paying particular attention to the rear subframe mounting areas, fuel and brake pipework along the chassis rails, and the exhaust hangers and mounting rubbers, which are known to deteriorate with age regardless of mileage. The fluid condition and service history are not captured in MOT records, so confirmation of recent oil, brake fluid, and coolant changes should be sought directly from the vendor. Finally, on the road, the i-VTEC petrol unit should be allowed to reach full operating temperature before any judgement is made, listening for timing chain rattle on cold start, and checking that the CVT or manual transmission (whichever is fitted) selects cleanly without judder, as these specific components have not been evaluated by the recorded test data.