2012 Honda Jazz 1.3L Petrol · OV12 UPZ

The defining mechanical theme across this 2012 Honda Jazz's MOT record is a gradual, multi-year deterioration of the underbody and chassis components, culminating in a failed test on 11 July 2026 that was subsequently rectified and passed five days later. The most recent pass on 16 July 2026 should therefore be read in the context of an active and ongoing set of wear items. Coil spring corrosion has been flagged on both rear springs in 2023 and on the offside front and nearside rear springs in 2022, indicating progressive surface oxidation rather than isolated degradation. The 2026 failure introduced a new concern with the offside front anti-roll bar ball joint, where the dust cover had perished to the point that dirt ingress was likely, and a binding nearside rear service brake, which was clearly significant enough to be classified as a Major defect. The pattern shows a car that is technically roadworthy on the day of test but accumulating chassis and braking wear at a steady rate. Against a fourteen-year life, 106,361 miles equates to an average of roughly 7,600 miles annually, which is broadly typical for a vehicle of this age and category. The mileage progression across the recorded tests is consistent and continuous, with no obvious gaps that would suggest extended periods off the road or sudden unexplained jumps that warrant suspicion. This level of use would normally result in moderate wear on consumable items such as brake pads, discs, tyres, and suspension bushes, which aligns with the advisory and failure pattern observed. There is nothing in the recorded mileage to suggest a particularly harsh usage profile, nor is there evidence of long-term storage that might have produced its own set of deterioration issues. A prospective buyer should pay particular attention to the suspension and braking systems given the history. The repeated advisories for corroded coil springs, particularly on the rear axle, warrant a close visual inspection for cracking or flaking near the spring seats, and a test drive over uneven surfaces should be used to listen for any knocking or clonking noises that could indicate weakened springs or worn anti-roll bar drop links, the latter being directly relevant given the 2026 dust cover failure. The brake system requires careful evaluation: the binding nearside rear caliper or handbrake mechanism that caused the recent failure should be checked by driving at low speed and listening for dragging or a pulling sensation, while the rear brake disc advisory from the same test suggests the discs are scored and may be approaching the point of replacement, so a spongy or pulsating pedal under firm braking would be a concern. The undertray has been flagged as not fully secure in consecutive years, which is a minor item but worth checking is properly refitted to avoid rattles or wind noise. Finally, the tyre condition has been a recurring advisory throughout the record, with cracking and perishing noted on multiple occasions across both front and rear axles, and a previous advisory for tyres worn close to the legal limit on the nearside edge. On inspection, all four tyres should be examined closely for sidewall cracking, tread depth, and any uneven wear patterns that might point to suspension geometry issues or alignment drift. A smooth brake pedal was noted in 2025, which is a wear item specific to the pedal rubber rather than the braking system itself, but it is worth confirming that the pedal still provides adequate grip. Given the chassis corrosion trend, it would be prudent to have the vehicle raised on a ramp for a thorough inspection of the rear axle, spring pans, brake pipes, and underbody seams for any advanced corrosion that might not be visible from the wheel arch, as MOT advisories only capture defects visible from the approved test positions.