2010 Honda Jazz 1.3L Petrol · LT10 AAJ

A clear pattern of rear-tyre perishing, bodywork deformation at the nearside rear, and minor steering component deterioration runs through the DVSA record for this Honda Jazz, even though all four recorded tests since 2022 have been passed. The most recent examination on 16 December 2025 returned a clean pass with no advisories or defects recorded, but the underlying trend across 2022, 2023, and 2024 shows recurring issues that warrant close attention. Both rear tyres were flagged for slight cracking or perishing on every test from 2022 to 2024, suggesting either prolonged standing periods accelerating sidewall degradation or rubber that has simply reached the end of its service life. The nearside rear integral body structure was noted as deformed on two occasions (2022 and 2024), though the examiner assessed structural rigidity as not significantly reduced on both visits. The 2023 test also surfaced a minor defect for a deteriorated offside track rod end dust cover, and an offside headlamp lens coating was flagged on consecutive tests before falling out of the record by 2024, possibly indicating that the lens was refurbished or replaced. Recorded mileage of 45,373 miles across approximately sixteen years equates to an annual accumulation of around 2,836 miles, which is substantially below average for a vehicle of this age and type. The MOT record only begins in February 2022, so there is no documented testing history for the first twelve years of the vehicle's life, and mileage progression between recorded tests is consistent with a low-use or intermittently-used car rather than steady daily driving. While low annual mileage reduces wear on major drivetrain components such as the engine, clutch, and gearbox, it also brings specific mechanical risks worth considering. Brake discs and pads can suffer from corrosion and seizing calipers through prolonged inactivity, rubber components including tyres, suspension bushes, and weatherstrip seals harden and perish, and coolant hoses and drive belts can degrade internally without the heat cycling that regular use provides. Given the repeated rear-tyre advisories, the prospective buyer should inspect both rear tyres closely for sidewall cracking, tread depth below 1.6mm across the full width, and any uneven wear that might suggest a tracking or suspension geometry issue. On a test drive, listen for any clonking or knocking from the rear suspension over uneven surfaces, particularly noting whether the nearside rear area produces any unusual sounds given the recorded body deformation; pay particular attention to rear wheel bearing rumble, which can manifest as a drone that changes with cornering. Check the offside front steering for any play or vagueness through the track rod end, as the deteriorated dust cover noted in 2023 can allow grit ingress that accelerates joint wear, and on a raised vehicle or during a stationary steering check, look for any looseness or uneven tyre wear on the inside edge of the offside front. The nearside rear body deformation should be physically examined for any signs of previous accident repair, fresh paint overspray, or corrosion developing around the deformed area, as integral body structure advisories can sometimes mask poorly repaired damage. The minor track rod end dust cover defect from 2023 and the persistent rear tyre perishing are the components most likely to have progressed since last being recorded. Inspect the dust cover directly by turning the steering lock to lock with the engine running and the wheels straight, feeling for any notchiness or clicking through the steering wheel that would indicate joint wear beyond acceptable limits. Check the brake pedal for a firm, high feel with no sponginess that might suggest seized calipers or corroded brake components from low use, and verify the handbrake holds firmly on an incline, as rear brake mechanisms are particularly susceptible to corrosion on lightly-driven vehicles. Finally, verify that all fluid levels are at maximum marks and that there are no obvious signs of fluid leaks from the engine or undertrays, and confirm the offside headlamp still produces a clean, even beam pattern without the product contamination previously recorded.