2014 Honda Jazz 1.3L Petrol · LL14 VGA

A recurring theme of tyre structural defects and brake pad wear runs through this Honda Jazz's MOT history, with the most recent pass on 18 October 2025 noting rear brake pads wearing thin alongside a minor damaged track rod end dust cover. The dangerous nearside front tyre bulge recorded on 27 June 2023 is the most serious item in the file, and when set against earlier advisories for cracking and perishing on three other tyres, it points to a consistent pattern of tyre carcass deterioration rather than an isolated impact. Brake pad advisories have appeared at every test since June 2023, both front and rear, suggesting an ongoing requirement for pad replacement that a buyer should budget for. The track rod end dust cover perishing has been flagged across multiple tests from 2023 onwards, escalating to a minor defect on both sides in 2024 and again on the nearside in 2025, which warrants close physical inspection of the steering linkage for play or looseness. The two clean passes in 2021 and 2022, combined with the minor wiper blade defect that recurred in 2020, round out a record that is broadly roadworthy but carries persistent advisory noise around consumables. At 105,975 miles on a 2014 registration, this Jazz has averaged roughly 8,800 miles annually over twelve years, which sits broadly in line with typical usage for its age and indicates steady rather than unusual accumulation. There are no extended gaps in the MOT testing record, with annual tests consistently recorded from 2020 through 2025, so there is no evidence of a multi-year lay-up that might have triggered deterioration of brake discs, fluid, or underbody corrosion. The mileage progression between tests is smooth and incremental, showing the vehicle has been in regular service rather than subjected to long periods of disuse or sudden high-mileage jumps that can stress the drivetrain. For a 1.3 or 1.4 litre Honda Jazz of this vintage, the recorded mileage is well within the expected working life of the engine and transmission, though suspension and brake components will inevitably have accumulated wear commensurate with this distance. Given the recurring track rod end dust cover defects, a prospective buyer should jack the front of the vehicle and physically check the ball joints for any rotational play, torn or missing boots, or signs of grease contamination on the surrounding components, as deteriorated covers will accelerate joint wear once ingress occurs. On a test drive, listen for any clonking or knocking from the front end over speed humps and uneven surfaces, and pay particular attention to steering precision, as any vagueness on centre, wandering at speed, or uneven tyre wear across the front pair would indicate the track rod ends may already be approaching replacement. With brake pads having been flagged as thinning at multiple consecutive tests, the discs should be inspected for lipping, scoring, or corrosion pitting, and the rear calipers should be checked for seized slider mechanisms which are common on Jazz models of this era and can cause uneven pad wear. A firm brake pedal with no judder under heavy application and even stopping force without pulling to one side are the key dynamic checks. The tyre history deserves particular attention given the dangerous bulge failure and repeated cracking advisories across all four corners. Inspect the sidewalls of all tyres carefully for any bulging, ozone cracking, or cord visibility, as Honda Jazz models of this generation are known to suffer sidewall deterioration with age regardless of remaining tread depth. Verify that the tyres are of matching size and speed rating on the same axle, and confirm they have been replaced relatively recently with sufficient tread depth across the full width rather than just the centre. On the test drive, listen for any rhythmic road noise that could indicate a flat-spotted or separated tyre, and check for vibration through the steering wheel at motorway speeds. Finally, the headlamp lens residue advisory from 2024 should be verified by checking that both front lamps produce an even, well-aligned beam pattern on a darkened road, as this can affect both MOT compliance and night-time visibility.