2011 Honda Jazz 1.3L Petrol · SD61 AAE

The vehicle most recently passed its MOT on 17 August 2026, with only a minor defect noted for an offside rear registration plate lamp being inoperative within a multiple lamp assembly, alongside a single advisory regarding corrosion to the rear axle suspension components that was not deemed serious at the time of test. Looking at the broader trend, the test history shows a mixed but broadly stable pattern: the car passed cleanly in August 2025 just two days after a failure for exhaust emissions and a wiper blade issue, suggesting that remedial work was carried out promptly, and it passed again in August 2024 following an earlier failure for parking brake efficiency. There is no escalating pattern of repeat defects, but the appearance of corrosion advisories and a major exhaust leak within the past twelve months does suggest that the vehicle is entering a phase where age-related deterioration of underbody and exhaust components is becoming more apparent and warrants close physical scrutiny at the point of purchase. With a recorded mileage of 76,703 miles over approximately fifteen years, this Honda Jazz has averaged around 5,114 miles per annum, which is notably low for its age and indicates either light usage or, more probably given the MOT gaps and relatively short intervals between tests, extended periods of standing or very intermittent use. Low annual mileage of this nature reduces wear on major mechanical assemblies such as the engine, gearbox and clutch, but it conversely increases the risk of deterioration through inactivity, including brake disc corrosion, sticking or binding calipers, dried and cracked rubber components, and degradation of time-sensitive service items such as brake fluid, coolant and the 12V battery. A buyer should establish whether the recorded gaps between MOTs and the absence of intermediate mileage corroborate a lightly-used car or whether there are periods of unrecorded use that could mask higher wear. Regarding the specific defects and advisories on file, the major exhaust leak recorded in August 2025 and the associated lambda sensor reading outside specification should both have been addressed at the time of the subsequent pass, but a prospective purchaser should still inspect the full length of the exhaust system from manifold to tailpipe for any signs of black sooting, blown gaskets, corrosion holes or physical damage, and should listen for any ticking, blowing or popping noises from the engine bay or under the car at idle and under load. The rear axle corrosion advisory suggests that the coil springs, bushes and shock absorber mountings should be visually examined for advanced surface rust and any cracking of rubber elements, and the car should be driven over uneven surfaces to listen for clonking or knocking noises from the rear suspension. The nearside front tyre advisory from 2024 indicates a tendency towards outer edge wear, which on a front-wheel-drive hatchback commonly points to worn suspension bushes, incorrect tracking, or worn lower arm components, all of which would justify a four-wheel alignment check and a careful test drive for steering wander, vibrations through the wheel or uneven pulling to one side. Beyond the documented MOT findings, a car of this age and low usage profile demands particular attention to items that deteriorate with calendar age rather than mileage. Tyres older than five years should be inspected for sidewall perishing, cracking and hardening even if the tread depth remains adequate, and the manufacturing date on the sidewall should be checked against the date of any replacement. The 12V battery is very likely nearing the end of its service life and should be load-tested, while brake fluid should be assumed overdue for renewal as it typically requires changing every two years regardless of mileage due to its hygroscopic nature. Coolant, gearbox oil and any power steering fluid should likewise be verified as fresh, and the service book or digital service history examined for regular stamp coverage. Finally, the brakes should be physically inspected for corroded or pitted discs and seized caliper slides, the handbrake mechanism confirmed to hold firmly on an incline given the earlier efficiency failure, and the underside of the vehicle examined on a ramp for structural corrosion, particularly around the rear axle, jacking points and inner sills where prolonged standing can accelerate rust development.