2009 Honda Jazz 1.3L Petrol · OV59 WWS

A pattern of recurring brake and tyre concerns defines the mechanical narrative of this 2009 Honda Jazz. Across the seven tests on record, the braking system has appeared as a major failure point and a recurring advisory subject: a 2025 test recorded the vehicle failing on a major defect for service brake lagging across all brakes, the same test also flagged front brake pads wearing thin, while separate tests in 2021 and 2020 noted front brake pads wearing thin on each occasion, and a 2022 test recorded rear brake imbalance with the requirements only just met at 30 percent. Tyre perishing has also been a repeated observation, with the nearside front tyre flagged in 2024 and again in 2025, the offside rear tyre flagged in 2022 and 2024, and the 2025 fail specifically noting damage or cracking on the nearside front. The most recent test on 13 February 2026 returned a clean pass with no advisories or defects recorded, which is a positive outcome on the day, but the underlying pattern shows that brake performance and tyre condition have been marginal on more than one occasion, and a prospective buyer should treat this as a vehicle with a documented history of brake and rubber component concerns rather than one with a uniformly clean record. Against a 17-year registration, the recorded odometer reading of 36,379 miles equates to roughly 2,140 miles annually, which is a notably low accumulation rate for the age of the vehicle. Such low usage can mean reduced wear on major mechanical assemblies like the engine, clutch and gearbox internals, but it also carries implications for components that degrade through standing rather than use: brake discs and pads can corrode or seize through infrequent operation, rubber items such as tyres, suspension bushes, and drive gaiters can perish from age rather than mileage, and underbody surfaces can develop surface corrosion despite limited road exposure. The MOT history shows annual testing from 2020 onwards with no extended lay-up gaps, suggesting the car has remained in active use throughout the recorded period, which reduces but does not eliminate the standing-related deterioration risks. The mileage progression between tests is broadly consistent rather than displaying any sudden jumps, supporting the impression of steady light use rather than odometer irregularities. The brake-related history warrants particular physical inspection before purchase. The 2025 major failure for service brake lagging is the most significant item and points to either a hydraulic issue, a servo problem, or mechanical binding within the system that should be investigated and rectified; a buyer should confirm documentary evidence of the repair carried out and, on a test drive, pay close attention to pedal feel for any excessive travel, sponginess, or a pedal that sinks under sustained pressure. With front brake pads having been flagged as wearing thin in three separate tests, the caliper slide pins, guide channels, and piston dust seals should be checked for corrosion and freedom of movement, and the discs should be measured for both thickness and lip run-out, as low-mileage use combined with pad replacement can leave scored or corroded discs in need of machining or renewal. Any pulling to one side under braking, or a juddering pedal, would indicate that further brake rectification is needed. The recurring tyre perishing advisories are consistent with age-related rubber degradation rather than simply wear from mileage, and a buyer should inspect all four tyres plus the spare for sidewall cracking, tread separation, and DOT manufacture date stamps older than five years, as old stock rubber can fail to grip even when tread depth remains adequate. Given the low annual mileage, suspension components such as the front and rear bushes, anti-roll bar drop links, and shock absorber mountings should be examined for perishing, hardening, or fluid leakage, and the exhaust system should be checked for corrosion at the mounting brackets and joints, as low-mileage vehicles often suffer exhaust failure from rust rather than mechanical wear. Finally, the underbody and suspension subframes should be inspected on a ramp for any surface corrosion given the vehicle's age, and on a test drive any clonks over uneven surfaces, vague steering, or uneven tyre wear should be treated as prompts for closer mechanical evaluation.