2006 Honda Jazz 1.3L Petrol · MF56 TYW

A clear pattern of brake-related failures and recurring chassis corrosion advisories dominates the DVSA history of this 2006 Honda Jazz, which is now approaching two decades of age. The most recent test on 16 August 2024 returned a pass with no defects recorded, but this sits just one day after a Dangerous failure on the rear offside brake assembly, where the disc was deemed seriously weakened, the pads had worn below the statutory 1.5 mm threshold, and the caliper was binding to the extent that braking effort across the rear axle was imbalanced. A separate Dangerous failure on 20 August 2021 produced near-identical findings at the nearside front and rear brake pads, again with accompanying advisories for pitted rear discs, light corrosion on the rear brake pipes, and a deteriorating rear exhaust silencer box. Two failed wiper tests in 2023 are comparatively minor, but the cumulative picture is one of under-trusted braking hardware and progressive body and underfloor corrosion that has been flagged on multiple occasions, most explicitly in the 2022 test. The recorded mileage of 60,236 miles against a 20-year vehicle age equates to roughly 3,000 miles per year, which is unusually low for a car of this vintage. MOT records are consistent in showing tests clustered around the same mid-August window from 2020 through 2024, with no gaps to suggest prolonged off-road storage, meaning the low annual figure likely reflects genuinely light running rather than long periods of standing. Mechanically, light usage reduces wear on high-mileage components such as the engine, clutch and gearbox internals, but it can accelerate ageing in items that suffer from disuse, including brake discs corroding and pitting on the friction surface, brake caliper sliders seizing, and underbody corrosion advancing unchecked. The pitting observed on the rear brake disc in 2021 and the binding rear caliper in 2024 are both consistent with this low-use, corrosion-driven wear pattern rather than friction-lining wear from heavy braking. For a prospective buyer, the immediate priority is a thorough physical inspection of the braking system rather than reliance on the clean 2024 pass alone. The rear brake pipes, first noted with slight corrosion in 2020 and 2021, should be examined closely for any flaking, scaling or perforation along their length and at the unions, as brake pipe corrosion can progress from advisory to failure within a single year. Both front Macpherson strut top mount pins or bushes were flagged as worn in 2022, so listen for clonking or knocking from the front suspension over speed humps and uneven road surfaces, and check for uneven tyre wear on the front pair which can indicate the strut bearings are no longer locating properly. The general underbody corrosion advisory from the same test warrants placing the vehicle on a ramp to inspect the subframe mounting points, suspension arms and anti-roll bar drop links for any deep structural corrosion that could compromise the integrity of the steering and suspension geometry. On a test drive, the brake pedal feel will be the most telling indicator of whether the rear caliper binding has been properly rectified. Expect a firm pedal with even pull-away braking rather than any tendency to pull to one side, and listen for any grinding, scraping or rubbing noises from the rear hubs while rolling slowly with the engine off, which would suggest a caliper is still dragging. Confirm the handbrake holds firmly on an incline, as sticking rear calipers frequently manifest as a handbrake that travels excessively or fails to hold. Inspect the rear silencer box for the blueing, hangers breaking, or active blowing that the 2021 deterioration advisory suggests may have worsened, and check the windscreen wipers operate smoothly across the full swept area to ensure the 2023 failure has not simply been left to recur. Finally, given the underfloor corrosion record, examine the boot floor, jacking points and rear wheel arches for any perforation, as surface rust at advisory level today can translate into structural concerns at the next MOT.