2006 Honda Jazz 1.3L Petrol · RO06 MLZ

The most recent MOT recorded on 14 March 2022 resulted in a failure, principally for a dangerous tyre tread depth on the nearside front wheel, a fault with the supplementary restraint system warning lamp and a worn front inner suspension arm pin or bush. Although that test also listed a number of minor and advisory items, the presence of a dangerous defect outweighs the pass‑type observations. Over the preceding six‑year period the vehicle has alternated between passes and multiple failures, with recurring major faults for exhaust leaks, lamp failures, corrosion of brake pipe and sub‑frame, and tyre condition. The pattern shows a gradual deterioration rather than a stabilising trend, indicating that the car has not benefited from consistent remedial maintenance. At 85,714 mi the car averages just over 4 000 mi per year, well below the typical usage for a 2006 model. Such low annual mileage often reflects long periods of inactivity, which can accelerate the ageing of rubber components, battery plates and corrosion‑prone steel. The modest mileage does not guarantee the condition of wear items; instead it raises the likelihood of tyre perishing, tyre sidewall cracking, and the development of surface rust on suspension joints, brake pipes and the rear sub‑frame that have already been flagged in the MOT records. Any hidden mileage spikes are not evident, so the primary mechanical implication is that age‑related degradation will dominate over mileage‑related wear. A prospective buyer should give particular attention to the safety‑critical systems highlighted repeatedly. Verify that the SRS air‑bag warning lamp illuminates correctly and obtain a diagnostic read‑out to confirm that the air‑bag module and associated sensors are fault‑free; a lingering fault may require module replacement. Inspect the tyre tread on all four wheels – the nearside front was below the legal limit at the last test, so the remaining tyres are likely close to the end of their service life and should be replaced promptly. Examine the front suspension for play in the inner arm pins, bushings and track‑rod end dust covers, listening for clunks when applying load over bumps, and consider replacing worn bushings. The rear sub‑frame, seat‑belt anchorage points and brake pipe have been noted as corroded; look for flaking rust, pitting or compromised welds, and ensure the brake hoses are free of external corrosion and not leaking. The exhaust system has shown both major and minor leaks and a lambda sensor out of specification, so a thorough visual inspection for cracked manifolds, rusted pipes and a functional oxygen sensor is essential before any emission test. Given the vehicle’s age and the likelihood of prolonged storage, the buyer should also check the condition of the 12 V battery (voltage under load, electrolyte level if applicable), the condition of all rubber hoses and seals for signs of perishing, and the state of the cooling system, brake fluid and power‑steering fluid – all of which should be replaced on a time basis irrespective of mileage. Verify that the windscreen wipers clear the glass effectively and that the headlamp lenses are intact and free of severe clouding; any compromised lenses will need replacement to meet legal illumination standards. A comprehensive test‑drive should include listening for exhaust rattles, feeling for steering shudder or suspension noise, monitoring brake pedal feel for sponginess or pull, and confirming that all indicator lights function correctly. Addressing these items will give a clear picture of the car’s roadworthiness and the likely cost of bringing it to a reliable, MOT‑passable condition.