2009 Mazda 2 1.5L Petrol · LR09 KDF

A clean and uninterrupted pass record defines the mechanical story of this 2009 Mazda 2, with the most recent test on 22 November 2025 returning no advisories and no failures, mirroring the pattern established across the preceding three annual examinations. Across four sequential passes from December 2022 through November 2025, the vehicle has accumulated zero recorded defects, which speaks to a consistent state of roadworthiness and an absence of the recurring advisories typically seen on small hatchbacks of this vintage, such as worn suspension components, corroded brake lines, or exhaust deterioration. The only anomaly in the history is a failed test logged on 12 December 2022, which carries no recorded defects in the official record, suggesting either a refusal to allow the test to proceed, an administrative issue, or a rectification carried out before the same vehicle was presented and passed later that same day. The absence of any advisory text over four consecutive testing cycles is an unusually strong indicator of structural and mechanical integrity for a car now in its late teens. Recorded mileage stands at 84,453 miles across seventeen years, equating to an average annual accumulation of roughly 4,968 miles, which is notably low for a vehicle of this age and places it firmly in light-use territory. Such restrained usage generally reduces wear on major drivetrain components, clutch assemblies, and high-mileage service items, although it can also bring its own considerations, particularly around seals, rubber components, and fluids that can deteriorate through age rather than use. The mileage progression between tests, combined with the unbroken annual testing pattern, indicates the vehicle has remained in active service rather than being laid up for extended periods, which is reassuring for verifying the ongoing integrity of components like brake hydraulic seals and exhaust mounting rubbers that suffer from prolonged standing. For a prospective buyer, the absence of any flagged components in the MOT history makes a targeted physical inspection all the more important, as the record alone cannot reveal developing issues that have not yet reached advisory threshold. Particular attention should be paid to the suspension system, which is the most common source of advisories on Mazda 2s of this era, specifically the front wishbone bushes and rear axle bushes, which can develop play and produce clonking noises over speed humps and uneven surfaces. The steering rack mounting and track rod ends are also worth close examination for any knocking or vague feel through the wheel, while the coil springs should be inspected for signs of sagging or corrosion at the seat. On the test drive, listen for any knocking from the front end over broken tarmac, feel for any pull to one side under braking which would suggest a binding caliper or uneven pad wear, and check for vibrations through the brake pedal which could indicate disc lipping, particularly given the low annual mileage which often correlates with short urban journeys that promote corrosion on the disc surfaces. The braking system should be examined closely despite the clean MOT history, as the rear drum brakes on this model are prone to seizing through infrequent use, and a low-mileage car that has predominantly covered short trips may exhibit stiff or seized wheel cylinders and handbrake mechanisms that will not show up on a rolling road brake test. Under the bonnet, inspect for any signs of oil misting around the cam cover and engine block seals, which is typical of an engine of this age and can indicate approaching gasket replacement. The exhaust system should be checked physically for corrosion at the mounting brackets and box seams, as the MOT test does not require a vehicle to be raised for exhaust inspection. Finally, examine the underside carefully for any surface corrosion on the rear subframe and brake pipe runs, as these areas are increasingly vulnerable on a vehicle approaching eighteen years old, even when no advisories have yet been recorded, and would represent the most likely locations for future advisory entries on subsequent MOT tests.