2016 Mazda 3 2.0L Petrol · BW65 NLA

The most recent DVSA examination on 13 April 2026 resulted in a PASS classification, which is a positive immediate indicator. However, this pass was achieved only four days after a prior FAILED test on 9 April 2026, and the items flagged on that earlier failure require careful scrutiny. The dangerous defects recorded were brake pads at both front corners measuring less than 1.5 mm thick, alongside a major failure for an excessively worn nearside front lower suspension arm ball joint. All three items would constitute immediate safety concerns if not rectified. The fact that the subsequent pass was issued with advisories still present for offside front and offside rear tyre perishing, plus corrosion on both rear coil springs, suggests that some rectification was undertaken to clear the failure items, but the underlying wear pattern and corrosion progression remain relevant for a buyer evaluating long-term condition. The overall maintenance trend over the last two test cycles has clearly worsened, with brake wear escalating from a wearing thin advisory in February 2020 and February 2025 to a dangerous failure in April 2026, accompanied by the emergence of suspension component wear and structural corrosion advisories on the rear springs. The recorded mileage of 99,278 miles over a ten-year period equates to an annual usage of approximately 9,928 miles, which is broadly typical for a vehicle of this age and indicates regular rather than exceptional use. There are no significant mileage gaps between successive MOT records that would suggest prolonged periods of standing or inactivity, the shortest gap being the four days between the failed and passed test in April 2026. Mileage accumulation between tests appears consistent, ranging from roughly 7,000 to 13,000 miles between annual MOTs, with a notable 13,308 mile increment recorded between February 2023 and February 2024. This steady, moderate usage pattern generally supports the integrity of mechanical components such as the clutch, drivetrain, and internal combustion components, as these parts benefit from regular operation. However, the mileage level itself places the vehicle in a bracket where mid-life refurbishment of wear items, including suspension bushes, shock absorbers, and exhaust mounts, becomes increasingly relevant. The brake defect history deserves close attention given the dangerous classification on the April 2026 test. The vehicle has shown repeated advisories for front brake pad wear in 2020 and 2025, culminating in a dangerous failure for both front pads being below 1.5 mm, indicating that the friction material had worn beyond the point of providing effective and safe stopping performance. A prospective buyer should confirm in writing or through recent invoices that new front brake pads have been fitted, and should also inspect the front brake discs for scoring, lipping, or corrosion pitting, as discs are frequently machined or replaced alongside pads at this mileage. On a test drive, listen for brake shudder under firm pedal application, any grinding noises, or pulling to one side under braking, all of which would indicate incomplete rectification or further underlying issues with calipers or hydraulic components. The nearside front lower suspension arm ball joint that failed on excessive wear is a serious structural item, as a worn ball joint can lead to instability, imprecise steering, and in extreme cases wheel separation. Confirm the component has been replaced with a quality pattern or OEM part, and during a test drive listen for clonking noises from the front suspension over speed bumps, uneven road surfaces, or during full-lock manoeuvres, which would indicate worn or insufficiently tightened suspension components. Beyond the recorded defects, several advisories warrant physical inspection. The offside front outer tyre and offside rear inner tyre have been flagged for perishing and cracking, which is consistent with a ten-year-old vehicle regardless of tread depth, as rubber compounds degrade with age through oxidation and UV exposure. Inspect all tyres closely for sidewall cracking, checking between the tread blocks and around the sidewall lettering for hairline fractures, and verify that the tyres fitted at the time of inspection have DOT date codes no older than approximately five years. The advisories on both rear coil springs for corrosion are notable, as Mazda rear coil springs are known to suffer surface and structural corrosion with age, particularly in regions where road salt is used. While surface corrosion is an advisory rather than a failure, progressive corrosion can lead to spring fracture, which presents as a sudden drop in ride height or a metallic clonking over bumps. Inspect the rear springs visually for flaking rust, deep pitting, or any signs of cracking. Given the vehicle age, also verify the age and condition of the 12V battery, the service history including timing belt or chain replacement intervals if applicable to the engine variant, the condition of all underbody plastics and protective panels as referenced in earlier advisories, and the fluid service history including brake fluid, which is typically due every two years regardless of mileage, and coolant, which should be replaced on a calendar basis to prevent internal corrosion within the cooling system.