2014 Subaru BRZ 2.0L Petrol · SN64 VKO

The 2014 Subaru BRZ presents a stable and improving maintenance trend, culminating in a fully clean pass on 24 October 2025 at 66,338 miles with zero defects. That clean bill of health follows a significant turnaround from the failed test on 18 October 2023 at 57,890 miles, where the car presented multiple emissions, lighting, and suspension defects. The subsequent retest on 2 November 2023 still flagged worn front tyres and minor lighting faults, but by October 2024 and again in October 2025, the record shows consecutive clean passes. This trajectory suggests the previous owner addressed the catalytic converter, exhaust leak, and anti-roll bar linkage dust covers rather than simply patching through each annual test. The mileage profile is notably low for a twelve-year-old sports car, averaging roughly 5,528 miles per year. Between October 2023 and October 2025, the odometer moved just 5,343 miles across two full years of testing, indicating very light recent use or possible periods of standing. The 2025 test was conducted at exactly the same recorded mileage as the current figure, meaning the car has effectively not moved since October 2025, roughly eight months ago. Prolonged static storage carries its own risks, particularly with brake disc surface corrosion, tyre flat-spotting, and fuel system condensation, none of which the MOT directly assesses. Despite the clean recent record, the October 2023 failure exposed underlying neglect that a buyer should verify has been properly resolved. The catalytic converter was flagged as obviously defective alongside excessive carbon monoxide and hydrocarbon readings, indicating the exhaust system or engine management had deteriorated significantly before repair. Both front anti-roll bar linkage ball joint dust covers were compromised, allowing dirt ingress that accelerates joint wear. A physical inspection should confirm the replacement catalytic converter is a quality unit and that the exhaust system remains gas-tight, with no fresh corrosion at flexi-joints or mounting points. The front suspension bushes and ball joints deserve close scrutiny given the dust cover failures, as contaminated joints can fail without obvious play during a static check. The recurring tyre wear pattern is worth noting. Inner edge wear on both front tyres appeared in both the October 2023 and October 2022 tests, suggesting the tracking was out of specification for at least a year before the clean passes began. A buyer should verify whether a four-wheel alignment was carried out as part of the remedial work, since fresh tyres alone would mask the underlying geometry fault. Brake components were not specifically flagged, but with only 5,343 miles covered in the last two years and eight months of standing, surface corrosion on discs and binding calipers remain a realistic concern. A road test from cold, checking for pulling, judder, and uneven braking, would confirm whether the braking system has been compromised by inactivity.