2016 Vauxhall Corsa 1.2L Diesel · YO16 RCZ

A mixed record of structural and consumable wear defines this 2016 Vauxhall Corsa, marked by an initial safety failure followed by a subsequent run of straightforward annual test passes. The most recent MOT inspection, conducted on 15 May 2026 at 69,443 miles, resulted in a pass accompanied by minor defects noting damaged dust covers on both the nearside and offside track rod end ball joints, alongside an advisory for a nearside front tyre worn close to the legal limit. This follows a cleaner pass in 2025 and a 2024 test that noted a light misting of oil on the nearside front shock absorber. However, the earlier part of the vehicle's history includes a dangerous failure in March 2021 due to rear brake pads measuring less than 1.5 millimetres in thickness, alongside multiple advisories regarding pitted and scored brake discs across all four corners, indicating that the car has previously undergone periods of heavy consumable component degradation. Accumulating 69,443 miles over its decade on the road yields an average of roughly 6,944 miles per year, representing typical, moderate usage for a mainstream hatchback of this age. Testing frequency has remained regular and consistent throughout its life, with the exception of an early test conducted in January 2020 followed by a gap leading to the March 2021 failure. This consistent annual mileage accumulation suggests that the vehicle has been in regular operation without extended periods of stationary storage, which generally helps prevent the seizing of mechanical linkages and brake components that often affect vehicles left standing for months at a time. To verify the current condition of the steering and front axle, pay close attention during the test drive for any play, clunking, or vagueness when turning the steering wheel, as the recorded deterioration of the track rod end ball joint dust covers leaves the internal joints vulnerable to accelerated wear from dirt and moisture ingress. Listen carefully over rough road surfaces and speed bumps for any knocking or damping float from the nearside front corner to determine if the oil misting noted on the shock absorber has progressed into a failing damper unit that requires replacement. Furthermore, inspect the front and rear brake discs and pads directly through the alloy wheels to ensure adequate friction material remains, and test the brakes firmly on a safe stretch of road to check for any shudder, vibration, or pulling caused by uneven disc wear or binding components.