2011 Toyota Aygo 1.0L Petrol · FD11 PPZ

The vehicle presented is a 2011 Toyota Aygo with a recorded mileage of 43,134 miles, and it most recently passed its MOT on 6 July 2026 with no defects or advisories recorded, marking a notably clean test outcome. This represents an improving state of affairs following a failure in July 2025 which, although it ultimately resulted in a pass at the same inspection, included a major defect regarding an excessively binding nearside rear service brake. Looking at the broader trend across the recorded tests, the Aygo has consistently passed its annual assessments since 2020, with the 2025 failure being the only instance of a non-pass outcome within the available history. The volume of advisories has fluctuated, peaking in 2023 and 2024 with three recorded items each, before settling to a single advisory in 2025 and a fully clean test in 2026, suggesting that remedial work on the binding brake, tyre cracking, and suspension components was carried out during 2025 and 2026. With approximately 15 years of age and 43,134 miles recorded, the Aygo has covered roughly 2,876 miles annually, which is well below the typical mileage profile for a vehicle of this vintage. This level of usage indicates either a predominantly urban, short-journey driving pattern or significant periods of standing idle. While lower odometer readings generally imply reduced wear on major drivetrain components, they can also accelerate degradation of certain consumables and ancillary systems due to insufficient regular operation. The recorded advisories warrant careful attention. Tyre cracking was flagged on the nearside front and both rear tyres at the 2025 test; rubber perishing from age is a common issue on low-mileage vehicles where tyres may be several years old regardless of tread depth. On a test drive, listen for any excessive road noise or vibration and inspect all four tyres for sidewall cracking, checking the production date codes on the sidewalls to confirm they are not excessively aged. The 2025 major failure for a binding nearside rear service brake suggests possible seized caliper slides or a corroded handbrake mechanism, both of which are common on vehicles that stand for prolonged periods. Since the vehicle subsequently passed, the binding issue has presumably been rectified, but the prospective buyer should test for any pulling to one side under braking, uneven rear brake pad wear, or a dragging sensation when the vehicle is in motion. Suspension advisories in 2022, 2023, and 2024 identified a worn offside front suspension arm pin or bush and external corrosion on both front shock absorber casings. These warrant particular scrutiny; on a test drive, listen for clonks or knocks over uneven surfaces, particularly over speed bumps, and check for uneven front tyre tread wear which often indicates deteriorating bushes. Given the low annual mileage and advanced age of the vehicle, several time-based degradations should be physically inspected regardless of the clean MOT history. The 12-volt battery is a frequent failure point on low-use cars and should be load-tested to confirm its state of health. Brake discs, particularly at the rear where a binding issue was recently resolved, may exhibit corrosion ridges or pitting from standing, which can manifest as brake shudder or vibration under light pedal pressure; this should be evaluated during a test drive. Coolant, brake fluid, and gearbox oil all degrade with calendar age rather than mileage alone, so verifying recent fluid changes through the service book is essential, with brake fluid ideally replaced every two years due to its hygroscopic properties. The exhaust system should be inspected for corrosion, particularly at mounting points and the rear silencer, given the vehicle's age and likely exposure to road salt over fifteen winters. Finally, examine the underbody and suspension components for standing corrosion and confirm that all previous advisory items, including the deteriorated rear registration plate noted in multiple tests, have been properly addressed.