2015 Toyota Aygo 1.0L Petrol · ML15 PYA

The most recent MOT test on the 2015 Toyota Aygo occurred on 2026-05-06, where it passed with several advisories but no failures, following a previous failure in the same test cycle due to exposed tyre cords. The trend in maintenance over the past four years is mixed but not alarming. While there have been recurring advisories—particularly regarding front Macpherson strut corrosion, anti-roll bar wear, and rear brake binding—these have consistently been classified as non-serious, indicating no structural compromise or safety risks. The presence of a dangerous failure in 2022 (front tyre cords exposed) was rectified before the 2023 test, suggesting the owner has taken corrective action, though the tyre condition remains a critical concern. The brake disc pitting and corrosion advisories, though not failing, point to ongoing wear that may warrant closer attention as the vehicle ages further. The recorded mileage of 45,123 miles for a vehicle aged 11 years represents a relatively low annual usage rate of approximately 4,102 miles per year, which is unusually low for its age. Such low mileage can often reflect periods of prolonged inactivity, particularly if the Aygo has been stored in a garage or used sparingly for commuting or leisure. However, this pattern raises questions about potential standing corrosion risks, particularly in the suspension and brake systems, which have been flagged in multiple MOTs. Low mileage alone does not guarantee pristine condition—standing vehicles are prone to rust in wheel arches, brake caliper binding from moisture ingress, and fluid degradation in hydraulic systems. The absence of higher mileage figures suggests that wear on consumables like brake pads, suspension bushes, and tyres may have been mitigated, but the history of corrosion and binding advisories indicates that the vehicle has not been fully protected from environmental exposure. For a prospective buyer, the most critical inspection areas revolve around the front tyres, which have failed MOT due to exposed cords and are now worn close to legal limits. Exposed tyre cords are a severe safety hazard, as they compromise the tyre’s structural integrity and increase the risk of sudden failure. On a test drive, listen for unusual tyre noise or vibrations, and check for uneven wear patterns that could indicate misalignment or suspension issues. The front Macpherson struts, which have been corroded in multiple tests, should be inspected for signs of rust penetration through the strut mounts or bushings. Test the vehicle’s handling for clunking noises when crossing bumps, which may suggest worn suspension bushes or strut damage. Additionally, the rear brake binding advisories suggest that the service brakes may be affected by moisture ingress or caliper sticking; test braking performance for uneven stopping or a spongy pedal feel, and visually inspect brake discs for corrosion or grooving. Beyond the immediate concerns, the brake discs’ pitting and corrosion advisories indicate that the braking system may require professional servicing to prevent further damage. Corroded discs can lead to reduced braking efficiency and premature wear on pads, while pitting can cause uneven wear and heat buildup. The rear wheel bearings, which were slightly noisy in a previous MOT, should also be checked for excessive play or grinding when the wheel is rotated by hand. The anti-roll bar bushes, though worn, are unlikely to fail catastrophically but may contribute to handling irregularities if they become excessively loose. For fluid systems, check the brake fluid level and condition, as standing vehicles can degrade hydraulic fluid over time, leading to spongy brakes. Lastly, given the low mileage and age, the tyre sidewalls should be examined for signs of perishing or cracking, which can compromise their integrity if driven at higher speeds. A thorough inspection of the exhaust system for leaks or corrosion is also prudent, as the Aygo’s emissions components may have been exposed to moisture during periods of inactivity.