2011 KIA Soul 1.6L Diesel · LA11 CNN

A recurring theme of brake and chassis defects sits at the heart of this Kia Soul's MOT record, with two failures in 2022 and 2025 and a further failure in 2026 directly attributable to the braking system and front suspension. The most recent test on 7 August 2026 recorded a clean pass with no advisories, which on the surface is reassuring, but it follows a serious failure only ten days earlier on 28 July 2026 that included two Dangerous defects relating to the parking brake recording no effort at either rear wheel. Combined with a binding offside front service brake, excessive parking brake lever movement, and a fractured nearside front coil spring flagged in 2022, the pattern points to braking and suspension components that have required repeated attention rather than a single isolated repair. The fact that the car passed cleanly so soon after a Dangerous failure suggests remedial work was carried out, but the underlying components - secondary brake actuation, front caliper or shoe mechanism, and front coil spring - should be considered areas of heightened risk going forward. Against an age of around fifteen years, the recorded mileage of 51,670 equates to an average of roughly 3,445 miles per year, which is very low and consistent with a vehicle that has either been used sparingly for short trips or has spent extended periods off the road. The MOT history is continuous from 2022 onwards with annual tests, indicating the car has been kept on the road, but the low annual mileage carries its own mechanical implications. Standing time allows brake discs to corrode and bind, which is a plausible contributing factor to the binding offside front caliper recorded in 2026 and the brake imbalance failure in 2025. Rubber components such as suspension bushes, brake hoses, and gaiters also deteriorate with age rather than mileage, so the cumulative wear from fifteen years of environmental exposure should not be underestimated despite the modest odometer reading. For a prospective buyer, a close inspection of the braking system is the single most important priority. On a test drive, listen for any scraping or grinding from the front wheels that could indicate a caliper still binding after the recent repair, and check for residual heat at the offside front wheel immediately after a short drive. The handbrake should hold the vehicle on a moderate incline with only a few clicks of travel; any need to pull the lever excessively high, or any failure to hold, would suggest the secondary brake actuation remains problematic despite the pass. Inspect the visible brake pipes and flexible hoses for corrosion, cracking, or bulging, as brake line integrity is a common failure point on older vehicles and was not specifically cleared in any of the recent advisories. The rear drums or discs should also be examined for wear, as the 2023 advisory noted all four brake discs as worn, pitted, or scored, and while not seriously weakened at that time, scoring can progress to require replacement within a few thousand miles on a low-use car that sits idle in damp conditions. The front suspension should be the second focus area. The 2022 failure for a fractured nearside front coil spring indicates a component that has already failed once, and a fractured spring on a fifteen-year-old vehicle often reflects general suspension fatigue. On a test drive, listen for clonks or knocking from the front end over speed bumps and uneven surfaces, which would suggest worn top mounts, drop links, or anti-roll bar bushes. Pay particular attention to any loss of ride height at the front, uneven tyre wear across the front axle, or a sense that the car floats or crashes over undulations, all of which can indicate weakened springs or dampers. Finally, check the underside of the vehicle for corrosion around subframes, suspension mounting points, and the exhaust system, as a car of this age in UK conditions is vulnerable to structural rust even with low mileage, and none of the recent MOT entries provide specific reassurance on underbody integrity.