2016 KIA Picanto 1.0L Petrol · SO16 NWM

The 2016 Kia Picanto presents a mixed mechanical picture following its most recent MOT in August 2025. The maintenance trend currently appears stable, though a recurring issue with the nearside rear shock absorber persists. During the August 2025 test at 26,968 miles, the tester flagged reduced damping effect on the nearside rear shock absorber as an advisory, a fault first noted in the failed pre-test inspection three days earlier at 26,965 miles. The vehicle passed this latest assessment, indicating the shock absorber degradation has not yet reached a dangerous threshold, but the issue remains unresolved. The mileage pattern is exceptionally low for a vehicle of this age. Between the September 2023 test at 23,767 miles and the August 2024 test at 25,617 miles, the Picanto covered just 1,850 miles over eleven months. A further 1,351 miles were added between August 2024 and August 2025, bringing the total to 26,968 miles. This averages roughly 2,700 miles per year, suggesting the vehicle spends extended periods stationary. Prolonged standing causes flat-spotted tyres, seized brake calipers, and degraded suspension components due to bushes and dampers remaining compressed under static load. A prospective buyer must inspect the front suspension and braking components closely. The August 2024 failure at 25,616 miles cited an excessively worn offside front suspension arm pin or bush, while the August 2025 failure at 26,965 miles highlighted an excessively damaged offside front ABS component. These distinct front-end failures suggest the vehicle may have suffered impact damage or sustained accelerated wear on that side. Examine the offside front wheel arch, ABS sensor wiring, and suspension arm for signs of physical damage or makeshift repairs. Check the nearside rear shock absorber for oil leaks and test its compression resistance. Given the ultra-low mileage and extended stationary periods, thoroughly inspect the tyre sidewalls for perishing and the brake discs for surface corrosion, which develops rapidly on a vehicle that rarely generates sufficient heat to wipe the rotors clean.