2022 KIA Niro 2 EV Electricity · NJ72 LFF

A mechanical evaluation of this electric vehicle reveals a generally stable roadworthiness profile, albeit with an early, notable failure regarding its braking system that has since been rectified. The vehicle successfully passed its most recent MOT test on 10 August 2026, with the sole advisory noting that a full undertray was fitted. This latest result indicates a positive trend, moving away from the dual defects recorded during its first MOT attempt in August 2025. The transition from an initial failure to consecutive clean passes suggests that the primary mechanical issues identified early in its service life have been addressed, though the presence of the undertray means certain underside components were obscured from the inspector's view during the latest assessment. Accumulating approximately 11,332 miles per year represents a highly typical usage pattern for a four-year-old vehicle in the UK. This consistent mileage accumulation suggests regular road use rather than prolonged periods of inactivity, which is generally beneficial for an electric vehicle's high-voltage battery health and auxiliary systems. Mechanically, this steady mileage means the suspension bushes, dampers, and steering linkages have been subjected to standard road vibrations and load cycles, but have not yet reached the typical threshold where major wear-and-tear degradation occurs. However, because electric vehicles rely heavily on regenerative braking for deceleration, the physical friction brakes can suffer from underuse, which directly correlates with the parking brake efficiency failure recorded in 2025. Prospective buyers must pay close attention to the braking system, specifically the parking brake mechanism that failed in August 2025. On a test drive, it is crucial to test the parking brake on a steep incline to ensure it holds the vehicle securely without slipping, and to listen for any unusual binding noises, squeals, or grinding sounds when pulling away, which could indicate a sticking caliper or poorly adjusted actuator. Additionally, because regenerative braking reduces the frequency of friction brake application, the brake discs should be visually inspected through the wheel spokes for signs of heavy corrosion, pitting, or uneven wear, which can cause pedal pulsation or a spongy pedal feel under hard braking. The advisory regarding the full undertray on the 2026 test is a standard industry note, but it means key structural and suspension components, including the subframe, steering rack, and lower control arms, were not fully visible to the MOT tester. A physical pre-purchase inspection should involve raising the vehicle to inspect behind this undertray for any signs of road impact damage, coolant leaks from the battery pack cooling system, or split drive shaft boots. During the road test, the steering should feel precise and free of play, with no pulling to one side or knocking noises when traversing speed bumps or uneven road surfaces, ensuring the front suspension geometry remains true and undamaged.