2023 KIA Niro 2 EV Electric · AE51 ANT

The Kia Niro 2 EV presented a clean roadworthiness status at its most recent MOT test on 23 March 2026 at 21,138 miles, with the examiner recording no defects or advisories. This single pass indicates a stable maintenance trend for the vehicle's early life, though the limited test history prevents identification of recurring faults. The absence of flagged issues such as worn suspension bushes, corroded structures, or binding brake calipers suggests the car met DVSA standards at that point. Registered in 2023, the car shows 21,138 miles over roughly three years, equating to about 7,046 miles per year. That figure aligns with typical private use for this age bracket. The official record contains just one test entry dated 23 March 2026; no earlier MOT data exists because the vehicle was under three years old at first eligibility. Such sparse but clean documentation implies the prior keeper likely adhered to basic scheduled servicing, yet it offers no longitudinal evidence of consumable replacement cycles like tyre tread or wiper blades. A buyer should still commission a physical inspection despite the unblemished certificate. The tester recorded no advisories on brake discs, coil springs, or structural corrosion, but a single assessment cannot reveal intermittent faults. We recommend scrutinising the condition of tyres for uneven wear, checking suspension arms for play, and verifying the high-voltage system casing for impact damage. The EV drivetrain places less demand on friction brakes, yet calipers can seize if the car stood unused for long periods given its modest annual mileage. Given the low yearly distance, inspect underneath for surface rust on subframes and confirm charging port integrity. The clean March 2026 test provides a sound baseline, but prudent purchasers will assess reduction gearbox lubricant where specified and cabin filter condition. Overall, the documentary evidence supports a roadworthy example with no recorded mechanical concerns at the latest examination.