2023 Volkswagen ID3 Family Electric · WF23 KHA

The most recent DVSA MOT carried out on 25 August 2026 recorded a full pass with no recorded defects, mirroring the earlier test on 18 March 2026 which also passed without comment. With two consecutive clean certificates within a six‑month period, the maintenance trend can be regarded as stable; there is no evidence of emerging faults or deteriorating components, and the vehicle appears to have been kept in a condition that satisfies the statutory safety and emissions criteria for an EV of this age. At 43,893 miles the 2023 ID.3 Family has logged roughly 14,600 miles per annum, a usage rate that sits above the typical UK average for a three‑year‑old car. This level of mileage suggests a relatively high degree of wear on consumables such as tyres, brake pads and the high‑voltage battery’s cooling system. The mileage figure also indicates that the vehicle has been driven regularly rather than stored for extended periods, which generally benefits battery health but can accelerate tyre tread depletion and brake disc corrosion, especially if the driver relies heavily on conventional braking rather than regenerative deceleration. For a prospective buyer the primary physical checks should focus on age‑related degradation despite the clean MOT. Inspect the tyre sidewalls for any cracking, dry rot or bulging, as the rubber can perish after several years even with moderate tread depth; verify that tyre tread is even and that wear patterns are consistent, indicating healthy suspension geometry. Examine the under‑carriage for any signs of corrosion on the chassis, suspension bushes and control arm mounts, particularly around the front wheel arches where road salt may accumulate. The high‑voltage battery coolant level should be checked and the system inspected for leaks, while a review of the service book for any recorded battery health checks or software updates is advisable. Verify that the 12 V auxiliary battery is not excessively aged, as a weak starter battery can cause intermittent electronic faults in an EV. During a test drive, listen for any clunking or knocking that could indicate worn suspension bushings or loose steering components, and monitor for any vibration or judder when applying the brakes, which would point to uneven pad wear or disc corrosion. Observe the acceleration response; the electric motor should deliver smooth, instantaneous torque without hesitation, and any reduction in power or unexpected warning lights on the instrument cluster should be investigated. Finally, test the charging port for secure fit and proper latch operation, and confirm that the vehicle accepts a full charge without error messages, as this will give an early indication of the health of the high‑voltage battery and its management system.