2023 Volkswagen ID5 GTX Style Electric · LG08 DOG

With only a single MOT test recorded so far, the Volkswagen ID.5 GTX has a brief but largely unremarkable roadworthiness record, passing on 9 April 2026 with no defects or failures noted. The only items flagged during that examination were two advisories relating to perishing on the nearside and offside front tyres, suggesting early-stage sidewall or tread degradation that has not yet reached a failure threshold but warrants monitoring. There is simply not enough testing history to establish a meaningful trend of recurring component wear, and the absence of brake, suspension, or corrosion advisories on this sole test indicates that the inspectable mechanical items presented no immediate concerns at the time of examination. The recorded mileage of 19,051 miles against a three-year age equates to an annual accumulation of roughly 6,350 miles, which sits within typical parameters for a vehicle of this type and age. There are no recorded gaps between tests, and mileage progression appears consistent with steady rather than erratic use. Mechanically, this kind of usage profile on an electric vehicle with regenerative braking tends to preserve friction material on the discs and pads, and it reduces stress on suspension components relative to higher-mileage equivalents. However, the relatively modest annual mileage means certain components such as the 12V auxiliary battery, tyre sidewalls due to prolonged static loading, and brake mechanisms may still be susceptible to age-related degradation rather than wear from use. For a prospective buyer, the priority inspection areas flow directly from the advisory items. Both front tyres have been flagged for slight perishing or cracking, so a physical examination of the sidewalls and tread for visible crazing, small fissures, or hardening of the rubber is essential, particularly on the inner and outer shoulders where UV and flexing stress concentrate. Where these tyres have been replaced since the test, check that the replacements are of matching specification and load rating, as mixing tyre types on a high-performance EV can affect traction and range. The absence of brake-related advisories does not preclude wear, and given the regenerative braking system, the friction brakes may exhibit corrosion on the disc surfaces or seizing of caliper slide pins due to infrequent operation, so a test drive should include several firm pedal applications from moderate speed to confirm smooth, even retardation without judder or pulling to either side. Suspension and steering components have not been flagged on the available record, but given the heavy battery mass of an electric vehicle of this class, close attention should be paid to the front suspension bushes, drop links, and top mounts for any knocking or clonking transmitted through the cabin over uneven surfaces or speed humps. A road test should also include a section of poorly surfaced road to listen for any creaks or rattles from the rear suspension, and a motorway run to verify straight-line stability and the absence of steering vibration through the wheel. Finally, confirming that all warning systems, including the tyre pressure monitoring and any EV-specific drivetrain alerts, function correctly at switch-on is advisable, as electronic systems of this type can mask underlying component issues that a basic MOT inspection will not cover.