2022 Volkswagen ID4 Life Electric · BF22 HMH

Consistent, high-intensity usage defines the operational history of this vehicle, which has maintained a clean record of roadworthiness across its two recorded MOT tests. The most recent examination on 17 March 2026 resulted in a pass with no defects identified, mirroring the outcome of the preceding test in April 2025. While the absence of recorded failures or advisories suggests that the vehicle has met the minimum safety standards required for public roads during its brief testing life, the lack of historical data prior to 2025 means there is no insight into the vehicle's condition during its initial years of service. Accumulating 97,137 miles in approximately four years equates to an average of over 24,000 miles annually, a rate significantly higher than the typical passenger vehicle. This high-mileage profile indicates that the car has likely spent a substantial amount of time at motorway speeds, which places particular stress on suspension bushings, wheel bearings, and steering components. While electric drivetrains often experience less mechanical wear than internal combustion engines, the chassis and running gear are subject to the same physical fatigue from constant road contact, making the integrity of these high-wear items a priority for any prospective buyer. During your test drive, pay close attention to the vehicle's handling over uneven road surfaces, as the high mileage increases the likelihood of premature wear in the suspension linkages and anti-roll bar drop links. Listen for any metallic knocking or clunking sounds when traversing speed humps or potholes, which would indicate play in the joints or bushes. Furthermore, observe the steering for any vagueness or pulling to one side, as high-mileage vehicles often require realignment or replacement of track rod ends to maintain precise directional control. Given the heavy usage, verify the condition of the braking system, specifically looking for signs of uneven pad wear or surface corrosion on the discs, which can occur if the regenerative braking system is heavily relied upon and the friction brakes are used infrequently. Ensure that the pedal feel is firm and consistent without any spongy feedback or judder during deceleration. Inspect the underside for any signs of impact damage or debris accumulation that may have occurred during its extensive time on the road, ensuring that all plastic under-trays and protective covers are securely fastened and intact.