2022 Volkswagen ID5 MAX PRO Performance Electric · GJ72 TNE

An unblemished roadworthiness record defines the early lifecycle of this battery electric crossover, culminating in a clear pass on the 26th of August 2026 at 43,441 miles. Throughout its testing history, which includes an equally faultless pass on the 1st of September 2025, the vehicle has accumulated zero advisories or structural defects. This uninterrupted string of clean inspections indicates that the vehicle's primary high-voltage systems, lighting arrays, braking circuits, and structural mounting points have met mandatory statutory standards without immediate cause for concern during initial examinations. At approximately four years of age with 43,441 miles on the odometer, the vehicle displays an average annual mileage accumulation of roughly 10,860 miles. This usage profile represents a standard operating tempo for a modern family-sized electric vehicle, avoiding the extremes of either prolonged inactivity or intensive commercial fleet mileage. Mechanically, a steady accumulation rate of this magnitude distributes wear evenly across major assemblies, though prospective buyers should still expect normal consumption rates on high-stress components associated with a vehicle weighing over two tonnes. Because this Volkswagen platform lacks historical MOT advisories, pre-purchase evaluation must focus heavily on the physical condition of the chassis, steering geometry, and heavy-duty braking components during a thorough road test. Listen closely for any dull metallic knocks, clunks, or rubber squeaks from the multi-link front and rear suspension assemblies when traversing potholes, speed bumps, or uneven road surfaces, as heavy electric vehicles place substantial loads on anti-roll bar drops links, wishbone bushes, and coil springs. Pay attention to the steering feel for any excessive play or vibration that might suggest premature tracking misalignment or steering rack wear. Evaluate the physical response of the friction brakes during the test drive, ensuring the transition between regenerative braking and mechanical hydraulic braking is smooth and progressive without judder or pulling to one side. Inspect the condition of the brake discs and pads visually for uneven scoring or corrosion, which can occur if the friction brakes are underutilised due to heavy reliance on regenerative deceleration. Additionally, inspect the high-voltage battery casing underneath the floorpan for any evidence of impact damage, scraping, or structural compromise from grounding out on urban obstacles.