2022 Volkswagen ID.3 Electricity · GL72 HPK

The 2022 Volkswagen ID.3 presents a stable but narrowly compliant roadworthiness profile based on its most recent MOT. The vehicle passed its December 2025 test at 28,969 miles, yet the outcome was far from clean. The tester flagged all four tyres as worn close to the legal limit, with both fronts noted as worn on their edges and the nearside rear recorded at just 2mm tread depth. This pattern of simultaneous, uneven wear across the axle suggests the car has been driven on degraded rubber for some time rather than receiving prompt replacement. The maintenance trend is not worsening in a structural sense, but it does indicate a reactive rather than proactive approach to basic consumable upkeep. The mileage accumulation of roughly 7,242 miles per year is entirely typical for a four-year-old vehicle and raises no immediate concerns about excessive use or suspiciously low standing time. The single recorded MOT entry at 28,969 miles provides a clean snapshot, though the absence of earlier test data in this record limits the ability to track long-term wear patterns. What is clear is that the car has covered a moderate, steady annual distance without any obvious gaps or sudden spikes in usage that might suggest prolonged storage or aggressive driving. A buyer should treat the tyre condition flagged in December 2025 as a live concern. All four tyres were borderline at the time of that test, and given the passage of over six months since then, replacement is now almost certain before the next MOT. The edge wear on the front tyres points to potential tracking or suspension geometry issues, so a thorough four-wheel alignment check is advisable. Inspect the suspension bushes, ball joints, and shock absorbers for any play or deterioration that could be contributing to uneven rubber wear. The ID.3 is an electric vehicle with significant battery weight, which can accelerate tyre and suspension component wear if not properly maintained. A pre-purchase inspection should also verify the condition of the brake discs and pads, as regenerative braking systems can mask underlying mechanical wear until it becomes severe.