2023 Skoda Enyaq IV VRS 4X4 Electric · Y99 JAM

The defining mechanical story of this 2023 SKODA ENYAQ IV VRS 4X4 is one of persistent tyre-related advisories despite a recent successful MOT, with three separate warnings now active on the record. Both front tyres carry advisory flags for slight damage or perishing, while both rear tyres are noted as worn close to legal limits and appearing worn on the edges, indicating a pattern of progressive tyre deterioration rather than isolated incidents. The presence of multiple recurring advisories at a relatively recent test date suggests that the current condition reflects accumulated wear over time rather than a single problem area, and the need for prompt attention before the next mandatory test interval becomes critical. The vehicle's mileage of 50,296 miles over approximately three years translates to roughly 16,800 miles per annum, which stands in stark contrast to typical usage expectations for a new model and raises questions about actual driving patterns. Such a rapid accumulation rate implies either intensive daily commuting or prolonged periods where the car remained largely stationary while still subjecting components to environmental stresses and gradual internal wear. While the MOT history does not explicitly document regular testing intervals, the extreme mileage combined with the tyre advisories points toward significant tyre and likely suspension system exposure that may have exceeded normal wear thresholds during this period. The front tyres showing damage or perishing behaviour—manifesting as cracks, chips, or uneven tread separation—warrant a detailed inspection for embedded debris, sidewall bulging, and uneven tread depth that exceeds legal specifications, as these conditions often originate from deteriorated suspension bushings or insufficient wheel bearing lubrication under continuous load. The rear tyres being worn close to legal limits indicates progressive lateral wear or centre-to-edge distortion, which can develop rapidly when tyre pressure is irregular or when the subframe experiences minor flex due to age and cumulative mileage; checking for soft spots, excessive scuff marks, and cupping will help determine whether the issue stems from tyre wear alone or underlying structural fatigue within the mounting hardware. During a test drive, pay particular attention to how the vehicle responds over bumps, listening for knocking noises that correspond to the affected tyres and verifying that the steering remains neutral without pulling to either side. Given the high mileage figure, buyers should also conduct a thorough examination of the subframe and suspension mounts, as repeated flex and vibration under sustained loads can accelerate bushings and control arm bushings beyond their rated lifetime even when tyre wear appears confined to the tyres themselves. If the tyre damage is concentrated on the same wheels consistently, inspect the associated suspension arms and ball joints for play or looseness that might contribute to premature wear. Ultimately, the combination of advanced mileage and the present tyre advisories warrants a complete physical inspection of the entire underbody assembly before purchase, particularly to rule out hidden corrosive damage or structural weaknesses that may not yet have triggered MOT-level warnings.