2023 Skoda Enyaq IV 80 Electric · OV23 WDP

The 2023 Škoda Enyaq IV 80’s latest DVSA MOT test on 2026-04-10 resulted in a clean pass, with no recorded defects or advisories. This outcome represents a stable maintenance trend, as there is no prior MOT history available to compare against, but the absence of failures or advisories in the single test conducted suggests the vehicle has met the minimum roadworthiness standards to date. The vehicle’s age and the lack of prior inspection records mean there is no immediate cause for concern regarding recurring issues, but prospective buyers should exercise caution, particularly given its low recorded mileage relative to its age. The absence of wear-related defects in the MOT does not preclude potential hidden wear or age-related degradation, which may become apparent through a thorough inspection or during a test drive. The recorded mileage of 17,394 miles for a vehicle aged three years is exceptionally low, equating to approximately 5,798 miles per year. Such a low annual mileage is unusual for a modern electric vehicle, especially one with a high-end platform, and may indicate periods of prolonged inactivity or infrequent use. This usage profile can lead to specific concerns, particularly regarding components that are prone to degradation from standing rather than wear from driving. For example, standing for extended periods can accelerate corrosion in brake systems, particularly on the stationary side of the calipers, leading to potential binding or reduced braking efficiency. Additionally, the battery management system in electric vehicles is sensitive to prolonged disuse, though the Enyaq IV’s battery health would ideally be checked via manufacturer diagnostics rather than relying solely on mileage data. Given the vehicle’s low mileage and age, prospective buyers should conduct a meticulous physical inspection to identify signs of age-related wear and potential standing-related issues. Start with the tyres, checking for sidewall cracking or perishing, which can occur even at low mileage due to exposure to UV radiation and temperature fluctuations over time. Inspect the brake system thoroughly, focusing on the rear calipers and discs for signs of corrosion, rust, or binding—common in vehicles that stand for long periods without use. The suspension components, including coil springs, shock absorbers, and suspension bushes, should be examined for wear or excessive play, as prolonged inactivity can lead to stiffness or premature failure in these areas. Listen for unusual noises during a test drive, particularly clunks or rattles from the front or rear suspension, which may indicate worn or failing bushes or damaged strut mounts. A comprehensive test drive is essential to evaluate the vehicle’s operational integrity under dynamic conditions. Pay close attention to the braking system, ensuring there is no brake shudder, uneven wear on the discs, or excessive pedal travel, which could signal binding calipers or worn brake pads. The steering should be checked for any stiffness, play, or unusual resistance, which may indicate issues with the steering rack, tie-rods, or suspension geometry. The electric powertrain should be monitored for any anomalies, such as unusual motor or inverter noises, which could indicate underlying electrical or mechanical problems. Additionally, inspect the exhaust system for leaks or corrosion, and check the fluid levels in the battery management system and other critical reservoirs, such as the cooling system, to ensure they are within manufacturer specifications. If the vehicle has been stored for extended periods, consider verifying the battery’s charge level and any manufacturer-recommended disuse procedures to mitigate potential degradation. Finally, review the service history for any scheduled maintenance, such as fluid top-ups or component replacements, to ensure the vehicle has been properly maintained according to its age and usage profile.