2023 Skoda Enyaq IV 80 Sportline Electricity · L5 PCE

The 2023 Skoda Enyaq IV 80 Sportline presents a stable and unblemished roadworthiness record. The sole MOT test on 4 February 2026, conducted at 66,531 miles, passed with zero defects, advisories, or fails. This single clean bill of health indicates the vehicle met all DVSA standards on that date. However, with only one recorded test in its lifespan, there is no longitudinal trend data to confirm whether emerging faults were consistently resolved or if the powertrain and chassis have been free of intermittent issues. The maintenance picture is stable but shallow. The mileage accumulation is notably aggressive for a three-year-old electric vehicle. Covering 66,531 miles at an average of approximately 22,177 miles per year suggests sustained high-speed motorway use or intensive commercial deployment rather than light suburban commuting. This rate of accumulation accelerates wear on consumable components, particularly tyres, brake discs and pads, suspension bushes, and dampers, even in an EV where regenerative braking reduces friction brake use. The MOT history offers no prior mileage readings to cross-reference, so a buyer cannot verify whether the odometer reading is consistent with a plausible annual climb or if there are gaps suggesting periods of inactivity or potential discrepancies. The absence of any recorded defects is reassuring but not a substitute for a physical inspection. High-mileage electric SUVs place specific demands on their running gear. Front lower suspension arms and rear trailing arm bushes commonly develop play under sustained motorway loads. Tyre wear on the driven axles should be measured against the 1.6mm legal minimum, as uneven wear patterns can indicate alignment drift from worn suspension geometry. The braking system, including caliper slide mechanisms and the parking brake actuator, warrants close examination, as binding or sticking components are frequent failure points on EVs that see mixed urban and high-speed use. A prospective buyer should commission a pre-purchase inspection focusing on structural corrosion around the subframe mounting points and sills, given the vehicle's age and mileage. The high-voltage battery health should be assessed using manufacturer diagnostic software to confirm state of charge and cell balancing. Test drives must include low-speed manoeuvres to detect drivetrain clunks and high-speed motorway runs to expose wheel bearing noise or steering vibration. The clean MOT record is a positive starting point, but the intensive mileage demands a thorough mechanical and electrical verification before purchase.