2021 Volvo XC40 Plus Recharge Twin EV AWD Electric · YP71 AEL

The Volvo XC40 Recharge Twin EV in question carries a clean MOT history, with both tests—conducted on 23 October 2025 and 25 October 2024—resulting in a pass without any recorded defects or advisories. This consistency suggests the vehicle has undergone regular, compliant maintenance within the last year, aligning with the 12-month MOT cycle. The absence of repeated failures or advisories on critical systems like brakes, suspension, or emissions indicates no obvious pattern of neglect or recurring mechanical issues. However, the most recent test occurred just over nine months ago, meaning the vehicle is now approaching its next MOT due date. While this is standard practice, buyers should verify whether the owner has maintained the vehicle beyond MOT requirements, particularly for high-mileage components such as brake pads, tyres, and suspension bushes, which may have worn beyond the MOT’s scope. The recorded mileage of 32,274 miles, combined with the vehicle’s 2021 registration, reflects a moderate usage pattern of approximately 6,455 miles annually. This is within the expected range for a vehicle of this age, though it does not account for periods of inactivity or potential mileage manipulation. The gap between tests—24,711 miles in October 2024 and 32,274 miles in October 2025—shows a steady accumulation of around 7,563 miles per year, which is consistent but not unusually high. There are no red flags in the mileage progression, though buyers should cross-reference the service history to confirm whether the vehicle was stored for extended periods, which could impact components like battery health or tyre condition. Given the lack of MOT defects, the primary focus for an in-person inspection should centre on wear items and high-stress areas that fall outside the MOT’s scope. The brakes, while not flagged in the MOT, should be checked for uneven pad wear, glazing, or binding calipers, especially given the vehicle’s AWD configuration and hybrid drivetrain, which may increase brake load. Suspension components—particularly the coil springs, bushes, and strut mounts—should be examined for cracks, compression, or excessive play, as these are common failure points in electric vehicles where weight distribution can accelerate wear. Additionally, the high-voltage battery and associated cooling systems warrant scrutiny, as hybrid/EV-specific failures are not routinely tested in MOTs. Finally, a thorough inspection of the underbody for corrosion, particularly around the wheel arches and sills, is essential, as this model is susceptible to rust progression in wet conditions.