2022 Ford Mustang Mach-E STD Range RWD Electric · YP72 AFA

Consistent roadworthiness has been maintained throughout the vehicle's initial testing cycle, culminating in a clean pass on 1 October 2025 with zero defects recorded. This outcome establishes a baseline of compliance for the primary safety-critical systems, including the steering, braking, and suspension geometry, as assessed during the statutory examination. While the single data point provides a snapshot of current functionality, the absence of any historical advisories suggests that the vehicle has not yet reached the stage of component degradation typically associated with its current age and usage profile. Accumulating 48,418 miles over approximately four years results in an annual average of roughly 12,104 miles, a figure that sits above the typical usage pattern for this class of vehicle. This high-mileage profile indicates that the drivetrain and chassis components have been subjected to more frequent operational cycles than a lower-mileage equivalent. Prospective buyers should note that while the MOT test covers essential safety items, it does not account for the accelerated wear on high-voltage battery health, electric motor bearings, or the specific cooling systems required for EV powertrain management, all of which will have experienced significant duty cycles given the recorded mileage. During the test drive, pay particular attention to the suspension and steering response, as the higher mileage increases the likelihood of premature wear on bushes, ball joints, and drop links. Listen for any metallic clunks or knocking sounds when traversing uneven road surfaces or speed bumps, which can indicate play in the suspension linkages. Additionally, assess the steering for any vagueness or lack of precision, as the weight of the vehicle places substantial load on the steering rack and track rod ends. Any vibration felt through the steering wheel at motorway speeds should be investigated, as it may point to uneven tyre wear or geometry misalignment resulting from the intensive use the vehicle has seen. Braking performance should be evaluated specifically for the feel of the pedal and the effectiveness of the friction materials, as electric vehicles often rely heavily on regenerative braking, which can lead to light surface corrosion on the discs if the mechanical brakes are not utilized frequently. Ensure the pedal feel is firm and consistent, and listen for any grinding or squealing noises during moderate to heavy braking applications, which would indicate that the pads or discs require physical inspection. Since the MOT record is currently clean, any deviation from smooth, quiet operation during these checks should be treated as a potential indicator of emerging wear that has not yet reached the threshold of a formal test failure.