2024 Ford Mustang Mach-E EXT Range AWD Electric · MB12 JCB

As a 2024 model year vehicle, the Ford Mustang Mach-E Extended Range AWD sits well within its first three-year exemption window from compulsory DVSA roadworthiness testing, which means no MOT history has yet been generated for this car. The absence of any recorded test outcomes means there is no verified DVSA evidence on which to base an assessment of braking efficiency, suspension condition, tyre wear, lighting integrity, exhaust emissions, or structural corrosion. While the vehicle is still in its legally exempt period, any prospective buyer should recognise that MOT-style inspection discipline remains essential, particularly for a heavy dual-motor EV of this type, and that no claim of long-term roadworthiness can be drawn from the record itself. The recorded mileage is unknown, and with insufficient mileage data points and no MOT test mileage readings to cross-reference, it is not possible to calculate an annual accumulation rate or to detect any unusual usage pattern such as low-mileage degradation, high-mileage rapid wear, or extended periods off the road. For an electric vehicle, this mileage context matters considerably, because extended low-mileage storage can affect the high-voltage traction battery state of health, the 12V auxiliary battery, tyre flat-spotting, brake disc corrosion from lack of use, and the condition of the regen braking system. Conversely, very high mileage would bring greater scrutiny to the drive units, reduction gear oil, cooling system, suspension components, and wheel bearings. Without that mileage context, a physical inspection and a battery health diagnostic become non-negotiable parts of the buying process. Because there are no advisories or failure items recorded, there are no specific DVSA-flagged components to use as a basis for targeted inspection guidance. However, given this is an AWD electric SUV, the buyer should pay particular attention to the underbody, subframe, and high-voltage cabling for any impact damage or corrosion, as EVs are sensitive to water ingress around battery enclosures. On a test drive, listen for any suspension knocks, clonks, or rattles over uneven surfaces which could indicate worn bushes, drop links, or anti-roll bar components, and feel for any steering vagueness, pulling, or vibration which might suggest tracking misalignment or uneven tyre wear. Apply the brakes firmly from a moderate speed to check for pedal pulsation, suggesting warped brake discs, and verify that the regenerative braking system is functioning correctly with smooth deceleration when lifting off the accelerator. Inspect the tyres closely for uneven shoulder wear, which is common on heavy EVs, and confirm the manufacturing date codes are recent. Practical pre-purchase steps for this Mach-E should include a full HV battery state-of-health report via a Ford-compatible diagnostic tool, verification of the 12V battery age and condition, a review of any remaining Ford manufacturer warranty and roadside assistance cover, and a thorough inspection of the charging port, cables, and onboard charger for damage. Given the absence of MOT data, a third-party independent inspection covering the underbody, suspension geometry, brake system, tyres, and electric drivetrain is strongly advised before committing to the purchase. Confirm also that all software updates have been applied, as Ford has issued several over-the-air updates for the Mach-E relating to range, charging, and infotainment functionality.