2025 Ford Puma Select EV Electric · MM25 BKX

Zero MOT test history exists for this 2025 Ford Puma Select EV, as the vehicle is not yet old enough in the United Kingdom to require statutory annual roadworthiness testing. Because first-registration rules dictate that passenger cars undergo their initial MOT test on their third anniversary, no official DVSA defect logs, advisory records, or failure points are available to evaluate structural integrity or component wear. Consequently, the standard baseline of historical testing data used to identify recurring mechanical vulnerabilities or previous maintenance neglect is entirely absent. The absence of mileage data within the official records prevents any comparative analysis of annual usage accumulation rates, testing gaps, or potential periods of prolonged inactivity. Without historical odometer readings from annual testing intervals, it is impossible to determine whether the vehicle has covered average mileage or experienced intensive fleet or commercial deployment. Prospective buyers must therefore rely entirely on physical inspection, diagnostic scanning of the high-voltage battery and electric powertrain management systems, and a thorough examination of any manufacturer-stamped service records to verify the vehicle's functional status. Inspecting this zero-emission model requires focusing on vehicle-specific systems rather than traditional combustion engine components, paying close attention to the regenerative braking hardware, electric drive unit housing, and high-voltage cabling for any signs of fluid weeping, mechanical damage, or mounting security. During a dynamic road test, listen closely for any unusual whines or electrical hums from the electric motor under acceleration and deceleration, and ensure the regenerative braking transition feels smooth and progressive without abrupt pedal travel or warning lights on the digital dashboard. The suspension and steering assemblies, which bear the heavier kerb weight characteristic of battery electric vehicles, should be rigorously checked for premature bush wear or dampening degradation. Drive over undulating road surfaces and sharp speed humps to detect any clunks, knocks, or excessive body roll that would indicate compromised lower control arms, drop links, or anti-roll bar mountings. Furthermore, inspect the underside structural members and battery enclosure casing for any impact scuffs, grounding damage, or corrosion on exposed metallic brackets to ensure the structural integrity of the chassis remains uncompromised.