2024 Ford Puma ST-Line X Mhev Hybrid electric (clean) · ST74 CEO

The 2024 Ford Puma ST-Line X MHEV currently has no recorded MOT test history, which is consistent with its registration year and the fact that vehicles in the United Kingdom are not legally required to undergo their first MOT test until they reach three years of age. As of September 2026, this vehicle is approaching its second anniversary and will not become MOT-compulsory until 2027, meaning the absence of an MOT certificate is entirely expected and does not indicate any shortfall in maintenance or roadworthiness. Without prior test outcomes, advisories, or failure points on file, it is not possible to draw conclusions regarding a recurring defect trend, but the clean slate does provide a baseline against which any future advisories can be measured. Because no MOT records exist, there is no odometer reading available through the DVSA to verify the recorded mileage, and consequently no historical data to compare against the vehicle's age. With no mileage context, a prospective buyer cannot rely on MOT-derived figures to assess annual usage, and should instead verify the current odometer reading against the service book, accompanying documentation, and any digital service records from the franchised dealer network. The mechanical implications of mileage verification are particularly important for a mild-hybrid electric vehicle such as the Puma ST-Line X MHEV, as the 48-volt electrical architecture and associated components require accurate service history to validate their ongoing integrity. Given the absence of MOT history and the relatively young age of the vehicle, physical checks should focus on age-related deterioration rather than wear from high mileage. The tyres should be inspected closely for sidewall perishing or cracking, as rubber compounds degrade through calendar ageing regardless of tread depth, and any DOT date codes earlier than 2023 warrant close scrutiny. The 12-volt battery, which supports both conventional systems and the mild-hybrid control modules, should be tested for state of health, as premature battery failure is a known concern on vehicles that undertake predominantly short urban journeys where the mild-hybrid system may not fully recharge. Brake discs and calipers, particularly on a vehicle likely to have spent time standing or used only for short trips, should be examined for surface corrosion and any signs of seizing or binding, which can manifest as uneven pad wear or a pulling sensation under braking. Beyond the standard checks, fluid degradation should be considered in calendar terms rather than mileage. Engine oil, brake fluid, coolant, and the transmission fluid in the PowerShift or manual gearbox, depending on the variant, all have finite service lives and the manufacturer should be consulted for time-based replacement intervals. The exhaust system, particularly the rear silencer and underbody, should be inspected for any early signs of corrosion, which can be accelerated by winter road salt exposure even on relatively new vehicles. The 48-volt lithium-ion battery pack, typically located beneath the rear seats or within the load area, along with its associated wiring and control units, should be visually inspected for any signs of water ingress, damaged conduits, or warning messages on the instrument cluster. Finally, a thorough test drive should be undertaken to confirm smooth operation of the start-stop system, seamless transition between the combustion engine and the mild-hybrid assistance, and absence of any unusual noises from the suspension or drivetrain that might indicate underlying issues not yet documented.