2024 Ford E-Transit 350 Trend Electric · RF74 MPO

As a 2024 registration, the Ford E-Transit 350 Trend would not normally be required to undergo its first MOT test until three years after its initial date of registration, meaning that a vehicle of this age would not yet be legally obligated to present for DVSA testing. Because there is no MOT history available for this vehicle, there are no recorded pass or fail outcomes, advisories, or defect notifications to evaluate. Without these official records, it is not possible to draw any conclusions regarding the maintenance trend, recurring wear items, or historical rectification work, and the prospective buyer must therefore rely entirely on a physical evaluation and supporting service documentation to establish the vehicle's mechanical condition. The recorded mileage is unknown, and there is insufficient historical data to establish an annual usage rate or to identify any significant gaps or accumulations in the vehicle's mileage profile. Given that this is an electric commercial vehicle, a consistent and regular usage pattern is generally beneficial for the long-term health of the high-voltage traction battery and the associated drive electronics, as lithium-ion cells can degrade more rapidly when left at a high state of charge for extended periods or when operated infrequently. A lack of mileage data makes it particularly important to verify any telematics, fleet management, or charging records that may indicate how the vehicle has actually been deployed, whether it has completed regular charging cycles, and whether any extended periods of standing have occurred that could have accelerated calendar-based component degradation. Given the absence of MOT records and the very recent manufacturing date, the buyer should focus their inspection on age- and usage-appropriate items rather than historical failure patterns. The 12-volt auxiliary battery should be tested for its state of health, as low-voltage batteries on electric vehicles can fail prematurely due to the continuous parasitic load from the vehicle's control systems, which can manifest as dashboard warning messages or failure to power up. The high-voltage traction battery should ideally undergo a diagnostic read of its state of health and cell balance via a Ford-approved diagnostic tool, with any evidence of reduced usable capacity or cell deviation recorded for negotiation purposes. The charging port, cables, and connectors should be carefully inspected for physical damage, contamination, or overheating discolouration, and the on-board charger function should be verified across both AC and DC charging sources where possible. The brake system on an electric vehicle is particularly susceptible to corrosion and binding calipers due to the regenerative braking effect reducing the use of the friction brakes, meaning the discs may exhibit significant surface rust and the caliper slides may seize from disuse. During the test drive, the buyer should listen for any scraping, grinding, or clunking from the front and rear axle when first applying the brakes, and verify that the vehicle pulls evenly without any vibration through the pedal that would indicate warped or heavily corroded discs. The tyres should be examined for sidewall cracking or perishing, as even new-looking rubber can degrade chemically with age, and the underside of the vehicle should be inspected for any signs of standing corrosion on the suspension arms, coil springs, and subframe mounting points. The wheel bearings should be checked for any play or rotational noise, the steering rack and track rod ends should be examined for perished boots or leaks, and all fluid reservoirs including the brake fluid, which is hygroscopic and degrades with time regardless of mileage, should be inspected for age-related servicing requirements.