2024 Mercedes-Benz EQA 250+ Sport Executive Electric · AF74 TCV

As of the September 2026 assessment date, this 2024 Mercedes-Benz EQA 250+ Sport Executive has no recorded MOT history on the DVSA database, meaning the vehicle has either not yet reached the three-year threshold for its first compulsory roadworthiness test or has not been presented for testing. Given its registration year, this electric SUV is currently only two years old, rendering the absence of MOT data entirely standard rather than a cause for concern. With no failure points or advisory items to evaluate, there is no historical maintenance trend to assess. However, the prospective buyer must recognise that the lack of a third-party roadworthiness inspection record places the entire burden of pre-purchase evaluation on a thorough independent mechanical assessment. Regarding recorded mileage, the supplied data does not provide an odometer reading, making it impossible to calculate annual usage rates or identify gaps in driving patterns. For context, a typical EQA of this vintage registered in 2024 would have covered between 8,000 and 15,000 miles depending on its use as a commuter vehicle or family transport. Electric vehicles with restricted range, particularly the EQA 250+ with its larger battery pack, often accumulate lower annual mileages compared to their internal combustion counterparts due to charging infrastructure constraints and urban usage patterns. Without a confirmed figure, the buyer must independently verify the current mileage via the dashboard display, service documentation, and any available dealership records to establish an accurate baseline for wear assessment and future servicing requirements. For a relatively modern two-year-old electric vehicle, the inspection focus shifts away from structural and mechanical wear towards condition-sensitive components affected by standing time and calendar-based degradation. The buyer should carefully examine the tyres for signs of sidewall perishing or cracking from age, as even lightly used tyres deteriorate chemically over time regardless of tread depth, and verify that the manufacturing date code on the sidewall falls within a recent period. Brake discs and calipers on electric vehicles are particularly susceptible to corrosion and binding due to regenerative braking reducing mechanical pad application, so a test drive should include firm pedal application to clear surface rust, and the buyer should listen for any scraping, grinding, or uneven braking response. The high-voltage 12V auxiliary battery, climate control refrigerant, brake fluid, and any exposed underbody components should be inspected for age-related deterioration, with particular attention paid to the charging port integrity and any signs of rodent damage to underbonnet wiring, which is a common issue in low-mileage EVs. Furthermore, the absence of MOT history means any pre-existing defects remain unknown, so a comprehensive pre-purchase inspection at a Mercedes-Benz specialist or qualified independent EV technician is highly recommended. This inspection should include a diagnostic scan using Mercedes STAR diagnosis equipment to verify battery state of health, high-voltage system integrity, and the absence of stored fault codes that may not trigger dashboard warnings. The test drive should encompass varied road surfaces to identify any suspension irregularities, which could indicate compromised coil springs, dampers, or bushes, and the buyer should evaluate the functionality of driver assistance systems, infotainment, and electric drivetrain response. Finally, verifying the remaining manufacturer warranty coverage, confirming the service book has been stamped according to Mercedes-Benz schedules, and reviewing the build and delivery documentation will provide essential context regarding the vehicle's provenance and any outstanding manufacturer recalls or technical service actions applicable to this specific chassis.