2023 Mercedes-Benz EQA 250+ Sport Electric · EY23 LNP

This three-year-old EQA 250+ Sport presents a remarkably straightforward mechanical profile, with a single MOT pass recorded on 25 February 2026 showing no advisories or defects against the current 32,088-mile odometer reading. The absence of any advisory items is particularly notable for a Mercedes-Benz product of this age, given the brand's typical susceptibility to early brake disc corrosion and suspension bush wear, both of which would ordinarily appear in the MOT record as monitoring items. The clean pass indicates that the braking system, steering components, suspension linkages, tyres, and visible underbody structure all met the minimum DVSA standards without any technician-flagged concerns. The overall trend, although limited to a single data point, suggests a vehicle that has not yet developed the wear patterns commonly seen on EVs of similar vintage operating on UK roads. With approximately 32,088 miles accumulated over three years, this EQA is recording around 10,700 miles annually, which sits comfortably within the typical usage band for a premium electric vehicle. The mileage progression is consistent and steady, indicating regular rather than sporadic use, which is mechanically beneficial for an EV as it avoids the deep discharge cycles and prolonged stationary periods that can stress the high-voltage battery and 12V ancillaries. Given that only one MOT has been conducted so far due to the vehicle's relative youth, the mileage history is not extensive enough to reveal any concerning jumps or gaps, but the steady annual rate suggests the car has been used as intended rather than left idle or subjected to extreme high-mileage driving that would prematurely age the drivetrain components. For a prospective buyer, the lack of recorded advisories means there are no specific flagged components to scrutinise, but standard EV-appropriate inspection points still apply given the usage profile. On a test drive, listen carefully for any clonks or knocks from the front MacPherson strut top mounts and rear multi-link suspension bushes over speed bumps and uneven surfaces, as these are common wear items on Mercedes EQ-platform vehicles even at modest mileages. Check the brake pedal feel carefully during low-speed stops, as EVs are prone to corroded front discs from infrequent use of the friction braking system, which can produce judder or vibration under heavy pedal application even though nothing was flagged at the last test. Inspect the underside of the vehicle on a ramp if possible, paying particular attention to the rear axle trailing arms and the corrosion-prone areas around the underbody shielding and brake pipe runs along the chassis rails. Additionally, evaluate the high-voltage battery state of health through the infotainment system or a diagnostic scan, as this remains the single largest mechanical and financial consideration on any used EV. Verify the charging port door operation and inspect the cable for any signs of damage, and confirm that both AC and DC charging functions operate correctly. Test the regenerative braking modes across their full range to ensure smooth transition without drivetrain shunt, and listen for any unusual whine or bearing noise from the single front-mounted electric motor during acceleration and deceleration. Finally, examine the condition of the 19-inch alloy wheels for kerbing damage, check the tyre tread depths and wear patterns for evenness across both axles, and confirm that all driver assistance systems including the parking sensors, camera, and lane-keeping functions operate as specified.