2021 Mazda MX-30 GT Sport Tech EV Electric · OU71 TCO

A clean three-test pass history with no advisories or failures recorded between August 2024 and May 2026 establishes an unbroken record of roadworthiness for this Mazda MX-30, with the most recent test on 19 May 2026 passing with no defects recorded. Across three consecutive MOT examinations there is no historical evidence of corrosion, brake wear, suspension deterioration, or exhaust concerns, which is the most favourable pattern that DVSA records can present. Because the testing window only begins in the vehicle's fourth year on the road, this record covers a relatively short period and does not yet provide the longer-term corrosion and wear trends that typically emerge on cars beyond the six-year mark, particularly for underbody components, subframes, and brake pipework. The recorded mileage of 8,831 miles on a five-year-old vehicle equates to an annual accumulation of approximately 1,766 miles, which is substantially below the typical mileage for a car of this age. Such a low usage profile means that wear-sensitive consumables such as brake discs, pads, and tyres are likely to have accumulated minimal frictional wear, but it also raises the likelihood of extended standing time. Periods of inactivity can affect 12V auxiliary battery condition, brake caliper seizure due to corrosion on pistons and slides, and the deterioration of rubber components including suspension bushes, gaiters, and driveshaft boots that can perish or develop flat spots without regular load cycling. Any extended gaps between MOT tests, such as the absence of recorded tests before August 2024, should be treated as a possible indicator of laid-up storage, which warrants particular scrutiny of the items above. For a prospective buyer, the lack of historical advisories means there are no specific components flagged by previous testers, and inspection attention should therefore focus on the items most commonly affected by low-mileage and EV-specific use patterns rather than any pre-identified defect. On a test drive, listen for any clonks or knocks from the suspension over uneven surfaces, which would suggest perished bushes or corroded dampers, and pay particular attention to brake feel, since seized calipers or glazed discs on a lightly used vehicle often manifest as pulling under braking, a stiff or uneven pedal, or a grinding sensation at low speeds. Inspect the rear brake calipers and handbrake mechanism directly for stiffness, as these are prone to seizing through corrosion when a vehicle is used infrequently, and check the condition and age of the 12V auxiliary battery, which is known to suffer on lightly driven vehicles. Additional areas worth examining include the high-voltage charging port and cable for any physical damage, the condition of the tyres for uneven wear or sidewall cracking from prolonged standing, and the underside of the vehicle for any surface rust on exposed steel components such as brake pipes, suspension arms, and underbody bracing, as corrosion can develop even on relatively new vehicles if they have been stored in damp conditions. A thorough inspection of the underbody on a ramp is advisable given the low recorded mileage and uncertain storage history, and any diagnostic readout of the high-voltage battery state of health and remaining capacity should be obtained, as degradation of the traction battery is the primary long-term wear factor for any used EV and is not reflected in MOT data.