2022 Maxus E Deliver 9 Electricity · YG22 HGL

A largely reassuring MOT profile supports this 2022 MAXUS E Deliver 9, with roadworthiness confirmed on both completed test certificates and only a handful of specific defects recorded against it. The most recent test on 27 February 2026 was a clean pass with no advisories or majors logged, and the previous pass on 25 February 2025 was similarly free of recorded defects. The two failures on record, both from early 2025, are isolated rather than symptomatic of a deteriorating trend: a single major for the nearside front seat belt buckle failing to function correctly in February 2026 was rectified the following day with a retest pass, while the February 2025 failure centred on a pair of major defects concerning split CV joint boots at both front drive shafts, accompanied by an advisory note for thinning front brake pads. With both pairs of components addressed and no recurrence at the subsequent test, the structural pattern is one of corrective maintenance rather than progressive decline. Annual mileage of approximately 9,400 miles is broadly typical for a vehicle of this age, suggesting consistent commercial or fleet-style use rather than long idle periods or exceptionally hard running. There are no gaps in the testing record and no sudden spikes in mileage between tests, which indicates continuous operation and reduces the likelihood of dried-out rubber seals, seized brake calipers, or 12V battery deterioration that often accompany extended standing time. Equally, the cumulative distance is not high enough to imply impending wear on major drivetrain items, though the front axle components flagged in early 2025 confirm that even moderate use can produce wear on suspension joints and drivetrain sealing within a four-year window. The EV powertrain itself does not appear in the MOT record and is not testable under current DVSA standards, so battery health and electric drive component condition fall outside the scope of this assessment. Given the CV boot failures recorded at both front drive shafts, particular attention should be paid to the front suspension and drivetrain during any inspection. Listen for clonking or knocking from the front end over speed humps, uneven surfaces, or when turning at low speed, as these are classic indicators of worn CV joints where contaminated grease has allowed accelerated wear of the joint internals. A visible inspection beneath the vehicle should confirm replacement gaiters are intact and properly clamped, with no fresh grease splatter on the surrounding suspension arms or inner CV joint housings. Any play felt in the front wheels when rocked by hand, or vibration through the steering wheel under acceleration, would suggest the joints have not been renewed correctly or have deteriorated again since repair. The front brake pad advisory from early 2025, combined with the vehicle's mass as a large electric van, makes a thorough brake check essential. On a test drive, expect firm and progressive pedal response with no excessive travel or sponginess, and the vehicle should pull up in a straight line without steering deviation. Listen for grinding, squealing, or any metallic scraping from the front wheels, which would indicate pads worn down to backing plate level or scored discs requiring machining or replacement. Given the regenerative braking capability typical of this model, the front discs may show surface corrosion from prolonged periods of light mechanical braking application, so light judder on initial application is acceptable provided it clears quickly under use. Finally, confirm the central front seat belt buckle operates cleanly with an audible click and releases smoothly, replicating the exact component previously flagged as a major defect.