2006 LDV Maxus 3.2 CDI 95 SWB 2.5L Diesel · AE55 NPD

A consistently clean DVSA history defines the mechanical narrative of this 2006 LDV MAXUS 3.2 CDI 95 SWB, with five consecutive PASS certificates and zero recorded advisories or failures spanning from September 2021 through January 2026. Across each annual examination there is no record of wear on suspension components, no advisories concerning corrosion to the underbody, subframe, or brake pipes, and no flagged issues with the braking system, steering, or exhaust emissions. For a commercial van of this vintage, where age-related deterioration to bushes, anti-roll bar linkages, and rear leaf springs is commonplace, the absence of any recorded defects is a notable indicator of structural and mechanical integrity at the point of each test. The January 2026 pass confirms that roadworthiness standards continue to be met, and the unbroken sequence suggests the vehicle has been maintained to a standard sufficient to satisfy MOT criteria year on year. Recorded mileage of 66,200 miles across roughly twenty years equates to an average annual accumulation of approximately 3,310 miles, which is low for any working van and particularly low for one originally specified as a commercial vehicle. The MOT testing history reflects irregular attendance, with certificates dated 2021, 2023, 2024, 2025, and 2026, and a notable absence of any recorded test between 2022 and mid-2021, suggesting the vehicle may have either been off the road, exempt from testing requirements for a period, or simply not presented for examination. Critically, the mileage progression across the recorded tests cannot be verified from the data supplied, but the low overall figure combined with the gaps in testing raises a legitimate concern regarding prolonged standing periods. Extended periods of inactivity on a diesel of this age typically accelerate deterioration of the turbocharger seals, contribute to moisture accumulation within the intercooler and intake system, and promote internal corrosion within the cooling system and fuel system components. Given the complete absence of advisories across the recorded tests, a prospective buyer cannot rely on the MOT history to highlight pre-existing wear points, and a thorough physical inspection becomes especially important. The front suspension on the Maxus is known to suffer from premature wear to the lower wishbone bushes, anti-roll bar drop links, and front coil springs, so particular care should be taken to listen for clonking or knocking noises from the front end when traversing uneven surfaces or speed humps, and to check for uneven tyre wear which often points to worn suspension geometry components. On the test drive, the 3.2 CDI unit should be allowed to warm thoroughly before assessment; any blue smoke on startup that clears after a few seconds, or persistent smoke under load, would indicate turbo seal or piston ring issues typical of units that have seen long standing periods. The braking system, while free of recorded advisories, warrants close scrutiny on a vehicle of this age and weight. The Maxus is prone to rear brake drum cylinder seizure, which manifests as a dragging sensation, uneven braking effort, or a hot smell after modest use, while the front discs and calipers should be inspected for binding pistons that may not yet have reached the threshold for MOT failure. The steering rack and power steering system should be checked for any evidence of leakage at the rack gaiters or pipework, and the steering wheel examined for excessive free play on the move. Finally, the underbody should be examined from beneath on a ramp, paying particular attention to the chassis rails, outriggers, and suspension mounting points where corrosion can develop undetected on a commercial vehicle of this age. With no MOT defects to guide the inspection, the burden falls on the buyer to satisfy themselves on these well-known wear areas through a detailed pre-purchase assessment.