2006 Chrysler Grand Voyager 3.3L Petrol · MM55 RAM

The most recent DVSA MOT test result for this 2006 Chrysler Grand Voyager is a pass dated 7 May 2025, which follows a notable pattern of immediate re-presentations after the same date. Both a pass and a fail are recorded on 7 May 2025, and a similar dual entry appears on 9 April 2024, with a pass and fail on the same day. Although no defects are itemised against either failure, this pattern typically indicates that initial test failures were rectified on site or shortly afterwards to secure the subsequent pass. With no advisory items or specific defect categories visible across the three test cycles shown, the overarching maintenance trend appears administratively stable, though the dual pass/fail entries warrant direct clarification with the seller to confirm what rectification work was carried out and whether receipts or invoices are available for inspection. The recorded mileage of 110,819 miles on a vehicle now two decades old equates to an annual average of approximately 5,541 miles, which is exceptionally low for a vehicle of this type and suggests a significant proportion of its life spent either stationary or used only for short, infrequent journeys. Such low annual usage can be beneficial for major drivetrain components in terms of wear accumulation, but it presents its own set of mechanical concerns. Long periods of standing frequently lead to corrosion of brake discs and callipers, deterioration of rubber components, and degradation of fluids that rely on regular circulation and temperature cycling to remain serviceable. The absence of consistent annual mileage progression in the available history, combined with this very low usage rate, indicates that the vehicle should be inspected with particular attention to the consequences of underuse rather than high-mileage wear. Given the clean defect record and the modest, sporadic usage profile, the prospective buyer should focus the physical inspection on time-related degradation rather than wear-related concerns. Tyres should be examined closely for sidewall perishing and cracking, as rubber compounds harden and deteriorate with age regardless of tread depth, and any tyres fitted more than six years ago should be replaced as a matter of safety. Brake discs, particularly on a vehicle that may have stood for extended periods, are likely to exhibit surface corrosion and may suffer from binding calipers, which manifests as pulling to one side under braking, excessive brake dust on a single wheel, or a handbrake that fails to release cleanly. A thorough test drive should include firm braking from higher speeds to identify any shudder or warped disc symptoms, as well as listening for clonking or knocking from the suspension that might indicate perished bushes or worn coil springs, both common on vehicles of this age. Additional age-appropriate checks should include verification of the 12V battery health, as batteries that have spent long periods partially discharged will have markedly reduced capacity and should ideally be load-tested prior to purchase. All fluid services should be confirmed regardless of mileage, as brake fluid is hygroscopic and degrades on a calendar basis, typically requiring replacement every two years, while coolant, automatic transmission fluid, and engine oil all suffer from time-related additive depletion and moisture ingress. The service history should be examined for documented evidence of annual or biannual servicing even at low mileages, as manufacturer specifications for time-based component replacement continue to apply. Finally, the underside and inner box sections should be inspected for structural corrosion, particularly around suspension mounting points and load-bearing areas, given the vehicle's age and the typical operating environment of a people-carrier of this generation.