2006 Hymer 2.8L Diesel · FX06 UCH

A repeating pattern of minor electrical lighting defects sits at the heart of this motorhome's recent MOT record, with stop lamp failures appearing at both the April 2024 and April 2026 tests and a rear fog lamp failure recorded alongside the earlier stop lamp issue. The vehicle did ultimately pass on each occasion after rectification, and the most recent test on 17 April 2026 produced a pass with only a minor oil leak advisory, suggesting the underlying issues are being addressed rather than allowed to worsen. However, the fact that identical categories of lighting defect have caused failed presentations in two consecutive test cycles points to either an intermittent electrical fault, aged bulb holders, or corrosion within the lamp clusters themselves rather than simple one-off bulb failures. The 2024 test also flagged an excessively corroded and holed offside front component, recorded as an advisory rather than a failure because it was deemed outside the prescribed structural areas, but this remains a notable corrosion finding on a vehicle now two decades old and built on a chassis originally designed for commercial or motorhome duty where underbody oxidation can progress rapidly once initiated. Annual mileage of roughly 5,910 miles over a twenty-year lifespan is exceptionally low for any vehicle, and particularly so for a motorhome of this vintage where leisure use typically involves extended standing periods between trips rather than continuous low-mileage running. This usage profile means the mechanical wear on major drivetrain components such as the engine, gearbox, and final drive is likely modest, but it also raises legitimate concerns around components that deteriorate through inactivity rather than use. Brake discs and calipers can corrode and bind when rarely exercised, suspension bushes and dampers can harden or seize from prolonged static loading, and rubber seals throughout the drivetrain and braking system can perish from lack of flexing. The standing periods implied by this mileage pattern make a careful inspection of braking feel, suspension response, and underbody condition more important than the odometer reading alone would suggest. A prospective buyer should pay particular attention to the oil leak noted in April 2026, asking for confirmation of its source and any recent repair work, as oil leaks on older motorhomes frequently originate from camshaft seals, rocker covers, or rear main seals and can indicate gasket deterioration that may worsen. On a test drive, the lighting defects warrant careful verification by operating all stop lamps, the rear fog lamp, and indicators through repeated cycles while the vehicle is stationary, watching for delayed illumination or intermittent function that would suggest wiring or earth issues rather than a simple bulb replacement. The corrosion finding from 2024 should prompt a thorough underbody examination with the vehicle raised, looking specifically at the offside front chassis leg, mounting points, and any brake or fuel lines routed through that area for evidence of advanced section loss or flaking that could progress to a future MOT failure. Suspension behaviour should be evaluated with particular care given the low-mileage profile, listening for clonks or rattles from the front end over speed humps and uneven surfaces which would indicate perished bushes or seized ball joints, and checking for any pulling to one side under braking that could reveal a binding caliper from extended inactivity. The brake pedal should feel firm and progressive, with no sponginess that might indicate perished flexi hoses, and the steering should return to centre smoothly without any significant knocking from the front suspension over rough roads. Given the two-decade age and the structural corrosion already identified in the offside front area, a pre-purchase inspection by a specialist familiar with motorhome chassis construction would be prudent to assess whether the corrosion is stable or actively progressing, as motorhomes of this era are particularly vulnerable to underbody degradation from road salt exposure during winter leisure use.