2016 Peugeot Motorhome 2.0L Diesel · RX66 AEO

Across its five recorded DVSA tests, this 2016 Peugeot motorhome presents a clean roadworthiness profile, with no failures and only a handful of minor or advisory observations over a ten-year span. The most recent test on 4 August 2026 returned a clean pass with no defects recorded, continuing a sequence of successive passes stretching back to 2022. The single notable blip occurred at the November 2024 test, which recorded a minor defect for a nearside side repeater lens having no effect on emitted light, alongside an advisory concerning the Tyre Pressure Monitoring System light being illuminated for under-inflation of the nearside front tyre. Both items were isolated findings rather than the start of any pattern, and the absence of any recurrence at the 2025 and 2026 tests indicates the issues were resolved rather than symptomatic of chronic component wear. There is no recorded corrosion to brake pipes, suspension components, underbody structures, or exhaust fittings across the entire history, which is a particularly relevant observation for a motorhome where prolonged standing can accelerate surface oxidation on steel components. The recorded mileage of 17,707 miles over approximately ten years equates to an annual accumulation of roughly 1,771 miles, which is low for any road vehicle and especially so for a motorhome platform. The MOT history reflects this low usage pattern, with tests conducted roughly annually but without any large mileage jumps between examinations, suggesting the vehicle has either been used very lightly for short leisure trips or has experienced periods of standing between uses. Lower annual mileage of this nature generally reduces wear on major drivetrain and suspension consumables, meaning components such as brake discs, pads, wheel bearings, drive belts, and shock absorbers are unlikely to have suffered the heat-cycling and frictional wear typical of higher-mileage operation. However, low-mileage motorhome platforms carry their own mechanical considerations. Standing for extended periods can lead to moisture accumulation in the engine oil, hardening of suspension bushes and rubber gaitors, brake disc surface corrosion, and flat spots on tyres that have remained fitted for several years without rotation. For a prospective buyer, the primary inspection priorities should reflect both the low-use nature of the vehicle and the specific items flagged in the 2024 advisory. The TPMS warning for nearside front tyre under-inflation should be addressed by checking all four tyres for their manufacturing date stamps, sidewall cracking, and uneven wear patterns, as tyres fitted at the factory in 2015 or 2016 will now be approaching or exceeding ten years of age regardless of tread depth and should be considered for replacement. On a test drive, listen for any suspension knocks or clonks over uneven surfaces, particularly at low speed over speed humps, which could indicate perished suspension bushes or top mount deterioration from prolonged standing rather than wear. Pay close attention to brake pedal feel during the first firm application, as light surface corrosion on the brake discs can cause initial judder or vibration that typically dissipates after the first few stops once the pads have cleaned the rotor surface. Inspect the underside for any weeping fluid from the engine oil sump, power steering rack, or brake caliper sliding pins, as standing vehicles frequently develop minor seal leaks that only become visible on the ground or components after periods of inactivity. Beyond the MOT-recorded items, a thorough pre-purchase inspection should include verification that the timing belt or chain service interval has been observed according to Peugeot's schedule, which for many of the diesel units used in this motorhome class falls at a mileage or age interval that may have already been triggered by time rather than distance. Check that the auxiliary habitation systems, leisure battery, water pump, and gas heating have been regularly exercised, as motorhome-specific components deteriorate rapidly when left dormant. Confirm that the handbrake holds firmly on an incline, as cable corrosion is a common standing-vehicle issue, and verify that the clutch biting point is consistent and not abnormally high, which could indicate a leaking concentric slave cylinder or hydraulic fluid ingress into the bell housing. Given the favourable MOT history, the principal mechanical risks for this particular vehicle are time-related deterioration of rubber components, brake and clutch hydraulics, and age-related consumable replacement rather than any specific wear pattern evident from the DVSA record.