2009 Skoda Roomster 1.6L Petrol · OV58 XSL

The defining mechanical story for this 2009 Skoda Roomster centres on persistent deterioration of the front outer constant velocity (CV) drive shaft boots, with both nearside and offside joints flagged as severely deteriorated on the most recent test on 24 January 2022. The same dual CV boot advisories appeared on the test pass recorded the same day, confirming that the wear is bilateral rather than an isolated fault, and the recorded failure on the same date for an inoperative nearside rear position lamp suggests the vehicle was presented with multiple defects in need of attention. While the most recent outcome was a pass, the symmetry of the CV boot deterioration is a meaningful indicator that the protective rubber gaiters have degraded to the point where ingress of water and road grit is likely accelerating wear on the joint internals. This is a recurring concern that should be treated as a priority inspection point, as left unaddressed it commonly progresses into complete CV joint failure. With 122,212 miles recorded over approximately 17 years, the vehicle has averaged around 7,189 miles annually, which is broadly typical for its age and not suggestive of either extended periods off the road or unusually high use. There are no large unexplained gaps in the recorded mileage and no sudden jumps that would indicate clocking or inconsistent use patterns, though the absence of earlier MOT records in the supplied data means mileage progression between tests cannot be fully traced. From a purely mechanical standpoint, this level of mileage places considerable cumulative stress on suspension bushes, anti-roll bar linkages, brake discs and pads, and drivetrain mounts, so although the annual rate is unremarkable, the total accumulated wear on consumables should be assumed significant. The CV boot wear observed is consistent with the high-mileage operating environment these components have endured. For a prospective buyer, the immediate priority is a thorough inspection of both front driveshaft joints, ideally with the wheels turned to full lock and the boots physically examined for splits, perished rubber, or evidence of fresh grease being thrown onto the surrounding suspension components. On a test drive, listen carefully for a clicking or knocking noise from the front corners during sharp low-speed turns, which would indicate that the CV joints themselves have begun to fail rather than just the boots deteriorating. If the boots are split, budget for replacement boots and fresh grease at a minimum, and consider replacement of the complete driveshaft if joint wear has already progressed. Additionally, check that the nearside rear position lamp and all other exterior lights are functioning correctly, as the recorded failure here was a straightforward fix but confirms the lighting system should not be assumed sound without verification. Beyond the specifically recorded advisories, a high-mileage vehicle of this age warrants close attention to the suspension geometry and damping. With 122,212 miles on the original or replacement coil springs, pay particular attention to any sagging at the front, knocking or clonking noises over uneven surfaces suggesting worn suspension arms, strut top mounts, or anti-roll bar drop links, and uneven or accelerated tyre wear that could indicate worn bushings or alignment drift. The brake system should be evaluated for pedal feel, pulling under braking, and any grinding or vibration that could point to worn discs or binding calipers, all of which are common maintenance items at this mileage. Finally, inspect the underside for any signs of corrosion on subframe mounting points, brake pipes, and exhaust hangers, as a 17-year-old vehicle may exhibit early structural surface rust even where no advisories have yet been recorded.