2014 Volkswagen CC 2.0L Diesel · DP14 VMV

A chronic theme of suspension corrosion and uneven rear tyre wear runs through the MOT history of this 2014 Volkswagen CC, suggesting that the rear axle components are gradually reaching the end of their service life. The most recent test on 9 September 2025 was a pass, but it carried five advisories, including a corroded rear suspension arm, all four tyres showing edge wear with two noted as close to the legal limit, and front brake pads recorded as wearing thin. This was not an isolated finding: in 2024, both rear coil springs and both rear suspension arms were flagged as corroded, and in 2018 the front brake discs were already noted as pitted or scored on both sides. Taken together, the record points to a chassis that has been exposed to road salt over many winters, with corrosion progressively appearing on the rear spring and arm assemblies, and brake components that have been gradually degrading rather than being replaced. There are no recorded test failures, but the steady accumulation of advisories on the same family of components warrants close attention from any prospective buyer. The recorded mileage of 106,668 across seven tests from 2018 to 2025 works out to an annual average of roughly 8,900 miles, which is broadly typical for a vehicle of this age and consistent with regular but not heavy use. The mileage progression between tests is steady rather than erratic, with no large annual jumps that would suggest long-distance motorway commutes, and no multi-year gaps in testing that would imply extended periods off the road. That said, a diesel-era CC covering nearly 9,000 miles a year over twelve years will have accumulated considerable wear on engine, transmission, clutch (if manual), turbocharger and associated rubber and plastic components that an MOT test does not assess. The MOT record can only confirm what was visible on the day of test, so mileage alone does not guarantee mechanical health, but the consistency of the recorded readings does at least indicate that the odometer has not been subject to obvious discrepancy. For a prospective buyer, the rear suspension is the area to scrutinise most carefully given the recurring advisories on coil springs and suspension arms. On a test drive, listen for clonking or knocking noises from the rear over uneven surfaces, particularly when travelling over speed bumps or potholes, and feel for any vagueness or wandering in the rear end under load. With the car raised on a ramp or viewed from underneath, look closely at the rear spring seats, the trailing and lateral arms, and the anti-roll bar drop links for any flaking paint, deep surface rust, or bubbling that might indicate corrosion beyond what was recorded at MOT. Pay particular attention to the condition of the rear brake flexi hoses and the underfloor brake lines, as salt exposure tends to attack these first. If the test drive reveals any binding in the rear calipers, a rear bias in braking, or knocking when the suspension is unloaded and reloaded, the rear axle may be closer to needing attention than the advisories alone imply. The tyre wear pattern also deserves a focused inspection, because four advisories for edge wear in a single test is unusual and can be symptomatic of geometry or suspension geometry issues rather than simple tyre ageing. With the CC known to be sensitive to rear camber and toe settings, any uneven or feathered wear across the tread, especially on the inner or outer edges of the rear tyres, suggests the rear suspension bushes or arm bushes may be worn or corroded to the point of allowing misalignment. Ask the seller when the wheel alignment was last carried out and whether the rear suspension arms have been replaced since the 2025 advisories. The brake system should likewise be inspected: with front pads recorded as wearing thin in 2025 and front discs noted as pitted or scored in both 2018 and 2019, expect that a full brake refresh including discs and pads at the front is likely due imminently. On the road, check for any judder through the steering wheel under firm braking and listen for scraping or grinding that would suggest the pads have already reached the discs.