2019 Mercedes-Benz GLC 2.1L Diesel · EX19 WOM

The Mercedes-Benz GLC in question presents a largely stable roadworthiness record over its recent history, with only one minor but critical failure noted in the past two years. The most recent MOT, conducted on 2 July 2025 at 63,130 miles, passed without defects, indicating the vehicle met all DVSA safety and emissions standards at that point. Prior to this, the July 2024 test at 58,884 miles also passed, but just four days earlier, at 58,880 miles, the car failed due to a split or insecure CV boot on the nearside front outer driveshaft joint—a fault that, if left unaddressed, risks premature wear on the joint and potential contamination of the constant velocity joint. No other defects or advisories appear in the record, suggesting that aside from this isolated issue, the car has been maintained to a standard that avoids major mechanical or structural concerns. The mileage accumulation of approximately 9,019 miles per year aligns closely with the average for a vehicle of this age, reflecting neither excessive use nor prolonged neglect. The gap between the 2023 and 2022 tests—around 8,348 miles over 12 months—is consistent with the overall trend, while the rapid 5,226-mile increase between the failed and passed July 2024 tests suggests the CV boot issue was likely addressed promptly. The absence of further failures or advisories in the intervening periods implies that either the previous owner was diligent in addressing minor wear or the vehicle’s inherent reliability has mitigated more serious issues. For a prospective buyer, the primary focus should be the driveshaft CV boot, which failed in July 2024. Inspecting the nearside front outer joint for any signs of grease leakage, boot degradation, or abnormal play is essential, as this component is critical for smooth power transfer and joint longevity. Beyond this, the suspension should be checked for uneven wear or corrosion in bushes and coil springs, particularly given the vehicle’s age and mileage. While the MOT history shows no brake-related defects, binding calipers or uneven disc wear could still develop—examining the rear brakes in person is prudent, given their tendency to degrade gradually. Structural integrity, including sills, wheel arches, and underbody corrosion, should also be verified, as rust in high-stress areas can compromise safety without immediate visual MOT indicators. The clean MOT record otherwise suggests no hidden structural or emissions concerns, but a thorough pre-purchase inspection by a Mercedes specialist would be advisable to confirm the driveshaft repair and assess overall condition.