MERCEDES CL2007 · 6.2L PETROL

The vehicle is currently roadworthy, with a stable maintenance trend evidenced by two consecutive MOT passes at 76,720 miles in March 2022 and August 2020, both recorded with no defects. The most recent test in March 2022 confirms the car met all safety and emissions standards without any outstanding issues, indicating that critical systems such as brakes, steering, suspension, and exhaust are functioning within acceptable limits at this mileage. This suggests consistent upkeep or timely repairs following earlier advisories. The recorded mileage of 76,720 miles over 19 years equates to an average of just under 4,038 miles per year, which is notably low for a vehicle of this age. This pattern implies either infrequent use or extended periods of inactivity, which can contribute to degradation of rubber components, battery health, and fluid integrity. Notably, there is a significant gap between the 2018 test at 68,127 miles and the 2019 test at 74,439 miles—over 6,000 miles accumulated in just one year—suggesting a possible period of increased usage or inconsistent servicing. However, the absence of major defects in the subsequent tests indicates that these fluctuations did not lead to systemic failure. Given the history of brake-related issues—including worn front discs, thin pads, and fluctuating brake performance—the buyer should conduct a thorough inspection of the entire braking system, including calipers, brake lines, and master cylinder, particularly for signs of binding or fluid leakage. Suspension components, especially the nearside side repeater damage noted in 2018, warrant close examination for wear on bushes, ball joints, and coil springs. Additionally, the oil leak recorded in 2016 and the parking brake efficiency issue from 2018 indicate potential long-term mechanical neglect; these should be verified during a physical check. Structural integrity should also be assessed, particularly around wheel arches and sills, given the vehicle’s age and the possibility of hidden corrosion from prolonged storage.