2018 Mercedes-Benz GLA 220 Sport Executive D 4M A 2.1L Heavy oil · FL18 NTU

The vehicle's current roadworthiness status is fundamentally compromised due to a significant deterioration in the MOT trend, specifically evidenced by the failed test on 2026-04-11 at 62,085 miles. This latest failure establishes a clear downward trajectory, indicating that the previous year's passing was an anomaly rather than a sustained improvement. The vehicle has not demonstrated stability in its maintenance history; instead, it exhibits a pattern of rapid mileage accumulation that outpaces typical usage patterns, suggesting the owner may have been using the car less frequently than the recorded mileage implies. The mileage progression reveals a critical gap between the vehicle's age and its current operational status. With approximately 7,761 miles recorded annually, the vehicle is roughly 8 years old, which places it at a critical risk for wear and tear. The data indicates that while the average mileage is consistent with the vehicle's age, the specific test on 2024-04-06 at 39,575 miles suggests that the owner has not maintained the required frequency of checks or servicing. This gap in maintenance creates a significant risk of accelerated component failure, particularly in the drivetrain and suspension systems, which are the primary areas prone to corrosion and binding under such conditions. Consequently, the buyer must conduct a thorough physical inspection to identify any recurring faults or structural risks that are not visible on the MOT record. The most immediate concern is the presence of corrosion on the brake discs, exhaust emissions, or structural integrity of the chassis, which could lead to a sudden loss of braking power or an explosion. Additionally, the tester flagged binding rear brakes on the 2026-04-11 test, a condition that must be verified against the vehicle's actual condition. The buyer should also inspect the suspension bushings and coil springs for signs of wear, as the lack of a passing test in 2024 suggests that these components may have accumulated excessive pressure or damage.