2021 Mercedes-Benz SLC 3.0L Petrol · V1 MWJ

Consistent roadworthiness characterises this vehicle, which successfully navigated its most recent MOT test on 24 March 2026 without any recorded defects. The history shows a stable trend of compliance, with only a brief period of minor tyre-related advisories noted in 2025. This record suggests that the vehicle has maintained its primary safety systems within operational parameters throughout its testing life, moving from a position of minor tyre wear back to a clean status in the latest assessment. Accumulating only 7,694 miles over five years results in an average of approximately 1,539 miles per annum, an exceptionally low usage profile for a modern Mercedes-Benz. While this limited mileage reduces the mechanical fatigue typically associated with high-frequency commuting, it necessitates a focus on components that degrade through time rather than distance. The primary mechanical risk with such infrequent use is the potential for seals to dry out or for internal components to suffer from lack of regular lubrication cycles, which may not be immediately apparent during a standard MOT inspection. Given the 2025 advisories regarding uneven tyre wear on the front axle, a physical inspection of the front suspension geometry is recommended. Even though the tyres were likely replaced to clear the advisory, uneven wear patterns often point to subtle misalignment or bush degradation that can affect steering precision. During a test drive, listen for any knocking or metallic clatter from the front end when traversing uneven surfaces, as this can indicate early-stage wear in the suspension linkages or anti-roll bar drop links that may not have reached the threshold for an MOT failure but could impact handling. The braking system, while currently compliant, should be evaluated for signs of surface corrosion on the discs, a common byproduct of vehicles that spend significant time stationary. Check for any pulsing or judder through the brake pedal during moderate deceleration, which can signify uneven pad transfer or corrosion-induced pitting on the disc faces. Furthermore, ensure the electronic parking brake engages and releases smoothly without hesitation, as the mechanical actuators in these systems benefit from regular operation to prevent the binding or sticking that can occur during prolonged periods of inactivity.