2016 BMW M4 3.0L Petrol · GT54 NOW

An exceptionally low usage profile defines this vehicle, characterized by a consistent track record of clean MOT results spanning eight consecutive years. The most recent test on 28 March 2026 resulted in a pass with no defects recorded, maintaining a trend of zero failures or advisories since the first recorded test in 2019. This history indicates that the vehicle has consistently met the minimum statutory requirements for roadworthiness without any recorded issues regarding structural integrity, braking efficiency, or emissions. The recorded mileage of 8,382 miles for a 2016 model represents an average annual accumulation of approximately 838 miles. This level of usage is significantly lower than the UK average and suggests the vehicle has spent considerable periods stationary or was used only for very short, infrequent journeys. While the absence of defects in the MOT history is noted, such low mileage over a ten-year period means that mechanical components that typically wear through friction, such as suspension bushes, tyre treads, and brake pads, may have aged due to time rather than distance. When conducting a test drive, focus on the mechanical effects of infrequent use. Listen for any rhythmic knocking or creaking from the suspension linkages and bushes when navigating uneven surfaces, as rubber components can perish or harden when not regularly cycled through their full range of motion. Pay close attention to the braking system for any initial pedal judder or unevenness, and ensure the steering feels precise without any pulling to one side, which could indicate uneven tyre flat-spotting or seized caliper components from long periods of inactivity. Given the lack of recorded oil misting or fluid leaks in the MOT history, it is advisable to inspect the engine bay and underbody for any signs of weeping around gaskets or seals. On a high-performance vehicle of this type, seals can sometimes dry out when not regularly subjected to operating temperatures. Monitor the engine's idle stability and listen for any unusual vibrations or hesitation during low-speed transitions to ensure that the fuel system and electrical components have remained functional despite the low frequency of operation.