2014 Smart (mcc) Fortwo 1.0L Petrol · IRZ 3009

The most recent DVSA examination on 11 June 2026 recorded a PASS, although a Minor windscreen damage defect and an advisory relating to underseal, undertrays and covers were noted. Two days earlier, on 9 June 2026, the vehicle failed on a Major nearside headlamp dipped beam defect, accompanied by two advisories concerning front and rear tyres worn close to the legal limit and on edge, alongside the same windscreen and underseal advisories. Reviewing the broader pattern across 2024, 2025 and 2026, the Fortwo has alternated between straightforward passes with no defects recorded and failed attempts involving lighting and tyre issues. While the lighting faults appear to be one-off electrical or bulb failures rather than systemic defects, the recurring mention of tyres worn to the limit suggests the vehicle may be subject to uneven or accelerated wear that warrants closer inspection. The underseal advisory being repeated is also worth flagging, as it can indicate concealed corrosion or simply that the underbody has been coated, making a physical examination beneath the vehicle prudent. With a recorded mileage of 69,422 miles over twelve years, this Fortwo averages approximately 5,785 miles annually, which is notably low for a vehicle of this age. Such modest usage typically indicates either short journeys and light commuter use or extended periods of standing between drives, both of which carry their own mechanical considerations. Long standing periods can accelerate corrosion on brake discs, promote binding in the calipers, degrade the 12V battery through repeated shallow discharges, and encourage the deterioration of rubber components, hoses and seals through lack of regular thermal cycling. Conversely, predominantly short trips without sufficient running time can prevent the engine and exhaust from reaching full operating temperature, leading to oil dilution, moisture accumulation and accelerated degradation of brake fluid, coolant and engine oil over calendar time regardless of the odometer reading. Given this usage profile, a prospective buyer should conduct a thorough physical inspection even though the MOT history is broadly favourable. Examine all four tyres not only for tread depth but particularly for sidewall perishing and cracking consistent with age, as rubber compounds harden and deteriorate over time irrespective of mileage. Check the brake discs on both axles for severe surface corrosion, lipping, or any evidence of seized calipers by ensuring the wheel spins freely when released and that the vehicle pulls evenly under braking, watching for shudder or pulsation through the brake pedal. Inspect the underside carefully for any structural corrosion that the underseal advisory may be concealing, paying particular attention to suspension mounting points, the rear subframe and any chassis sections. Verify the condition and age of the 12V battery, ideally with a proper load test, as a battery that has sat partially discharged for long periods will have reduced capacity and service life. Finally, establish a clear picture of time-based servicing rather than relying on mileage intervals alone. Brake fluid should be replaced every two years regardless of use, as it is hygroscopic and absorbs moisture that can compromise braking performance and corrode internal caliper and ABS components. Coolant, engine oil and transmission fluid all degrade through oxidation and contamination over calendar years, so confirm when each was last exchanged and whether the service book contains corresponding stamps or invoices. On a test drive, listen for any clonks or knocks from the suspension over uneven surfaces, which would suggest worn bushes or top mounts, and pay attention to any uneven tyre wear once the wheels are inspected, as this is often the first indicator of tracking misalignment, worn wishbone bushes, or weak coil springs. Ensure the headlamp dip function operates correctly on both sides, and confirm that all stop lamps illuminate promptly and consistently, as these are the systems that have previously caused test failures.