2019 Smart (mcc) Fortwo 1.0L Petrol · P12 ETH

The recorded DVSA history for this 2019 Smart Fortwo shows a broadly consistent pattern of roadworthiness, with all five tests on file resulting in a pass and no failures or refusals recorded. The most recent examination on 20 July 2026 recorded no advisories at all, which leaves the current documented condition entirely free of flagged items. Prior to that, however, the November 2025 test noted that the front brake disc was worn, pitted or scored, though not considered seriously weakened at that point, and the November 2024 test produced three tyre-related items across the nearside front, offside front and offside rear positions, all flagged as worn close to the legal limit or worn on the edge. The intervening 2023 tests were both passed with no advisories. The overall trajectory is therefore one of stable passes with the wear-related advisories concentrated in the latter half of 2024 and 2025, suggesting that braking and tyre components have now reached the stage where further deterioration between tests is a realistic prospect. Against an age of roughly seven years, the recorded accumulation of 48,216 miles equates to approximately 6,888 miles per year, which sits broadly in line with typical usage for a city-oriented Smart Fortwo. There are no obvious anomalies in the mileage progression between tests, no significant gaps in the testing record beyond the normal annual cycle, and no indication of prolonged standing or unusually high annual mileage that would skew wear expectations. At this rate of use, consumable items such as brake friction material, tyres and fluid-based services would be expected to require attention at fairly regular intervals, while major drivetrain and suspension components on a low-volume urban car should still be well within their design life. The usage pattern itself does not raise any particular mechanical concerns beyond those already flagged in the advisory history. For a prospective buyer, the priority areas to examine closely are the braking system and the tyres, as these are the only components to have attracted documented advisories. The front brake disc was noted as pitted or scored in late 2025, and depending on the severity of that surface wear, the disc may now be approaching the minimum legal specification or may have been replaced in the meantime. On a test drive, listen for any grinding or scraping noise from the front wheels under light pedal application, feel for vibration or judder through the brake pedal when stopping from higher speed, and check for the vehicle pulling to one side under braking, which would suggest uneven disc wear or a binding caliper. Inspect the disc surface directly through the wheel for a pronounced lip at the outer edge, which is a reliable indicator that the disc has worn down toward its minimum thickness. The condition of the brake pads should also be verified, as pitted discs are frequently accompanied by worn friction material. The tyre advisories from November 2024 covered three of the four fitted positions, all flagged for being close to the legal limit or showing edge wear, which on a rear-engined, narrow-tyred Fortwo is often linked to kerbing, alignment issues or simply the front and rear axle loads being carried by relatively small contact patches. A physical inspection of all four tyres should confirm adequate tread depth across the full width and check for uneven shoulder wear, which would point to camber or tracking concerns. On the road, pay attention to steering pull to one side, vague or wandering front-end feel, and any tramlining effect over surface changes, all of which can indicate geometry that has drifted out of specification. Beyond these specific items, the Smart Fortwo's known weak points include the rear subframe mounting areas, the suspension bushes and coil springs, and any corrosion around the rear engine bay and underbody seams, all of which warrant a visual examination on a ramp or over a pit given the age of the vehicle, even though none of these areas have yet produced advisories on the MOT record.