2009 Smart Fortwo Passion CDI Auto 1.0L Diesel · NG09 EVR

A clean and unblemished DVSA MOT history defines this 2009 Smart Fortwo Passion CDI, with no advisories, failure items, or component-specific defects logged across any of the recorded tests. The most recent examination on 12 March 2026 returned a pass with no defects recorded, consistent with the broader pattern stretching back through 2025 and 2024. Two failure entries appear in the file on 11 March 2026 and 8 March 2024, each immediately followed by a pass on the very next day, which is the classic signature of a test-day refusal on a minor or category 2 item that was rectified in the workshop prior to the retest. This track record points to a vehicle that has remained structurally and mechanically compliant with roadworthiness standards throughout its recorded testing life. Against an expected annual accumulation well in excess of 6,000 miles for a typical urban commuter, this Fortwo has covered only 61,420 miles over seventeen years, equating to roughly 3,613 miles per year. Such a low usage profile strongly implies significant periods of standing, whether due to seasonal storage, limited commuting needs, or extended lay-ups, and this has direct mechanical consequences. Low-mileage diesel Smart Fortwos are particularly prone to seized callipers, rusted brake discs with corroded friction surfaces, and stiff suspension components that have not been regularly exercised. The undercarriage, brake calipers, rear subframe mounting points, and the common-rail fuel system should all be regarded as areas of latent concern simply because the vehicle has seen so little active use. From a buyer inspection perspective, the absence of any documented advisories means there are no specific flagged components to follow up on, but the low-mileage context demands a hands-on appraisal of items that rarely fail on actively driven cars. On a test drive, listen for any clonks or knocking from the rear suspension over uneven surfaces, which would suggest perished bushes or worn damper mounts, and feel for any pulling, vagueness, or uneven braking response that could indicate a binding or seized caliper after periods of standing. With the engine running, check for any hesitation, smoke on start-up, or rough idle, as diesel injection systems on infrequently used vehicles can suffer from air ingress or fuel drain-back issues. Finally, a pre-purchase physical inspection should focus on the underside of the car, given that MOT defects are not always documented as advisories when the tester finds borderline corrosion. Examine the brake discs for sharp edges or severe surface pitting, the handbrake mechanism for sticking cables, and the rear trailing arms and mounting brackets for any structural corrosion that could compromise integrity. The CDI engine oil should be checked for any signs of fuel dilution, and the timing belt, which is a known service item on these units, should have its replacement interval verified through the service book, as a stretched belt on a low-mileage car can still degrade with age. A thorough road test and ramp inspection will be far more revealing than the clean MOT paperwork alone.