2001 Smart (mcc) City Cabriolet 0.6L Petrol · KR02 EPZ

A persistent pattern of front suspension deterioration dominates the roadworthiness history of this 2001 MCC City Cabriolet, with the most recent test on 5 April 2018 recording advisories for worn front brake pads and a prior failure just one day earlier citing a deteriorated nearside front suspension arm rubber bush allowing excessive movement. Earlier inspections in March 2018 reinforced this concern, flagging the same nearside bush failure along with play in the nearside front anti-roll bar linkage ball joint, a deteriorated offside front suspension arm ball joint dust cover, and an oil leak. Beyond the suspension and braking wear, the vehicle has accumulated a string of separate safety-related failures over the years, including a 2017 test where the service brake efficiency fell below requirements, the offside headlamp aim beam image was obviously incorrect, and the nearside stop lamp was inoperative. The 2016 test added further concerns with an illuminated Supplementary Restraint System warning lamp and a serious fluid leak from the offside front shock absorber. While two tests in 2015 and 2016 recorded clean passes with no defects, the overall record points to recurring front-end mechanical issues rather than a stable or improving trend. Against an age of roughly 25 years, the recorded mileage of 43,647 miles equates to an annual accumulation of only around 1,746 miles, which is markedly low for the platform. The MOT history itself shows a single test in 2015 and 2016 each, two tests in 2017 (one failure and one pass four days apart), and three tests clustered within an eight-day window in March and April 2018, before the recorded testing ceases. This combination of low annual mileage and short, intense testing bursts suggests the vehicle was used sparingly between MOTs, with multiple attempts required to achieve a pass in 2017 and again in 2018. For a car of this vintage and category, low usage can accelerate ageing of rubber components such as suspension bushes, gaiters, and damper internals through lack of regular movement, which aligns with the bushing and shock absorber defects recorded. Given the specific components flagged in the DVSA record, a prospective buyer should focus attention on the front suspension geometry during any inspection. Listen and feel for clonking or knocking over uneven surfaces, particularly from the nearside front, which would suggest renewed deterioration of the suspension arm rubber bush or anti-roll bar drop link ball joint. Inspect the offside front shock absorber area for any fresh signs of hydraulic fluid seepage around the upper mount or lower body, as the 2016 record identified a serious leak there. On the test drive, pay particular attention to brake pedal feel: the 2017 service brake efficiency failure indicates the braking system has historically struggled to meet required performance, so any excessive pedal travel, a soft or spongy pedal, or pulling to one side under firm braking should be treated as a red flag. Check the front brake pads directly for remaining friction material, as the 2018 advisory noted them as wearing thin, and verify the discs for lipping or corrosion scoring. Additional verification should cover the items that contributed to previous failures outside the suspension and braking systems. Confirm that both headlamp aim settings sit within legal tolerances, as incorrect beam images and aim recorded in both 2017 and 2018 suggest the adjusters may have shifted or the original units have been disturbed. Test all stop lamps, including the nearside unit which was recorded as not working in 2017. The illuminated airbag warning lamp recorded in 2016 is a serious safety concern that requires diagnostic interrogation with a suitable scan tool to determine whether the Supplementary Restraint System fault has been resolved or persists. Finally, given the recorded oil leak advisory from March 2018, inspect the underside and engine bay for fresh oil residue, particularly around the engine and sump area, and note that the headlamp, brake, and registration plate margin failures from 2018 indicate a need to verify correct plate mounting and illumination compliance before assuming the vehicle is road legal for everyday use.