2011 KIA Venga 1.4L Diesel · ST11 VCG

A pattern of chronic structural and chassis corrosion defines the mechanical story of this 2011 Kia Venga, supported by a recurring sequence of advisories and a recent failure that confirm an ageing undercarriage. The latest test on 3 June 2026 returned a pass, but the advisories attached to it are consistent with what has been flagged for at least three consecutive years. Both front lower suspension arms are recorded as corroded though not yet seriously weakened, the front suspension arm pins or bushes are worn bilaterally, and the offside front anti-roll bar linkage ball joint is showing slight play. The offside rear inner brake disc has also been noted as worn, alongside a general advisory that the underside of the vehicle is corroded. Looking back, the 14 March 2024 test already recorded front and rear suspension component corrosion together with play in both steering rack inner joints, and a nearside rear brake pipe was noted as corroded though still covered in grease or similar material. A failed attempt on 11 March 2024 carried the same suspension and steering advisories forward, with the only recorded failure items being a pair of non-functioning front position lamps. The 2025 test repeated the suspension corrosion and steering rack play advisories, and the 2026 pass has now escalated to specific component wear in the arms, bushes, anti-roll bar linkage and rear brake disc. The trajectory is one of gradual deterioration rather than acute failure, but every MOT since 2024 has added new advisories in the same corrosion-prone areas. Annual mileage accumulation is broadly in line with what is expected for a fifteen-year-old vehicle, with 130,137 recorded miles equating to roughly 8,676 miles per year over the life of the car. The MOT history does not show any extended testing gaps, so the vehicle has remained in continuous use and has not been laid up for a long period, which is mechanically significant because a regularly driven Venga at this age will have accumulated considerable wear on its suspension, steering and braking consumables rather than suffering the dry-joint and seal degradation typical of stored vehicles. The mileage progression between tests is consistent with normal daily use, indicating that the components currently flagged as worn are likely to have been loaded steadily rather than stressed by occasional long-distance work. In practical terms, the recorded mileage supports the advisories rather than contradicting them, as a higher-mileage example of this generation would naturally show accelerated wear in the areas already identified. For a prospective buyer, the priority on inspection is the front suspension and steering assembly, which has been flagged consistently across three MOT cycles. On a test drive, listen for clonks or knocks from the front end over uneven surfaces, particularly over speed humps and potholes, as worn suspension arm pins, bushes and anti-roll bar linkages commonly present as audible impacts and imprecise steering response. With both steering rack inner joints showing play, expect to detect a slight looseness or knocking through the steering wheel when turning on full lock, particularly at low speed, and watch for uneven tyre wear on the front inside shoulders which would corroborate the wear already noted on the offside front inner tyre in 2024. The brake system also warrants close attention, with the rear inner disc showing wear and the front inner discs previously noted as pitted and scored, so the pedal should feel firm without excessive travel, and any vibration or judder under braking should be investigated as it would suggest the discs have now worn beyond acceptable limits. Beneath the vehicle, the underbody corrosion flagged at the most recent test, combined with the corroded brake pipe and general suspension component corrosion recorded since 2024, means a thorough examination on a ramp or over a pit is strongly advisable. Particular attention should be paid to the rear brake pipe condition as grease coverage only delays the inevitable progression of corrosion through the pipe wall, and any sign of fresh leakage, surface blistering of the coating, or weeping at joints would indicate the pipe should be replaced before further use. The front and rear subframe mounting points, suspension arm attachment areas and anti-roll bar mountings should be inspected for structural integrity rather than just surface corrosion, as the repeated advisories suggest the vehicle is approaching the threshold at which components would be marked as seriously weakened. Finally, check that all front position lamps illuminate correctly given the failure recorded in 2024, and confirm that the nearside front inner tyre and both rear tyres have adequate tread depth, as the 2024 advisory noted edge wear which can point to the alignment issues commonly associated with worn suspension components on this platform.