2012 KIA Venga 1.4L Petrol · DV12 AAY

The most recent MOT on 28 January 2026 was passed, but it followed a failure the previous day that highlighted worn tyres, an insecure battery mounting and a serious fluid leak from the off‑side rear shock absorber. Earlier in the year the vehicle also failed with major CV‑boot splits, an excessively worn anti‑roll‑bar ball joint and a lower suspension arm dust‑cover failure, while a September pass recorded only an advisory about a slightly worn upper shock bush. The pattern shows a series of significant wear items emerging in the last 18 months, yet the latest pass suggests that remedial work has been carried out; overall the maintenance trend is currently stabilising but the recent history indicates a need for close scrutiny of the suspension, drivetrain and tyre condition. At 70 055 miles the Venga averages just over 5 000 miles per year, well below the typical utilisation for a fourteen‑year‑old car. Such low annual mileage often points to periods of limited use or extended storage, which can be gentle on wear‑items like the engine and gearbox but can accelerate age‑related degradation of rubber components, seals and battery health. The modest mileage does not mask the fact that the vehicle is now fourteen years old, so components that are time‑sensitive rather than distance‑sensitive must be examined carefully. When inspecting the car, give particular attention to the tyre set – three tyres were flagged as being close to the legal tread limit and showing edge wear. Verify that the tread depth exceeds 1.6 mm on all four wheels, look for sidewall cracking, dry rot or ageing indicated by the DOT code; tyres older than six years should be replaced regardless of tread depth. Examine the rear shock absorber for any sign of fluid seepage and check the front upper shock bushes for looseness or excessive play. On the test drive listen for clunking or bottoming out over bumps, which would indicate worn bushings, ball joints or a failing anti‑roll‑bar linkage. Inspect the CV joints and their boots for cracks, splits or leaking grease, and rotate the wheels to feel for any vibration that could stem from a deteriorating joint. The battery mounting should be secure, and the battery itself tested for voltage and cranking performance, as an insecure fit can lead to intermittent electrical faults. Beyond the specific defects, conduct a comprehensive age‑related inspection: look for corrosion on the chassis, exhaust and brake components, especially where the car may have been stationary for long periods. Check all fluid levels – engine oil, coolant, brake fluid and power‑steering fluid – and consider a full service if the last change is not documented, since fluids degrade with time even without mileage. Verify the condition of the brake discs for surface rust, scoring or excessive wear, and ensure the pads are within service limits. Finally, confirm that the service book contains regular oil changes and any recommended timing‑chain inspections, and have the 12‑volt battery tested for cranking amps and electrolyte condition before committing to purchase.