2014 Alfa Romeo Mito 0.9L Petrol · SM63 VRF

The 2014 Alfa Romeo MiTo presents a mixed maintenance picture, with the most recent MOT on 3 December 2025 at 61,753 miles passing cleanly with zero defects. That clean bill of health followed a failure just the day before at 61,752 miles, where the tester flagged an inoperative rear registration plate lamp, a non-functioning nearside dipped beam headlamp, an offside headlamp aim too low, and critically, nearside rear brake pads below the 1.5 mm minimum alongside front pads wearing thin. The fact that these were rectified within 24 hours suggests the previous owner addressed immediate failures rather than neglecting them, but the pattern of brake wear appearing repeatedly across multiple tests indicates this is a consumable item that demands ongoing attention rather than a one-off event. The mileage profile tells an unusual story. Between the February 2025 test at 52,441 miles and the December 2025 tests at 61,752 to 61,753 miles, the car covered approximately 9,300 miles in just under ten months. That is a sharp acceleration compared to the vehicle's lifetime average of roughly 5,146 miles per year over twelve years. Prior to February 2025, the car had sat at 45,292 miles since at least February 2024, suggesting a period of very light use or possible standing. The sudden uptick in mileage from early 2025 onward implies a change in ownership or usage pattern, and buyers should verify whether this increased activity has placed fresh stress on components that had been sitting idle. The February 2025 failure at 52,441 miles is the most technically concerning entry in the record. The tester identified an excessively worn nearside front inner drive shaft joint, a defective lower gearbox mounting, and a major exhaust gas leak that prevented emissions testing from being completed. These are not minor cosmetic issues. A worn inner constant velocity joint can lead to vibration, clicking on lock, and eventual catastrophic failure. A defective gearbox mounting allows excessive drivetrain movement, accelerating wear on exhaust hangers, subframe points, and the driveshaft itself. The major exhaust leak, combined with the inability to complete an emissions test, points to a possible cracked manifold, failed flexi-pipe, or corroded system that was repaired before the pass the following day. A buyer should have the underside inspected on a ramp, paying close attention to the exhaust system from manifold to backbox, the gearbox mounting, and the condition of both inner and outer drive shaft boots and joints. Brake components recur as a theme throughout the record. Front pads were flagged as wearing thin in February 2025 and again in December 2025, rear pads fell below minimum thickness in December 2025, and rear brake discs were noted as worn, pitted, or scored in February 2024. This is consistent with a car that has spent time standing, where surface corrosion on discs and pads can accelerate uneven wear once regular use resumes. A hands-on inspection of disc thickness, pad material remaining, and caliper slider function is advisable. The nearside front tyre worn to the legal limit in February 2025 also warrants attention to alignment and suspension geometry, particularly given the flagged drive shaft wear and gearbox mounting defect that same month. Uneven tyre wear combined with drivetrain faults can point to subframe or wishbone bush deterioration that a static MOT does not always capture.