2016 Skoda Fabia 1.4L Diesel · GV65 CSZ

A consistent run of pass certificates with no recorded defects from 2019 through 2025 defines the roadworthiness picture for this Fabia, and the most recent test on 14 January 2026 maintains that clean trajectory aside from two advisories raised against the rear brake discs. Across eight documented tests the car has never failed, and the advisory count remains low, with the only items of note appearing on this latest examination. The fact that the very first flagged items in the record surface only now, after more than nine years of testing, points to components reaching the natural end of their service life rather than any entrenched or worsening fault pattern. The overall trend is stable and unremarkable on the MOT side. The odometer reads 31,511 miles against a ten-year age, giving an annualised figure of roughly 3,150 miles per year, which is low for the class and suggests either limited daily use or extended periods of inactivity. There are no recorded gaps in the annual testing sequence, indicating the vehicle has remained on the road continuously rather than being laid up for multi-year stretches, which would otherwise raise concerns about seized calipers, perished rubber components, or fuel system deterioration from standing fuel. Even so, the low cumulative mileage means consumables such as brake discs, pads and tyres will have experienced fewer heat cycles than a higher-mileage equivalent, so wear tends to present as corrosion pitting and surface oxidation on braking surfaces rather than as outright wear-through. The braking advisories recorded in January 2026 are entirely consistent with this pattern. With rear brake disc condition being the only mechanical theme raised in the MOT file, a prospective buyer should concentrate the test drive on the behaviour of the rear braking system. With the engine running, listen at low speed for any scraping, grinding or metallic resonance from the rear hubs, which would indicate that the scored surfaces have progressed to the point of pad metal contact or lipped disc edges. Apply the brakes firmly from around 30 mph and feel for any vibration through the pedal or chassis, paying particular attention to whether the pedal feels uneven or pulses, as this can reflect uneven disc wear. On the move, test the handbrake by pulling away on a slight incline with the footbrake released; any failure to hold or a need to ratchet the lever excessively high would suggest rear caliper seizure, a common companion condition to pitted rear discs on low-mileage vehicles. Finally, walk around the car and inspect the visible inner and outer faces of all four discs for deep scoring, a pronounced outer lip, or bright rust streaks across the friction surface, all of which would indicate replacement is now overdue. Beyond the documented items, a short visual inspection beneath the wheel arches and along the underbody edges is worthwhile, given that the Fabia is now ten years old and corrosion advisories become statistically more common in the second half of the first decade. Check for any dampness or staining on the inside of the rear wheels and on the caliper bodies, which can point to a binding or partially seized caliper that the MOT brake efficiency test may not have fully exposed. Listen for clonks or knocks from the suspension over uneven surfaces, particularly from the rear axle, as low mileage does not prevent bushes from perishing through age. With the recorded history being otherwise unremarkable, the mechanical risk profile for this car is narrow and centred almost entirely on the rear braking system, and addressing those discs now would reset the vehicle to a fully clean advisory position.