2012 Skoda Yeti 2.0L Diesel · BT12 FXV

A chronic parking brake efficiency issue defines the mechanical profile of this 2012 Skoda Yeti, with the same Major defect being recorded on three separate occasions between 2023 and 2026. The most recent test on 22 July 2026 recorded a Pass with no defects, but a separate failure entry for the same date shows the parking brake efficiency was again below requirements, suggesting an immediate retest scenario where the issue was addressed prior to pass certification. This recurring handbrake fault, occurring three years running now, is a meaningful concern for any prospective buyer as the cable, mechanism, or rear caliper/drum adjustment may require systematic diagnosis rather than a simple adjustment. The intervening test on 16 July 2025 passed but recorded minor deterioration of both front constant velocity (CV) joint boots, while the 2024 test cycle showed rear tyre perishing advisories alongside a similar parking brake failure. The pattern therefore points to a vehicle with a chronic parking brake fault that keeps reappearing at annual testing, partially masked by advisories on other wear items. Recorded mileage of 53,479 miles across approximately 14 years equates to an annual accumulation of roughly 3,820 miles, which is notably low for the vehicle's age and indicates either modest usage or periods of extended standing. The mileage progression between the recorded tests appears broadly consistent with this low-use profile, with no dramatic jumps between annual inspections that would suggest an inconsistent odometer reading. From a mechanical perspective, low annual mileage brings its own considerations: brake discs and pads can suffer from corrosion and pitting due to insufficient regular use, and the noted CV joint boot deterioration on both sides in 2025 is a classic symptom of infrequent use combined with ageing rubber. Standing periods can also dry out seals, accelerate rubber perishing (as evidenced by the 2024 rear tyre advisories), and allow moisture to settle within the parking brake mechanism. For a prospective buyer, the priority focus on a test drive must be the parking brake system. Confirm that the handbrake holds the vehicle firmly on a slope, and listen for any clicking or ratcheting that suggests the mechanism is not biting cleanly. Count the number of clicks from release to full application, typically around three to five for a properly adjusted unit, and excessive travel or a handbrake warning light illuminating on the dashboard would warrant further investigation. Have the rear brakes physically inspected by raising the vehicle, as the recurring failure could stem from a seized rear caliper, stretched cable, contaminated friction material, or worn drum/shoe assemblies. Given the rear tyres were flagged for perishing in 2024, inspect the current set closely for sidewall cracking, uneven wear patterns, and check the production age, as perished rubber on a low-mileage vehicle often signals age-related degradation rather than wear. The 2025 advisories on both front CV joint boots require immediate visual inspection underneath the vehicle. Look for splits, grease loss around the boot lips, or any flapping rubber, as torn boots will allow water and dirt ingress and lead to joint failure if not replaced. On the road, listen for clicking or knocking from the front wheels during full-lock turns, which is the classic symptom of a failing CV joint. Pay attention to any knocking over uneven surfaces, which could indicate worn suspension components, and test the steering for any pulling or vagueness. Finally, verify that the recent parking brake repair or adjustment is documented and recent, as the pattern of this defect recurring annually suggests it has not been fully resolved at the root cause level and may resurface within the next test cycle.