2009 Skoda Fabia 1.6L Petrol · MJ09 LCG

This 2009 Skoda Fabia presents a worsening maintenance trajectory, culminating in a severe mechanical failure just weeks ago. The vehicle initially failed its test on 1 May 2026 at 112,708 miles on major safety grounds, before scraping a minimal pass on 19 May 2026 at 112,709 miles. The sheer volume of defects flagged in early May indicates a period of pronounced mechanical neglect. Passing the retest only eighteen days later required rectifying the dangerous items, yet the underlying wear patterns and corrosion remain highly active. The recorded mileage of 112,709 miles aligns with typical use for a seventeen-year-old car, averaging roughly 6,630 miles annually. The odometer climbed 7,993 miles between the test on 30 April 2025 and the failure on 1 May 2026, reflecting steady daily usage rather than prolonged standing. This consistent mileage accumulation makes the rapid degradation of major components over the last year even more concerning, as the vehicle has clearly been driven hard without adequate preventive care. A buyer must prioritize a thorough inspection of the undercarriage and structural elements. The May 2026 test flagged corrosion on both front suspension arms and the front sub-frame. Surface rust on these components can escalate quickly on aging vehicles, threatening structural integrity. The 1 May 2026 failure also cited a fractured offside front and offside rear coil spring, a worn nearside front wheel bearing, and excessive play in the offside front track rod end ball joint. Combined with a split offside front inner CV boot, this points to widespread suspension and drivetrain fatigue that demands immediate physical verification. The braking system requires close attention due to a deeply entrenched fault pattern. The offside rear caliper suffered excessive binding in both April 2025 and May 2026, suggesting the unit was never properly rebuilt or replaced. This recurring binding likely caused the offside rear brake pads to wear down to less than 1.5mm and the rear discs to score, issues flagged repeatedly across the last two test cycles. A binding caliper generates destructive heat and imposes uneven wear on the entire system. Any prospective inspection must verify full caliper operation, assess brake disc thickness, and confirm that the parking brake efficiency meets requirements.