2015 Volkswagen Tiguan 1.4L Petrol · CV15 YCX

The vehicle is currently unroadworthy and exhibits a clear trend of rapidly deteriorating mechanical neglect. The most recent test in March 2026 at 135,740 miles resulted in a comprehensive failure involving critical safety defects across the entire braking system. This follows a previous failure just eleven weeks prior at 135,464 miles, indicating that necessary repairs were either not performed or executed poorly. The presence of severe brake imbalance and low efficiency across both axles suggests a fundamental failure to maintain basic stopping components. At 135,740 miles over 11 years, this Tiguan has covered an average of approximately 12,340 miles per year. The data shows a significant acceleration in usage between March 2023 and March 2026, where the vehicle covered over 40,000 miles in just three years. This high rate of consumption has clearly accelerated the wear on heavyduty components. The transition from a pass in 2025 to multiple failures shortly thereafter suggests that the high mileage has outpaced the existing level of preventative maintenance. A buyer must conduct a thorough inspection of the suspension and chassis due to recurring corrosion issues. The record notes corroded rear suspension arms and spring hangers dating back to 2023 and 2025, which escalated to being badly corroded by March 2026. This progression indicates a structural risk that could compromise the integrity of the subframe. Furthermore, the 2026 failure noted no recorded effort at several wheel brakes, which points to seized calipers or collapsed internal mechanisms that require immediate attention. The braking system requires a complete professional overhaul. The tester flagged thin pads, worn front discs, and severe imbalances that exceed 50 percent across the axles. The history of insufficient pedal travel and weakened seat belt webbing in 2024 further supports a pattern of ignoring safety-critical items. Given the state of the brakes and the advanced corrosion on the suspension arms, the vehicle represents a significant mechanical risk unless extensive investment is made to rectify these underlying faults.