2014 Skoda Yeti 1.2L Petrol · GV14 XOM

A pattern of largely untroubled annual test results defines the structural record of this Skoda Yeti, punctuated by a concentrated cluster of front suspension and damping wear noted during its eleventh year. The vehicle successfully navigated its most recent statutory examination on 15 July 2026 with zero defects recorded, showing an immediate recovery from the advisory items logged twelve months prior. While the historical trajectory demonstrates consistent roadworthiness across eight recorded tests—featuring only a single rectification for a high headlamp aim back in 2021—the 2025 inspection highlights components that are actively reaching the end of their operational lifespan. Accumulating 94,678 miles over its twelve-year operational life yields an average annual mileage of roughly 7,890 miles, which sits comfortably within typical parameters for this class of diesel or petrol crossover. This steady, moderate usage profile avoids the accelerated component fatigue associated with high-mileage fleet use as well as the detrimental stagnation often linked to extended periods of inactivity. Mechanically, this rate of accumulation means that major drivetrain assemblies have experienced regular thermal cycling and continuous fluid circulation, though standard consumable items must still be evaluated against total mileage rather than age alone. Prospective buyers must pay close attention to the front axle assembly during an inspection and test drive, specifically targeting the lower suspension control arm bushes and front shock absorbers flagged in the 2025 records. Listen closely for any dull knocking, clunking, or creaking noises when negotiating speed bumps, pot-holes, or sharp transitions in the road surface, as worn arm bushes will introduce play that compromises steering precision and tracking stability. Furthermore, examine the front damper bodies for any active fluid weeping beyond the light misting previously recorded, and check the nearside rear coil spring for the localized surface corrosion noted on the previous test certificate. A thorough dynamic evaluation should also include testing the braking system for straight-line stability and freedom from pedal judder, while inspecting the chassis underpinnings on a ramp for broader structural corrosion. Given that the steering and suspension components on this platform endure significant load transfer during cornering and braking, verifying whether the front arm bushes and dampers have been renewed since their advisory status in 2025 will dictate whether immediate mechanical expenditure is required post-purchase. Ensure all electrical functions, particularly the headlamp leveling and beam alignment noted in earlier testing, operate correctly under night-driving conditions.