2020 Skoda Octavia 1.5L Petrol · GL20 VDJ

The 2020 Skoda Octavia presents a clean and stable roadworthiness record. The most recent test, conducted on 5 August 2025 at 11,069 miles, passed with zero defects. This follows two previous flawless passes in July 2024 and August 2023. The maintenance trend is entirely stable, with no recurring mechanical, structural, or emissions-related faults appearing across the entire documented history. A vehicle passing three consecutive MOTs with no advisories or failures indicates consistent baseline upkeep and no emerging deterioration in core safety systems. The mileage accumulation is notably low for a six-year-old vehicle. Between the August 2023 test at 8,921 miles and the August 2024 test at 9,976 miles, the car covered just 1,055 miles over twelve months. The following year saw even less use, with only 93 miles added between July 2024 and August 2025 before the odometer froze at 11,069 miles. This suggests the vehicle has been largely stationary since mid-2025. Prolonged periods of inactivity can cause flat-spotted tyres, brake disc surface corrosion, and fluid degradation, even if the mileage remains static. Despite the clean MOT record, a buyer should physically inspect components that prolonged standing can compromise. Check the tyre sidewalls for perishing and the tread for uneven wear or flat spots from sitting on one patch. Examine the brake discs for lipping or surface corrosion, which can develop within weeks of non-use. Assess the condition of rubber suspension bushes and gaiters, as lack of use can accelerate perishing compared to regularly driven equivalents. The exhaust system and fluid levels also warrant attention. A vehicle covering fewer than 100 miles annually may not reach operating temperature regularly, leading to moisture accumulation in the exhaust and oil. Inspect the underside for early corrosion and verify that engine oil, coolant, and brake fluid have been changed on time regardless of mileage. The MOT record confirms the car is fundamentally sound, but its extreme low use demands a focused inspection on the effects of long-term storage rather than mechanical wear.