2020 Toyota Yaris 1.5L Petrol · DU20 URA

The 2020 Toyota Yaris presents a stable and broadly improving mechanical picture at its most recent MOT on 3 February 2026, when it passed at 25,331 miles. The record shows a vehicle that has been kept in running order, with no dangerous or major structural defects across five consecutive passes. The trend is one of minor, manageable wear rather than escalating mechanical failure. Front brake pads were flagged as wearing thin in February 2026, and the nearside front tyre was noted as worn close to the legal limit on the edge, both predictable consumable items for a car of this age. Crucially, the TPMS light advisory from January 2025 does not reappear in the 2026 record, suggesting that issue was addressed. No corrosion, suspension faults, or emissions failures have ever been recorded. The mileage profile is notably low. Covering roughly 4,222 miles per year over six years, the car has accumulated just 25,331 miles, with a steady and unremarkable progression from 12,362 miles in February 2023 to 25,331 miles by February 2026. There are no alarming gaps or sudden jumps in the odometer readings, and the annual increments are consistent. This pattern points to light, regular use rather than prolonged standing, which reduces concerns about deterioration from inactivity such as seized brakes or perished rubber components. A buyer should still inspect the front brake discs and pads in person, given the advisory about thin pads in the most recent test. Uneven edge wear on the nearside front tyre, flagged in both February 2023 and February 2026, suggests possible tracking or alignment issues that have persisted across two consecutive MOTs. The offside front tyre was similarly flagged in 2023 but not in 2026, so a thorough check of both front tyres and the condition of the inner wheel arches is advisable. With no structural or suspension advisories on record, the car appears sound, but a test drive over broken surfaces will confirm whether any bushings or dampers have begun to deteriorate under light use.