2013 Toyota Auris 1.6L Petrol · FG13 WNX

The Auris presents a stable and well-maintained roadworthiness profile. The most recent test on 9 March 2026 at 101,958 miles returned a completely clean pass with zero advisories or defects. This clean bill of health, recorded just over three months ago, indicates the vehicle is currently in sound mechanical order. The mileage accumulation is remarkably consistent at roughly 7,843 miles per year, which is typical for a 2013 vehicle now approaching 13 years old. The annual tests from 2022 through 2026 show a steady progression from 81,983 to 101,958 miles with no suspicious gaps or sudden spikes in usage. The 2025 test at 97,412 miles sits neatly within this pattern, confirming regular and predictable annual use rather than long periods of standing or sudden high-mileage bursts. The 2025 test on 10 March at 97,412 miles is the only test in this five-year window to flag any defects. The tester recorded corrosion on all three coil springs, a slightly distorted nearside rear wheel, and multiple tyre issues including perishing and wear close to the legal limit. These are all consumable and age-related items rather than structural or safety-critical failures, and the vehicle still passed. The fact that the March 2026 test returned a completely clean result strongly suggests the previous tyre and wheel issues were addressed and the corroded springs were either treated or replaced. No recurring defects appear across multiple tests, which is a positive indicator of attentive ownership. A buyer should still inspect the suspension components in person, paying close attention to the condition of the coil springs for any fresh corrosion or surface pitting. The nearside rear wheel should be checked for true running and any signs of kerb damage. Tyre condition and date codes are worth verifying given the 2025 advisories, though the clean 2026 result implies these were replaced. Overall, the record points to a vehicle that has been kept in good order with defects promptly rectified between test cycles.