2018 Toyota Auris 1.8L Hybrid electric (clean) · HD18 CKV

The 2018 Toyota Auris presents a stable and improving maintenance trend, culminating in a completely clean pass on 27 May 2025 at 162,802 miles. The absence of any recorded defects in the most recent test indicates that all major structural and mechanical systems currently meet the required safety standards. The vehicle transitioned from a failed test on 22 May 2023 at 97,463 miles to a defect-free pass on the same day, suggesting the previous owner promptly rectified the initial failure point. Since then, subsequent annual tests have recorded zero defects, pointing to a well-maintained vehicle despite its heavy usage. The mileage accumulation for this Auris is exceptionally high for its age, averaging roughly 32,000 miles per year rather than the typical 10,000 to 12,000. Between the 2022 test at 66,133 miles and the 2025 test at 162,802 miles, the car covered nearly 97,000 miles in just three years. This consistent, rapid accumulation indicates sustained high-speed or long-distance driving rather than prolonged periods of standing. While the MOT record is sparse regarding specific component replacements, the sheer volume of miles places significant emphasis on verifying the condition of high-wear drivetrain and suspension components. Given the intense mileage accumulation, a physical inspection must focus on the structural integrity of the underbody and the condition of the suspension bushes, coil springs, and shock absorbers. High-mileage vehicles of this calibre frequently suffer from accelerated wear on these components, even if they pass the MOT's basic visual and functional checks. The braking system warrants close scrutiny; 162,000 miles of use demands verification of brake disc thickness and the condition of calipers to ensure no binding occurs under heavy load. Buyers should also inspect the exhaust system for corrosion and check the tyres for uneven wear patterns, as rapid mileage accumulation often exposes alignment issues or neglected rotation schedules that a standard MOT might not explicitly flag.