2016 Toyota Auris 1.8L Hybrid electric (clean) · ST66 ODE

A consistently clean MOT history defines this ten-year-old Toyota Auris, with four consecutive passes and only one recorded failure that carries no defect information, indicating a straightforward retest scenario rather than a chronic mechanical fault. Across the 2022, 2023, and 2025 examinations, the vehicle returned passes with no advisories, and the 2024 result followed the same clean pattern after what appears to have been a minor administrative or component-related stoppage that was resolved at the same test visit. This absence of advisories across multiple tests is a strong indicator of structural and mechanical soundness, suggesting that core safety items such as braking components, suspension linkages, steering elements, tyres, and exhaust integrity have remained within serviceable limits throughout the recorded testing cycle. The most recent pass on 10 June 2025 confirms this stable roadworthiness trajectory, reinforcing the picture of a well-maintained vehicle rather than one masking underlying deterioration. The mileage profile is notably restrained for a vehicle of this age, with 54,535 recorded miles equating to roughly 5,454 miles per year over its life. Such modest annual accumulation points to predominantly short or infrequent journeys rather than sustained motorway or high-mileage commuting, which has direct implications for component wear. Lower-mileage vehicles typically experience reduced wear on major drivetrain elements, but the trade-off is increased exposure to the effects of standing, including potential oxidation of brake discs, drying of rubber boots and bushes, and the formation of surface corrosion on underbody components. The MOT history shows continuous annual testing from 2022 onwards with no significant gaps, which suggests the vehicle has remained in regular use and has not suffered prolonged periods of inactivity that might otherwise accelerate deterioration of seals, brake hydraulics, or 12V battery condition. For a prospective buyer, the absence of recorded advisories removes specific component guidance, so attention on a physical inspection and test drive should be directed towards the items most likely to surface on a low-mileage Toyota of this generation. On a road test, listen for any knocking or clonking from the front suspension over uneven surfaces, which can indicate worn anti-roll bar drop links, stabiliser bushes, or lower arm bushes that have hardened with age despite low wear mileage. Feel for any vibration through the brake pedal under firm application from speed, as the front brake discs may have developed lipping or light corrosion from infrequent sustained braking. Also check for any pulling to one side under steady cruising, which could suggest subtle uneven brake caliper binding or a tracking issue, and listen for any whine from the transmission or clutch judder on take-off that might indicate drivetrain wear despite the modest odometer reading. Given the hybrid drivetrain typical of this Auris generation, the test drive should also include careful attention to the transition between electric and petrol propulsion, ensuring it is smooth without unexpected surges, hesitation, or warning indicators on the dashboard. Inspect the underbody and wheel arches closely for any emerging corrosion, particularly around suspension mounting points, the rear axle area, and exhaust hangers, as even clean MOT records do not preclude the early stages of surface oxidation developing between tests. Verify that the hybrid system displays a healthy state of charge on a short drive and that the brake regeneration feels consistent, as the regenerative braking system shares load with the conventional friction brakes and can mask the symptoms of seized rear calipers. Finally, confirm that the tyre sidewalls remain free of cracking and that all fluid levels, particularly brake fluid and engine coolant, have been recently refreshed, given the low annual mileage profile which can otherwise allow gradual moisture ingress and coolant degradation.