2016 Toyota Auris 1.8L Hybrid electric (clean) · OU66 RFJ

The 2016 Toyota Auris most recently passed its DVSA MOT inspection on 15 September 2025 with no defects or advisories recorded, continuing an unbroken run of passes dating back to its first test in 2019. Across seven consecutive annual examinations, the vehicle has returned a clean sheet every time, with no advisory items noted regarding tyre condition, brake wear, suspension components, exhaust integrity, or corrosion. This sustained pattern over the latter half of its life is a strong indicator of consistent maintenance and stable mechanical condition, suggesting that the owner has addressed wear items proactively or that the vehicle has simply not been subjected to conditions that would precipitate component degradation. There is no evidence in the record of any deteriorating trend or recurring concern that would otherwise warrant concern. Turning to the recorded mileage of 18,236 miles against a ten-year vehicle age, this equates to an annual average of approximately 1,824 miles, which is exceptionally low and well beneath the typical usage profile for a car of this vintage. At such modest annual mileage, it is reasonable to infer that the Auris has likely spent considerable periods either garaged or otherwise stationary, with occasional short journeys rather than sustained motorway use. While lower mileage generally preserves engine, clutch, and drivetrain longevity, extended standing periods introduce their own set of age-related concerns that are not always captured within an MOT inspection. These include oxidation of internal brake components, drying and cracking of rubber seals and bushes, and degradation of lubricants that rely on regular thermal cycling to remain effective. For a prospective buyer, the clean MOT history should be viewed positively but treated as only one element of a broader physical appraisal, particularly given the low usage profile. On inspection, particular attention should be paid to the tyres, as rubber compounds deteriorate with age regardless of tread depth; look closely for sidewall perishing, hairline cracking, or any distortion in the sidewall that would suggest the tyres are beyond their safe service life even if the tread appears adequate. The braking system should be evaluated for binding calipers and surface corrosion on the brake discs, both of which are common after prolonged standing and can manifest as uneven braking, pulling to one side, or a grinding sensation during low-speed manoeuvres. A firm application of the brakes from speed should produce a straight, stable stop without shudder through the steering wheel or pedal, and the handbrake should hold the vehicle securely on an incline without requiring excessive travel. Additionally, ask the seller to demonstrate cold-start behaviour, as infrequent use can mask issues with battery state of charge, starter motor wear, or fuelling system varnish. Beyond the immediate mechanical condition, a buyer should verify the time-based servicing items that do not necessarily correlate with mileage but are essential on a ten-year-old vehicle. Confirm the date of the last brake fluid change, as hygroscopic absorption of moisture degrades fluid performance over a typical two-to-three-year cycle irrespective of use. Coolant, transmission fluid, and engine oil should similarly be checked for age-appropriate replacement, with evidence in the form of service invoices or stamped service book entries. The 12-volt battery should be load-tested, as batteries left in a partially discharged state suffer accelerated plate degradation and may fail without warning. Finally, inspect the underside and suspension components for any surface corrosion or perished rubber bushes, and check that all interior and exterior electrical functions operate correctly, particularly the air conditioning system, which relies on regular use to retain refrigerant pressure and prevent seal drying. A pre-purchase inspection by a qualified independent technician would be a prudent investment for any ten-year-old vehicle, and is especially advisable where low mileage raises questions about long-term component preservation.