2019 Toyota Yaris Icon VVT-I HEV CVT 1.5L Hybrid electric · OV69 UCE

This 2019 Toyota Yaris Icon VVT-i Hybrid CVT presents an extremely sparse MOT history that offers very little mechanical data for evaluation, with only three test entries recorded over a seven-year period and notably no advisories logged on any of them. The vehicle passed at its most recent assessment on 26 January 2026 and also passed on 6 February 2024, but sandwiched between those passes was a failure on 9 January 2026 where the DVSA database shows no defects recorded against the test, which is an unusual anomaly typically suggesting a minor administrative or retest-related outcome rather than a substantive mechanical issue. With no advisory history documenting component wear, corrosion, fluid leaks, tyre condition, or brake material life, the buyer has essentially no visibility into the gradual degradation typically captured over a vehicle's lifespan, making physical inspection and a pre-purchase mechanical survey more critical than for a car with a detailed advisory trail. The recorded mileage of 63,635 miles against a seven-year age equates to an annual accumulation of approximately 9,091 miles per annum, which sits squarely within expected parameters for a car of this type and demographic. There are no significant gaps in testing history that would suggest the vehicle was off the road for extended periods, nor is there any evidence of rapid mileage accumulation between tests that might indicate high-mileage commercial or motorway use. This consistent, moderate usage pattern is mechanically favourable for the hybrid powertrain, as the battery and associated hybrid components benefit from regular operation rather than prolonged standing, and it should mean that general consumables such as brake pads, discs, tyres, and suspension bushes have seen wear levels proportionate to a typical urban commuter. Given the complete absence of advisory records, the prospective buyer must place greater emphasis on a hands-on evaluation rather than relying on the MOT certificate as a proxy for mechanical condition. On a road test, particular attention should be paid to the behaviour of the hybrid system itself, listening for any unusual noises from under the bonnet during the transition between electric and petrol modes, and checking that the CVT transmission delivers smooth, step-free progression without shudder or flare under moderate acceleration. The suspension, having no documented advisories but also no documented condition, warrants a thorough check over uneven road surfaces for knocking from the front MacPherson struts, worn anti-roll bar linkages, or deteriorated rear torsion beam bushes, while the steering should be assessed for any vibration, pulling, or clonking through the rack at full lock. The braking system should be examined closely for binding calipers or uneven pad wear, particularly given that hybrid vehicles rely heavily on regenerative braking which can lead to rear brake corrosion from infrequent manual application. A thorough inspection underneath the vehicle is strongly advised to check for any signs of underbody corrosion, exhaust system integrity, and oil or coolant leaks from the 1.5-litre petrol engine and its hybrid ancillaries, none of which have been recorded in the test history. Finally, requesting evidence of routine servicing intervals, particularly any hybrid battery health checks or coolant changes specific to the hybrid system, will be essential to confirm that the vehicle has been maintained to a standard consistent with its clean but uninformative MOT record.