2018 Toyota Yaris 1.5 VVT-h Icon Tech Hatchback 5dr | Petrol Hybrid | E-CVT Automatic | Euro 6 | Red Finished in striking Red, this Toyota Yaris Icon Tech is an efficient and practical hybrid hatchback offering excellent reliability, easy automatic driving and a great level of everyday technology. Powered by the 1.5 VVT-h petrol hybrid system producing 100 BHP and paired with Toyota's smooth E-CVT automatic transmission, it delivers effortless urban driving and impressive fuel efficiency. The Yaris is an ideal choice for city driving and commuting, with its compact dimensions making it easy to manoeuvre and park while still offering a comfortable and practical five-door interior. The hybrid powertrain is particularly well suited to stop-start traffic, helping provide a smooth and refined driving experience. The desirable Icon Tech specification adds useful technology and convenience features, while the Service History provides additional reassurance. With its low-emission Euro 6 hybrid powertrain, automatic transmission and practical design, this Yaris is an excellent choice for first-time buyers, commuters and anyone looking for an economical everyday car. Features Include: • Icon Tech Specification • E-CVT Automatic Transmission • Euro 6 (ULEZ Compliant) • Service History • Toyota Touch 2 with Go Navigation • Front & Rear Parking Sensors • Cruise Control with Speed Limiter • Dual-Zone Automatic Air Conditioning • DAB Digital Radio • Bluetooth Connectivity • Audio and Telephone Switches on Steering Wheel • Electric Door Mirrors • Push-Button Start • Rain Sensing Wipers • ISOFIX Fixing Points • HAC - Hill Start Assist Control • Radio and CD Player • Toyota Safety Sense • 15in Alloy Wheels Combining Toyota's renowned hybrid technology with smooth automatic driving, excellent fuel efficiency and proven everyday practicality, this Yaris is a fantastic economical hatchback. Well-equipped, easy to drive and particularly suited to urban motoring, it offers an excellent blend of reliability, comfort, low running costs and hybrid efficiency.