Finished in crisp Pure White, this 2017 Toyota Yaris 1.5 VVT-h Icon E-CVT Euro 6 is a smart and efficient 5-door hatchback, showing just 60,478 miles with three previous owners. As a petrol hybrid with automatic E-CVT transmission, it offers a smooth, quiet drive with excellent fuel economy, complemented by selectable Eco and EV modes for added efficiency in everyday driving. The interior is clean and well-kept, featuring black cloth seats with a subtle dark grey patterned centre, providing both comfort and durability. Practicality is enhanced with fold-flat rear seats, multiple storage compartments including glovebox and driver-side storage, and three cup holders. The cabin is equipped with a full infotainment screen including satellite navigation, Bluetooth, radio, and steering wheel-mounted controls, ensuring convenience and entertainment on every journey. Additional features include reverse camera, cruise control, dual-zone air conditioning, electric front windows with manual rear windows, electrically adjustable mirrors, start/stop button, and central locking. The car also benefits from 12V/24W sockets, a traditional handbrake, and a clear passenger seatbelt alert system. This UK vehicle is recorded as Category N, with the previous damage limited to the front passenger wing. It has been professionally repaired with no visible signs remaining and drives exceptionally well. It is presented in outstanding condition throughout, with a look and feel that reflects far less wear than you would expect, making it a fantastic value option. Its overall presentation is so well kept that the number of previous owners is not at all apparent. It also comes with part service history, which is effectively almost full, with only a very small amount missing, showing it has been well maintained over its life. Freshly inspected and prepared, this vehicle comes with a 12-month MOT and a 3 month, giving complete peace of mind. Fully checked and presented to a high standard, this Toyota Yaris is a reliable, ready-to-drive car in excellent condition.