Toyota Vitz: The joint venture between the Japanese manufacturers Toyota and Suzuki has launched a variety of its vehicles in a number of international countries, including South Africa and India. The Toyota Vitz hatchback car, introduced in South Africa, is the most recent model to come from this line. The Maruti Celerio, which is now available in the Indian market, is primarily what this vehicle is. The Agya hatchback will be replaced by the new vehicle in South African markets.
The latest generation Celerio that is offered in India shares similarities with the design of the new Toyota Vitz. The Toyota emblem and Vitz badging are the sole differences. There haven't been any images of the interior, though. However, it is also likely to remain largely unchanged and not undergo any significant changes from the Maruti Celerio. The colour of the interior and the steering wheel, however, could change in various ways.
Engine
ARAI Mileage
26.0 kmpl
City Mileage
19.02 kmpl
Fuel Type
Petrol
Engine Displacement (cc)
998
No. of cylinder
3
Max Power (bhp@rpm)
65.71bhp@5500rpm
Max Torque (nm@rpm)
89nm@3500rpm
Seating Capacity
5
TransmissionType
Automatic
Boot Space (Litres)
313
Fuel Tank Capacity
32
Toyota's hatchback will be powered by a dual VVT and idle start-stop equipped 1.0-litre K10C, 3-cylinder Dualjet petrol engine that is also offered in the Celerio. This engine has the ability to produce 89 Nm of torque and 65.7 horsepower of power. It will have the choice of a 5-speed manual or an AMT transmission. One of the nation's most fuel-efficient vehicles is the Celerio. Its AMT variant achieves ARAI-certified mileage of 26.68kmpl, while its manual gearbox option achieves 25.23kmpl.
Features
The 313-litre boot size of the Toyota Vitz will be identical to that of the Celerio. Features include a multi-functional steering wheel, keyless entry, height hold to assist with AMT, engine start/stop button, twin airbags, ABS, EBD, and a 7-inch SmartPlay Studio infotainment system with smartphone navigation. acquires foldable and electrically adjustable ORVMs.