Datsun India is all set to launch its two new upcoming models in the country which are CVT automatic variants of the GO hatchback and GO+ MPV.
The two models have been revealed in the market. They will be out in the showrooms anytime next month. The automobile company has already started taking pre-orders for the two models.
Datsun India is giving an option to the public to go and pre-book the models by just paying an initial amount of Rs. 11,000 at any of the Datsun/Nissan dealership across the nation.
Datsun GO and GO+ CVT Design:
Datsun’s GO and GO+ CVT will be made available to the public in two trims: T & T(O). Both the models of the car will come up with the following features:
1. Front dual airbags
2. Anti-lock braking system (ABS)
3. Electronic brake-force distribution (EBD)
4. Central Locking
5. Reverse parking sensors
6. Pedestrian impact protection
7. Alloy wheels of 14 Inch.
8. Auto door lock with speed sensing.
The top-end T (O) trim of the two models will come with a packed touchscreen infotainment system which will be supporting Android Auto and Apple CarPlay. The models will also be equipped with LED daytime running lights,
Datsun GO and GO+ CVT price:
The price of Datsun GO and GO+ CVT is estimated to be costing between Rs 6 Lakhs to 8 Lakhs. (introductory, ex-showroom India).
The lowest model costing for about 6 Lakhs and the highest model which will be offering various features will be costing for about 8 Lakhs on road. However, the price depends on the state and the type of model.
Datsun GO and GO+ CVT Launch Date:
Datsun India has released the official launch month of the models Datsun GO and GO+ CVT. The two models will be launched in the next month. The carmaker has already started accepting pre-orders.
Datsun GO and GO+ CVT Engine:
The two models of the car will be witnessing a power bump. The cars will be seen using the 1.2L, 3-cylinder petrol engine which can produce power worth 75bhp against 104Nm of torque. On the other hand, the manual hatchback version of the car will deliver 67bhp with 104Nm.