Maruti Suzuki e Vitara Full Price List Leaked

After a long wait, Maruti Suzuki officially launched the e Vitara yesterday. The carmaker announced only the starting price of the electric SUV, that too under the BaaS (Battery As A Service) model. The introductory price for the base variant of Maruti e Vitara is set at ₹10.99 lakh (ex-showroom, BaaS) while the battery will be offered on a separate per kilometre EMI of ₹3.99. Bookings for the car have opened at ₹21,000. Acko Drive has obtained the complete price list of the Maruti Suzuki e Vitara, including prices for the vehicle without the BaaS module, from dealer sources.

Maruti will offer the e Vitara in three trim levels — Delta, Zeta, and Alpha. Under the BaaS module, these variants are priced at ₹10.99 lakh, ₹11.99 lakh, and ₹14.99 lakh, respectively. Interestingly, the Delta variant is offered with the smaller battery pack that is accompanied by a battery rental scheme of ₹3.99 per km. Meanwhile, the Zeta and Alpha trims are equipped with a larger 61 kWh battery pack. Both these variants come with a battery rental scheme of ₹4.39 per km.

On the other hand, prices without the BaaS module start at ₹15.99 lakh for Delta, ₹17.49 lakh for Zeta, and ₹19.79 lakh for the Alpha trim. Prices under both modules include the cost of installation and the site survey for the 7.4 kWh complimentary home charging unit. 

Also READ: Maruti Suzuki’s Studied Silence Prior to its EV Journey: Gamble or Smart Strategy?

Maruti e Vitara: Battery & Motor Specs

The smaller 49 kWh battery unit is paired with a 142 bhp electric motor and claims an ARAI-rated range of 440 km whereas the 61 kWh version is paired with a 172 bhp electric motor that promises a 543 km range on full charge. Both have the same torque output of 189 Nm and come with a front-wheel drive layout as standard. Maruti claims that charging from 10 to 80 percent with a 7.4 kW charger takes 6.5 hours for the 49 kWh variant and 9 hours for the 61 kWh battery pack. Using a fast DC charger with support for speeds of up to 70 kW, the same charge level can be achieved in approximately 45 minutes.