Who is eligible for the PM E-DRIVE subsidy?

Eligibility depends on government guidelines and vehicle category.

How Do I Claim the Subsidy?

The subsidy is usually claimed by the vehicle manufacturer and passed on to the buyer as a discount on the ex-showroom price.

Can I Avail the Subsidy for Buying a Used EV?

No, the PM E-DRIVE subsidy is applicable only to the purchase of new electric vehicles.

Is There a Limit on the Number of Vehicles I Can Buy with a Subsidy?

Yes, the subsidy is generally limited to one vehicle per category for each individual.

Mahindra XUV400

Featured EV

₹ 16.63 - ₹ 18.92 L

On Road PricePan India

Power

148 bhp

Torque

310 Nm

Range

375km

0-100kmph

8.3 sec

Power

148 bhp

Torque

310 Nm

Range

375km

0-100kmph

8.3 sec

Description

The Mahindra XUV400 is a modern electric vehicle designed for Indian roads. With advanced EV technology, it delivers excellent range and performance for both city commutes and highway drives.

VariantsOn-Road Price

Mahindra XUV400 XUV400 EC PRO

34.5 kWh • 148 bhp • 310 Nm • 375 km

₹ 16.63 Lakh

Mahindra XUV400 XUV400 EL PRO

39.4 kWh | Dual Tone • 148 bhp • 310 Nm • 456 km

₹ 18.92 Lakh

Powered by a 39.4 kWh battery, generating 147.5 bhp and 310 Nm of torque, it provides rapid acceleration with a 0-100kmph time of 9.18 seconds in Fearless mode.

The instant torque delivery gives a smooth, noiseless, and responsive drive in city conditions, and with ESP and traction control, it’s easy to manage even on slippery surfaces.

The electric motor's linear power delivery in the ‘D’ mode makes for easy stop-and-go traffic handling.

The regenerative braking system in ‘L’ mode mimics one-pedal driving, adding convenience, although it doesn’t bring the car to a complete halt.

There are three drive modes, Fun, Fast, and Fearless, which allow users to adjust steering weight and throttle sensitivity, with Fearless being the quickest.

Ride quality is impressively comfortable, with the suspension absorbing bumps and rough patches effectively, and maintaining stability even at higher speeds.