Mahindra’s new all-electric SUV, the BE 6, has been hogging all the limelight and capturing the headlines with its radical design, class-leading performance and range. The Indian manufacturer has revealed the prices for all five variants. We take a look at which is the most value-for-money variant that you should consider before signing on the dotted line.
Mahindra BE 6: Prices and Variants
The new BE 6’s bookings will officially open in just over 48 hours. So before you book the SUV, we give you a heads up on which variant offers the most for your money. The new EV SUV is available in five variants — Pack One, Pack One Above, Pack Two, Pack Three Select and Pack Three. Let the drum rolls begin, the Pack Two is one to look at as it offers most of the features and has more than sufficient performance.
| Variant | Battery Capacity | Price (Ex-Showroom) |
| Pack One 59 kWh | 59 kWh | Rs 19.65 lakh |
| Pack One Above 59 kWh | 59 kWh | Rs 21.25 lakh |
| Pack Two 59 kWh | 59 kWh | Rs 22.65 lakh |
| Pack Three Select 59 kWh | 59 kWh | Rs 25.25 lakh |
| Pack Three 79 kWh | 79 kWh | Rs 27.65 lakh |
Mahindra BE 6: Features
Starting from the design, the BE 6 Pack Two boasts of all-glass permanent roof, 19-inch alloy wheels, sequential indicators, startup lighting sequence, an illuminated logo, fog lamps, cornering lamps and all LED lights. The cabin sports soft fabric-wrapped interiors, a 16-speaker Harmon Kardon sound system with Dolby Atmos, wireless Android Auto and Apple CarPlay, 65W fast charging ports in front and rear and rear AC vents.
From the safety front, the BE 6 Pack Two has Level 2 ADAS, 6 airbags, all four disc brakes, front and rear parking sensors, low tyre pressure indicator and an electronic parking brake.
Mahindra BE 6: Specifications
The BE 6 Pack Two is available with a single battery pack option — the 59 kWh. It has an output of 228 bhp and 380 Nm of torque. This rear-wheel-drive SUV returns a range of 557 km (MIDC) and has five driving modes — Range, Everyday, Race, Snow and Custom. The BE 6 has four regeneration modes.