Electric Vehicles

Quantum Bziness E-Scooter launched for commercial use

Written by AnantaSaranNayak

Quantum Energy has brought in a new variant of Quantum Bziness e-scooter. This is specifically targeted towards the commercial deliveries segment. The Quantum Bziness range starts with a price tag of INR 99,000. The exact price will depend on the state and the local subsidies. Quantum Energy has also collaborated with a host of key banks. This includes HDFC, ICICI and some NBFCs. The aim is to offer better payment options to fleet operators and last-mile delivery companies.

Electric Two-Wheelers Demand On The Rise

In India, there’s a sizable proportion of individuals who form a formidable part of the two-wheelers segment. They do so for purposes other than transportation. This ranges from carrying goods to running businesses on two wheels. Thus Quantum Energy launched Bziness at a low cost. The aim is to make it available to a wide range of customers. This includes B2B fleet companies, last-mile delivery companies, ride-sharing companies and B2C as well.

What Is The Quantum Bziness?

The Quantum Bziness comes with a 1200W electric motor. This motor can power the e-scooter to a top speed of 55 kmph. Quantum Energy also claims that the e-scooter can accelerate from a standstill to 40 kmph in 8 seconds. The new variant also benefits from an upgraded LFP battery. With this battery pack, Quantum claims a range of up to 130 km on a full charge.

Key Features Of Offer With Quantum Bziness

The Quantum Bziness e-scooter also comes equipped with a host of quirky features. This includes a remote lock & unlock an anti-theft alarm, disc brakes, USB charging port, 12-inch wheels, and an LCD Display. The new variant also comes equipped with a better headlamp,a stronger cargo rack for last-mile delivery services and a wider seat. For customers’ peace of mind, Quantum Energy is also offering a 3-year/90,000 km battery warranty with the e-scooter.

Also Read: Odysse Electric launches Vader electric motorcycle with 7” android display.