Hero Vida VX2 Go FB 2026: Fixed-Battery Electric Scooter With 128 km Range
The Hero Vida VX2 Go FB 2026 is a new fixed-battery electric scooter introduced by Hero MotoCorp's electric mobility brand VIDA in India. The "FB" in its name stands for Fixed Battery, distinguishing it from the removable-battery versions of the VX2.
The VX2 Go FB was launched in July 2026 at an introductory ex-showroom price of ₹1.13 lakh in Delhi. It uses a 3.1 kWh fixed battery and supports direct-plug charging.
Hero Vida VX2 Go FB 2026 Design
The VX2 Go FB retains the modern and practical design of the VIDA VX2 family. It is designed primarily for urban commuting and combines a compact scooter footprint with a long single-piece seat.
The scooter gets a 4.3-inch LCD instrument cluster with smartphone connectivity and turn-by-turn navigation. It also offers 27.2 litres of under-seat storage, making it suitable for everyday city use.
Battery and Range
The major highlight of the VX2 Go FB is its 3.1 kWh fixed battery pack. Unlike the removable-battery VX2 variants, the battery remains installed in the scooter and the vehicle can be charged directly through a charging connection.
VIDA claims an IDC-certified range of 128 km on a full charge. Actual range can vary depending on riding style, traffic, road conditions, rider load and weather.
Motor and Performance
The Hero Vida VX2 Go FB uses a 6 kW peak-output electric motor mounted on the swingarm.
The scooter has a claimed top speed of 70 km/h, making it primarily suited to urban commuting and everyday city riding.
Key Performance Details
Motor: Electric swingarm-mounted motor
Peak output: 6 kW
Battery: 3.1 kWh
Claimed range: 128 km IDC
Top speed: 70 km/h
Transmission: Automatic
Charging
The fixed-battery setup allows the VX2 Go FB to use direct-plug charging. VIDA claims the battery can be charged from 0 to 80 percent in approximately 65 minutes using compatible DC fast-charging infrastructure.
The fixed battery configuration is particularly suited to owners who have access to a regular charging point at home or at their parking location.
Features
The Vida VX2 Go FB comes with a range of practical technology and convenience features.
Key features include:
4.3-inch LCD instrument cluster
Smartphone connectivity
Turn-by-turn navigation
DC fast-charging support
27.2-litre under-seat storage
Long single-piece seat
Connected features
LED lighting
Automatic transmission
The scooter is designed to balance everyday practicality with connected electric-vehicle technology.
Fixed Battery vs Removable Battery
The biggest difference between the VX2 Go FB and other VX2 variants is the battery arrangement.
The VX2 Go FB uses a fixed 3.1 kWh battery, while other VX2 versions are available with removable battery configurations. A fixed battery eliminates the need to remove and carry the battery for charging, but it requires the scooter to be positioned near a compatible charging point.
This gives buyers a choice based on their home parking and charging setup.
Hero Vida VX2 Go FB 2026 Price
The VX2 Go FB was launched at ₹1.13 lakh ex-showroom in Delhi.
The final on-road price can vary depending on the city, registration charges, insurance, taxes and applicable incentives.
Hero Vida VX2 Go FB 2026 Key Specifications
Specification Details
Model VIDA VX2 Go FB
Model Year 2026
Vehicle Type Electric Scooter
Battery 3.1 kWh
Battery Type Fixed
Motor Electric
Peak Output 6 kW
Claimed Range 128 km IDC
Top Speed 70 km/h
Charging Direct Plug
0-80% Charging About 65 minutes with DC fast charging
Storage 27.2 litres
Display 4.3-inch LCD
Price ₹1.13 lakh ex-showroom Delhi
Launch July 2026
Conclusion
The Hero Vida VX2 Go FB 2026 expands the VX2 range with a fixed-battery configuration aimed at riders who prefer direct charging. Its 3.1 kWh battery, 128 km claimed IDC range, 6 kW motor and 70 km/h claimed top speed make it a practical option for everyday urban mobility.
With features such as smartphone connectivity, navigation, 27.2-litre storage and DC fast-charging capability, the VX2 Go FB combines everyday practicality with electric mobility technology.
