Royal Enfield unveils specifications of its first electric motorcycle, the Flying Flea C6, ahead of official launch on April 10
Royal Enfield has revealed the full specifications of the Flying Flea C6. The company will launch this model on April 10. This marks Royal Enfield’s entry into the electric two-wheeler segment.
The move matters because it brings a heritage brand into electric mobility. The Flying Flea targets urban and city-plus riders in India.
Platform and Design Focus
The Royal Enfield Flying Flea uses a dedicated electric platform. It features a lightweight design with classic styling elements such as a girder fork and a belt drive.
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The bike weighs around 110-120 kg. It offers agile handling suitable for congested Indian roads.
Performance and Range Details
A 15.4 kW PMSM motor powers the Royal Enfield Flying Flea C6. It delivers 0-60 kmph acceleration in 3.7 seconds and a top speed of 115 kmph. The 3.91 kWh battery provides an IDC range of 154 km.
The Flying Flea C6 supports multiple charging modes, including rapid charging. It includes five riding modes: Eco, Rain, Tour, Performance, and Custom. Additional features comprise lean-sensitive dual-channel ABS and cruise control.
Implications for Indian Mobility
The launch of the Flying Flea C6 expands electric options in the premium commuter segment. It supports the growing demand for cleaner two-wheelers in tier-1 and tier-2 cities. The model integrates with existing Royal Enfield service networks to make ownership easier.
Beyond the Spec Sheet
The Royal Enfield Flying Flea C6 improves daily urban commutes with quiet operation and instant torque. Riders gain reliable access for short city trips and weekend rides without frequent refuelling stops. Lower running costs compared to petrol models are changing ownership behaviour among daily users.
Fleet operators benefit from reduced maintenance in goods delivery within city limits. The bike supports predictable movement in traffic with smooth power delivery. It encourages more riders to switch to electric options for reliable last-mile connectivity.
