Unleashing Dual Force Compact Hub and High-Torque Mid-Drive Motors by Kinetic
BLDC Hub Motor for Electric 2-Wheelers



Kinetic Communications Limited presents a fully indigenised BLDC Hub Motor, engineered for high performance and seamless integration in electric two-wheelers. Designed for efficiency, compactness, and durability, this motor is ideal for modern e-scooters and e-bikes.
Built with advanced trapezoidal or sinusoidal commutation control, the motor ensures smooth acceleration, energy efficiency, and reliable performance in urban riding conditions. Its compact design allows direct fitment into 10” or 12” wheel rims, reducing mechanical complexity.

KCL is ramping up its manufacturing operations to produce high-performance EV Hub Motors tailored for both low-speed and high-speed electric scooters.
These advanced hub motors are engineered to deliver consistent torque, smoother acceleration, and enhanced battery efficiency—key features essential for OEMs in the evolving EV ecosystem.
Salient Features
- Type : BLDC
- Operating Voltage : 48V / 60V / 72V
- Rim Size : 10” & 12”
- Maximum Speed : 700 Rpm to 1100 Rpm
- Protection : IP67
- Efficiency : >88%

PMSM Mid-Drive Motor for L3 and L5 Electric Vehicles



KCL indigenised PMSM Mid-Drive Motor engineered for the L3 category of electric three-wheelers and ongoing under development for L5 segment .This high-performance, centrally mounted motor is purpose-built to meet the rigorous demands of urban commuting, commercial utility, and gradient terrains.

This PMSM Mid-Drive Motor by KCL is a step forward in localized, scalable, and performance-oriented EV powertrain technology—built for OEMs and EV manufacturers looking for reliable drivetrain solutions in India’s fast-growing electric mobility ecosystem.
PMSM Mid-Drive Motors, specially designed for L3 electric two-wheelers and under development for L5 electric vehicles.
Salient Features
- Type : PMSM
- Operating Voltage : 48V / 60V / 72V
- Maximum Speed : 3000 Rpm to 8000 Rpm
- Protection : IP67
- Efficiency : >92%
