The EMotorad EMX is engineered with a focus on robust durability and balanced performance for its intended 'Urban / Off-Road' application. The **Aluminium Alloy 6061 frame** provides an excellent strength-to-weight ratio, contributing to the overall 21 kg mass, which is competitive for a full-suspension e-bike. The **full suspension system**, highlighted by a 100mm travel Suntour Hydraulic front fork, is crucial for mitigating impacts on uneven terrain, enhancing rider comfort and wheel-ground contact, thus improving traction and control. The **250W BLDC rear hub motor**, while rated at 250W, is designed for efficient power delivery. Though peak torque isn't specified, its integration with a 21-speed Shimano Tourney drivetrain ensures a wide gear ratio spread, allowing riders to effectively manage varying inclines and speeds, leveraging the motor's power output optimally, especially with the 5 levels of pedal assist and walk assist mode. The **36V 10.4Ah (374.4Wh) Lithium-Ion battery with Samsung cells** is strategically mounted within the downtube, contributing to a lower center of gravity for improved stability. This capacity enables a practical range of up to 80 km in PAS mode, demonstrating efficient power utilization. The integrated **Battery Management System (BMS)** provides critical protection features including over-voltage, under-voltage, over-current, and deep discharge, safeguarding the battery's health and extending its cycle life. The **mechanical disc braking system** on both front and rear wheels, coupled with a motor cutoff function, provides consistent and reliable stopping power, a critical safety feature, especially at the 25 km/h maximum speed. The display and controls are intuitive, with a 4.5-inch color LCD offering essential ride metrics and fault code diagnostics, reflecting thoughtful user interface design. The electrical isolation and BIS certification underscore its adherence to safety standards within the Indian market. The absence of regenerative braking suggests a focus on simplicity and cost-effectiveness, with energy management primarily handled by the efficient motor and battery pairing.
