Liquid-Cooled Motor

Only Bike in Sri Lanka with a Liquid Cooled Motor
Dissipate Heat & Ultra-Long Endurance

The device employs a liquid-cooled technique that boosts the motor efficiency up to 90%, resulting in a temperature drop of 30°C. With the aid of a gas exchange system and a sealing ring, the device is IP67 waterproof and rust-proof, preventing demagnetization and ensuring the motor's longevity. The improved motor efficiency also enhances the device's power and endurance.

Image Description

Ceramic Brakes

Braking Distance Is Shortened By 1 Meter
Extended Service Life By 5 Times

Pads are made of ceramic composite materials that possess high-temperature resistance and are wear-resistant. In tandem with a structure that reduces labor, the braking system will be both sensitive and stable. This will result in a reduction of braking distance by one meter, and an extension of the service life by five times.

Image Description

Fully Sealed Fast Charger

Charging Speed Is Twice As Fast
Plug into Any Wall Socket

By using the high-power fast charger, you can reduce the charging time to three hours. The charger is designed with a double shell, where the inner metal shell is fully sealed to dissipate heat quickly, and the outer plastic shell is insulated and heat-proof. Once the charging is complete, the input power is automatically cut off.

Image Description

Air-Cooled Controller

Easier Loading & Climbing
Enhanced Heat Dissipation

The built-in air-cooled controller radiator reduces the operating temperature by 30 degrees, increases speed and climbing power, and efficiently recycles battery charge when braking or going downhill.

Image Description

SOC Intelligent Mileage Management System

Accurate Display of Battery Capacity
Range Improved by 10%

The intelligent mileage management system and the liquid-cooled motor work together to improve the overall performance of the vehicle. The system accurately displays the remaining electric capacity with a precision of over 95%. It also adjusts the output power based on the available electric capacity, resulting in an improved endurance of over 10%.

Image Description