KuKirin G2 Master Electric Scooter 2025 - 1000W*2 Motor 52V20.8Ah Battery 10-inch Tires Hydraulic Suspension with Dual Motor - Black

KuKirin G2 Master Electric Scooter 2025 - 1000W*2 Motor 52V20.8Ah Battery 10-inch Tires Hydraulic Suspension with Dual Motor - Black

€855,00
Sale price  €855,00 Regular price  €999,00
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KuKirin G2 Master Electric Scooter 2025 - 1000W*2 Motor 52V20.8Ah Battery 10-inch Tires Hydraulic Suspension with Dual Motor - Black

KuKirin G2 Master Electric Scooter 2025 - 1000W*2 Motor 52V20.8Ah Battery 10-inch Tires Hydraulic Suspension with Dual Motor - Black

€855,00
Sale price  €855,00 Regular price  €999,00

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Description

High-quality Lithium Battery
The KuKirin G2 Master electric scooter is equipped with a 52 V 20.8 Ah high-performance battery and optimized for long battery life. With one battery charge, you can achieve a range of up to 70 kilometers, enjoying longer rides.

High-Performance Dual Motor
The KuKirin G2 Master electric scooter features two powerful dual motors that deliver strong performance and enable effortless uphill riding. The rider can easily navigate through various terrains, whether on flat roads or uneven paths. Additionally, the dual motors provide better control and stability, making your ride safer and more comfortable.

Hydraulic Shock Absorber System
The KuKirin G2 Master is equipped with front and rear hydraulic shock absorbers. These shock absorbers utilize the properties and compressibility of liquids to absorb and dissipate vibrations, effectively reducing their impact. Depending on road and riding conditions, the shock absorbers react in real-time to vibrations. This reduces fatigue and improves riding safety, ensuring a more reliable, safer, and more comfortable riding experience.

Front and Rear Dual Disc Brakes
The KuKirin G2 Master is equipped with front and rear dual disc brakes. This design allows for more comfortable braking and deceleration. The dual disc brakes distribute braking force better, ensuring the scooter's stability and controllability. Compared to conventional braking systems, disc brakes have a larger friction surface, dissipate heat better, and are therefore more durable.
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