60V 8000W Dual Motor Electric Scooter – 40Ah Off-Road Foldable E-Scooter

HEZZO F9 Electric Scooter – 60V 8000W Dual Motor | 40Ah Battery | 12-Inch Off-Road Tires

Conquer any terrain with the HEZZO F9 Off-Road Electric Scooter, designed for riders who demand extreme performance and durability. Featuring dual 4000W brushless motors (total 8000W) and a 60V 40Ah lithium battery, this powerhouse scooter offers unmatched acceleration, high torque, and long-range capability — perfect for off-road exploration or powerful urban commuting.

Key Features:

• Dual 4000W Motors (8000W Total): Provides intense torque and rapid acceleration for uphill climbs and rugged terrain.

• 60V 40Ah Lithium Battery (21700 cells): High-capacity energy system with intelligent BMS, offering efficient power management and extended range.

• 12-Inch All-Terrain Tires: Extra-wide tires with reinforced rubber layers for superior grip, durability, and stability across dirt, gravel, and city roads.

• Full Hydraulic Suspension System: Dual front and rear shocks deliver excellent damping and control, minimizing vibration and ensuring comfort on any surface.

• Smart LCD Display with NFC Unlock: High-definition display shows speed, mileage, gear, and battery level; NFC key system adds secure and convenient access.

• Durable 6061 Aluminum Alloy Frame: Built for strength and shock absorption, with a foldable design for easier transport and storage.

• Advanced Water Resistance: Rated IPX54 for the scooter and IPX7 for the battery, allowing safe use under light rain and easy cleaning.

Specifications (Highlights):

• Motor Power: 8000W (2×4000W dual drive)

• Battery: 60V 40Ah lithium (21700 cells)

• Tire Size: 12-inch off-road

• Frame Material: 6061 Aluminum Alloy

• Max Speed: Up to 90 km/h (for professional use)

• Max Load: 200 kg

• Suspension: Front & rear dual hydraulic shock absorbers

• Waterproof Rating: IPX54 (scooter), IPX7 (battery)

• Recommended Rider Height: 165–200 cm

• Weight: Approx. 58–60 kg

• Display: NFC-enabled LCD dashboard