The Vostok WTF Electric Scooter is designed to excel in any environment—whether you’re cruising through city streets, navigating challenging crossroads, or speeding through highway traffic. This foldable scooter is compact enough to fit inside your car trunk, making it a perfect companion for your urban adventures. We’ve integrated advanced technology and cutting-edge design to provide an unforgettable driving experience: High-powered 27 kW motor-wheel for exceptional performance. Built-in liquid cooling system in both the motor-wheel and frame for optimal efficiency. Structural elements made from titanium and airplane-grade aluminum for superior durability. An extra-durable waterproof frame ensures longevity in all weather conditions. Equipped with long-travel, pneumatic high-performance suspension for a smooth ride. Unique design of steering and controls for enhanced maneuverability. Features a state-of-the-art customized controller for precision and reliability. The Vostok WTF Electric Scooter is the perfect combination of power, durability, and sleek design—ready to take on any challenge, wherever your journey leads. 1. General Information Attribute Details Maximum Speed 110 km/h Acceleration (0-100 km/h) 6 seconds Weight 94 kg Maximum Payload 200 kg Range on one charge (at 100 km/h) 60 km Range on one charge (at 60 km/h) 110 km Range on one charge (at 30 km/h) 160 km Battery Charging Time (0-100%) 2 hours 2. Engine Attribute Details Engine Type Motor-wheel with integrated liquid cooling Hall Sensors Two sets Tires Tubeless, rain tire for go-kart Maximum Power 27 kW Magnet Operating Temperature Up to 150°C Ingress Protection IP67 3. Accumulator Attribute Details Voltage 66-92.4 V Capacity 6.5 kWh Maximum Discharge Current 400 A Long-term Discharge Current 250 A Maximum Charge Current 80 A 4. Suspension Attribute Details Rear Suspension Multi-link Front Suspension Lever type Suspension Travel 160 mm 5. Frame Attribute Details Cooling System Integrated liquid cooling Wiring Concealed Material (Basic Elements) Machined, aircraft-grade aluminum (D16T) Material (Power Elements) Titanium (OT4) Bearings SKF Steering Cup Bearings Tapered, roller, angular contact, 25 tons max load Maximum Static Load (Elastic Deformation) 650 kg Ingress Protection IP65 6. Brake System Attribute Details Front Brake Hydraulic Rear Brake Hydraulic ventilated regenerative Regenerative Brake Adjustable brake force, trigger-controlled 7. LED Optics Type LED headlight with lens Brightness 4600 lm (mid) 4600 lm (far) Number of Lights 2 Power (per Lamp) 36 W 8. Control Triggers Two, multi-functional, shockproof Sensor Principle Hall sensor Mechanics Ball bearing Materials Milled, aircraft-grade aluminum Multi-function Buttons For main and additional controller functions Water Protection Class IP54 (upgrade in progress) 9. Battery Charger Type Server-based power supply charger Charging Time 0-100% in 2 hours 10. Electronics Attribute Details Controller (Max Battery Current) 350 A Controller (Max Phase Current) 500 A Display Type Multi-function, shockproof, waterproof Screen Protection Tempered Gorilla Glass Control Keys Waterproof, mechanical Display Ingress Protection IP66 Main Controls and Operating Rules Before Using the Scooter for the First Time, It Is Necessary to: 1. Fully charge the battery. 2. Check the tire pressure (1.8 atmospheres in both the front and rear wheels). 3. Adjust the shock absorbers according to your weight and intended riding style. Transition from Transport Position to Working Position: 1. Loosen the screws on the middle and upper clamps (see Figure 1). 2. Raise the steering mast to the limiter. 3. Tighten the screws on the middle and upper clamps (see Figure 1). 4. Spread the right and left halves of the handlebars. 5. Tighten the connecting nut (see Figure 3). Turning On/Off: 1. Press and hold the BMS power button on the back of the deck (see Figure 2) until you hear a beep. 2. Move the onboard computer power button towards the screen. 3. The scooter is ready for use. Charging: 1. Turn on the scooter. 2. Disconnect the charging station from the scooter (see Figure 1). *Important:* Ensure that the body of the charging device does not contact the scooter’s body. 3. Insert the connector into the wiring connection port (see Figure 4). – Be sure to open the air ducts to prevent damage to the charging station (see Figure 4). 4. Connect the charging station to the 220V power supply, then insert the connector into the charging port (see Figure 2). 5. The onboard computer’s display will show the charging screen. 6. After the charging process is complete, first remove the connector from the charging port (see Figure 2), then disconnect the charging station from the 220V power supply. Figures Figure 1. General View: 1. Charging station 2. Middle clamp 3. Upper clamp 4. Back wall of the deck Figure 2. Back Wall of the Deck: 1. Charging port 2. BMS power button Figure 3. Handlebar: 1. Control buttons for the onboard computer (detailed instructions on the onboard computer) 2. Reverse 3. Power on the onboard computer 4. Throttle lever 5. Cooling system power on 6. ”ECO” mode (power and maximum speed limitation) 7. Low beam 8. Electronic brake lever 9. High beam 10. Connecting nut Figure 4. Charging Station: 1. Wiring connection port 2. Air duct flaps Precautions: • Do not leave the scooter unattended while charging. • Do not press the throttle lever when the charging connector is plugged in (see Figure 2) if the charging station is unplugged from the 220V power supply.
