Electric bikes
Electric motorcycles
Electric scooters
Hight-speed electric motorcycle
Structural Design
The PXID design team develops initial design concepts for the Z3 high-speed electric motorcycle based on market demands, brand positioning, and target user groups. Key functional areas such as the frame structure, suspension system, transmission system, braking system, and tire design are defined to ensure the design meets the requirements for electric motorcycle riding.
Frame Structure Design
During the design process, careful consideration is given to the load-bearing requirements of the electric motorcycle, dynamic forces during operation, and the installation and securing of critical components like the battery and motor.
This ensures the frame provides solid support while meeting high standards of comfort, maneuverability, and safety.
Tooling manufacturing and assembly process
The integrated manufacturing and assembly process encompasses the entire chain from mold design and manufacturing, precision part processing, and quality inspection to prototype assembly, functional testing, and optimization, ensuring product performance and quality.
Mold design and manufacturing
Precise design of frame and plastic component molds, ensuring high standards in mold production and inspection.
Parts processing
Precision frame processing through CNC and die-casting techniques, with plastic component injection molding and quality inspection of all parts.
Prototype assembly
Initial prototype assembly, functional testing, and inspection, followed by adjustments and optimization to meet overall performance standards.
Quality testing laboratory
The quality testing laboratory, equipped with advanced testing equipment, conducts a series of pre-production tests to ensure each product meets strict quality standards. Extensive testing processes guarantee reliability in performance and safety.
Parts preparation
Ensuring all components are readily available, preventing production delays. An efficient inventory management system enhances supply chain flexibility and responsiveness.
Semi-automated assembly line
The semi-automated assembly line, with the introduction of smart equipment, improves production efficiency and precision, enhances product consistency and quality control.
Mass production and delivery
Through strict quality control and efficient production processes, each step is meticulously executed to deliver high-quality products to market.
• The model displayed on this page is BESTRIDE F1. The promotional pictures, models, performance and other parameters are for reference only. Please refer to the actual product information for specific product information.
• For detailed parameters, see the manual.
• Due to the manufacturing process, the color may vary.
• Two riding modes: comfortable riding & power off-road riding.
• 15° climbing angle.
Bestride Design: Two new origined design, we call it bestride.This riding way is easier to control the body's center of gravity to control the scooter. We own the patent in both China and Europe.
Battery and charging: We have two battery options for this model. 48V10Ah, 48V13Ah. 48V10Ah battery can support 30km range and the range of 13Ah is about 40km.
The battery is removable. Charging directly or charging battery separately.
Motor: The F1 is equipped with a brushless motor of 500W and it’s is powerful. The brand of the motor is Jinyuxing (The famous motor brand). The thickness of the magnetic steel reaches 30mm.
Speed and Display: Featuring 3 gears with a top speed of 49KMH as well as an upgraded 4.7inch colour LED display displays your speed, mileage, gear, headlight status, battery level as well as any warning symbols.
Safe riding: The 10inch tubeless tires and built in front hydraulic spring dual and rear dual suspension promise a smooth ride.
The horn+front and rear lights+front and rear disk brakes ensure the safety of the rider at day or night.
