Things to note during the design and production of electric surfboards

In the design and production process of electric surfboards, the following key points need to be noted:

Design Points

Structural stability: The water surfboard must have sufficient structural stability to ensure stable operation in various water environments.
Power system: The selection of motors and batteries is crucial. Sufficient power output is required, and battery endurance and safety must also be considered.
Material Selection: Choosing the right materials has a major impact on the performance and durability of your surfboard. The material needs to have good anti-corrosion properties and can be used in various climate conditions.
Safety standards: Must comply with international and domestic safety standards, such as IPX7 waterproof level, CE certification, etc.

Production Process

Mold making: According to the design drawings, precise molds are made to ensure that the appearance and quality of the surfboard meet the design requirements.
Material processing: Choose appropriate materials for processing, such as carbon fiber, EPS foam, etc., and ensure that the materials are evenly distributed to prevent breakage or damage during use.
Assembly: Assemble each component according to design requirements, paying attention to the sealing and tightness of each connection.
Testing: After completion of production, various performance indicators of the surfboard must be strictly tested, including but not limited to speed, stability, power system performance, etc.

Safety standards and regulations

Safety requirements for power (electric) surfboards: According to relevant standards, surfboards should have the ability to start sliding and maintain stable cruising under maximum load, and should be able to achieve a stable speed of 35km/h under normal conditions.
Appearance and structural function requirements: The surface of the board should be smooth, uniform in color, and should not have bubbles, warping, burrs and other problems.
Power device: An emergency stop switch for the power device should be provided, which can automatically cut off the power supply when the operator falls into the water to ensure the safety of the user.

Material selection tips

Lightweight yet high-strength materials: Choose lightweight yet high-strength materials, such as carbon fiber, to reduce the weight of your surfboard while increasing its load-bearing capacity.
Anti-corrosion materials: Use corrosion-resistant materials, such as stainless steel, to prevent the performance and service life of the surfboard from being affected by corrosion.

To sum up, the design and production of electric surfboard is a complex process that requires full consideration of structural stability, power system performance, material selection, and safety standards. Only in this way can the performance and safety of the surfboard be ensured and users can have a better experience.