Innovative technology, premium materials, and specialized components contribute to the high cost of electric surfboards
Advanced Technology
Electric surfboards operate on lithium-ion cells that provide improved energy density and life service. They have the capacity from 2 kWh to 6 kWh and do not exhaust quickly as they allow riding for 45 minutes up to 2 hours. Advanced battery management systems ensure safety and performance and regulate charging and discharging.
Powerful motors
Brushless electric motors of 3 kW to 10 kW are suitable for most models as they provide the board with the needed torque and speed. With surfboards that have a motor of the kind, one may develop a 30 mph speed. Manufactures deliver products, where motors are sealed and have innovative cooling systems that guarantee constant power and high efficiency.
Intelligent control
Power control on electric surfboards is organized by an electronic control unit, whereas smart control also relies on sensors that maintain safe speed and acceleration and monitor the condition of the battery. At the same time, taking all the models into account, some surfboards also feature an app that managers may install on a smartphone to fix whatever they find suitable for their specific conditions.
High-quality materials
A prominent surfboard is always built with the implementation of strong but, at the same time, light components. No exception, the latest models are made of some form of composites with the use of both aerospace-grade materials and carbon fiber. Their hull is either created using completion or resin transfer molding, and along with it, fins and the hydrofoil that is utilized in some models are designed with carbon fiber to provide the board with lightness and stiffness.
Attractive design
Forecasting high-level hydrodynamics, engineers design the contours of surfboards on computers years before the surfboard comes to the first rider ever. FCS simulations enable them to identify the most effective forms that have the lowest drag force. Moreover, models are built having all the fins fixed, and bottoms are concaveensuring stability and turning control. Along with it, different production companies also tend to provide riders with adjustable straps of their own kind ensuring with it the exceptional ability for everyone to adjust to the board postureIconModule.
High-quality Materials
Electric surfboards are constructed from advanced materials popular in aerospace applications. Carbon fiber is strong with a great strength-to-weight ratio. Thereby, it maintains the structural integrity of the board and prevents from being overweight.
Impact-resistant Polymers:
Fins, footpads, and enclosures are made from cast high-strength polymers with great impact resistance characteristics. They protect delicate electronics and are of great help when the board collides with the rock.
Marine-grade Stainless Steel:
Fasteners, bolts, and all kinds of hardware related to the electric surfboard are made from marine-grade stainless steel. This type of steel prevents from possibility to be spoiled in saltwater, as alternative materials do.
Waterproof Seals and Enclosures:
Waterproof insulating materials protect delicate electronics from possible water leaks. Seals are made from silicone, while enclosures are produced from stainless steel. Moreover, enclosures are painted with epoxy to prevent them from moisture getting inside. Waterproof O-rings and gaskets support various locations. Special insulating materials properly protect the board from getting wet.
UV-resistant Finishes:
Exterior finishing is made with UV resistant painting or completely made from UV resistant materials, such as paint, foam, or plastic. UV-resistant Finish antistatic properties protects the board from dust magnets. UV-resistant finishes are not subject to discoloration with time.