Why is Fliteboard so expensive?
Fliteboard holds its eFoils to the highest standards, from design and engineering to materials. Carbon fiber allows Fliteboard products to be impressively lightweight and incredibly durable. However, high-quality materials like carbon fiber come at a higher price point. An advantage with Fliteboard is that the motor is mounted at the height of the blades. This not only extends the effective mast height, but also results in smoother running. This is because the thrust is applied precisely to the wing. With Lift Foils, on the other hand, the motor is located about 10 cm above the wings.Fliteboard is an electric powered hydrofoil, also known as an eFoil. Standing on the board, riders use a handheld Flite Controller to manage their speed. With a mast that is partially underwater, Fliteboarding gives you the feeling of freedom as you glide silently just above the water.An eFoil is a revolutionary watercraft that combines surfing, hydrofoiling and electric propulsion. A surfboard-like deck is equipped with a hydrofoil below the water’s surface. The hydrofoil is connected to a powerful electric motor, usually mounted in a waterproof compartment beneath the board.Motor and mast A special feature of Fliteboards is that the motor, on-board computer and mast are one unit made of anodized aluminum, which can be easily connected to the board. Lift Foils uses a carbon fiber mast, but has to install a water cooling system.While all models are motorized, the power output and battery life can vary significantly, affecting both the speed and the duration of your rides. Some electric surfboard hydrofoils are equipped with interchangeable batteries, allowing for longer sessions on the water without the need for frequent recharging.
How fast can a Fliteboard go?
According to Fliteboard Founder and CEO David Trewern, With the right setup, a Fliteboard can reach up to *50 km/h (30mph), but the true joy of eFoiling isn’t just in how fast you can go – it’s in how effortlessly you can glide over the water and find freedom. Now, let’s explore the factors that influence eFoil speed . Short answer: No, eFoiling is not hard to learn—especially with the right board, calm conditions, and a little guidance. Most beginners are surprised at how quickly they find their balance and start riding above water.In 2015, our co-founder Nick Leason – an engineer and avid surfer – came up with the idea for the original eFoil, applying the technology from smart phones, electric vehicles and even drones into a board that would let its rider fly above any body of water without needing to be propelled by wind or waves.Yes, you can ride an eFoil board in waves. For 3–4 ft waves, maintain speeds of 12–18 mph to match wave energy. Use a 5 kWh battery for up to 2 hours, consuming 1. Wh per hour.Unlike other water sports that are limited by wave conditions or wind direction, efoiling can be done in a variety of conditions and environments. Riding an efoil is like a full body workout, it requires balance and strength, and it is also a great way to improve cardiovascular fitness.Whether you’re a beginner or an experienced thrill-seeker, hire our new eFoils for any lake or riding big surf, the Lift eFoil or Fliteboard allows you to craft the adventure that’s best for you with an all-electric, silent motor that glides through any body of water ocean, river, lake or reservoir.
Does a Fliteboard have a motor?
There are different types of assisted foil setups. Foils, like Fliteboards for example, have the motor at the bottom of the mast, allowing you to use the power in flat water or on windless days as well as on waves and in swell. Factors Influencing the Cost: Technology and Design: eFoils incorporate advanced technology and engineering to provide a seamless and exhilarating experience. The integration of high-quality materials, sophisticated hydrofoil designs, and precision-crafted components contributes to the overall cost.Foils are electric surfboards with an integrated hydrofoil and an emission-free electric motor. The motor is located at the bottom of the mast and propels the board through a propeller or jet. The eFoil is controlled via a wireless remote control held in the hand.Foils offer a thrilling way to experience the water, combining speed, agility, and the sensation of flying above the surface. With top speeds ranging from 32-50 km/h (20-30 mph), and the ability to tailor your board’s setup to your riding style and skill level, eFoiling can be enjoyed by riders of all abilities.One of the biggest expenses in wing foiling is the cost of equipment. A good quality wing foil board can cost anywhere from $1,000 to $3,000, while a wing foil wing or sail can range from $8,000 to $2,000.
How does a Fliteboard work?
The electric motor is powered by a rechargeable battery. Rather than relying on wind or waves, this motor provides the necessary thrust to propel the eFoil forward. Riders control the speed with a handheld wireless remote or a Bluetooth-enabled smartphone application. First, foil boards utilise several high-end materials to create a board capable of withstanding the open sea and the speeds these boards can reach. Most foil boards utilise various types of carbon fibre and aerospace-grade aluminium . Carbon fibre can be astronomically expensive, ranging from 10-30$ per pound .Factors Influencing the Cost: Technology and Design: eFoils incorporate advanced technology and engineering to provide a seamless and exhilarating experience. The integration of high-quality materials, sophisticated hydrofoil designs, and precision-crafted components contributes to the overall cost.A good quality wing foil board can cost anywhere from $1,000 to $3,000, while a wing foil wing or sail can range from $8,000 to $2,000. In addition to the board and wing, you will also need a foil, which is the component that lifts the board out of the water and allows it to glide across the surface.The integration of high-quality materials, sophisticated hydrofoil designs, and precision-crafted components contributes to the overall cost. Electric Propulsion System: eFoils rely on waterproof electric motors powered by advanced, rechargeable Lithium-ion batteries.High-End Materials and Durability The cost of foil boards is heavily pushed upwards by the complex nature of its design and the use of premium materials. First, foil boards utilise several high-end materials to create a board capable of withstanding the open sea and the speeds these boards can reach.
Can you fly with a Fliteboard battery?
Can I take my Fliteboard with its Flitecell on an airplane? Unfortunately electric vehicle batteries are not permitted on passenger aircraft. Traveling/Travelling by plane with your eFoil If you’re planning a trip and want to take your eFoil with you, flying with it is possible, but most airlines will not allow you to bring the battery. Consider shipping the battery in advance, or renting an eFoil or battery at your destination.Flying on a passenger flight with an eFoil battery is currently prohibited. Maximum Allowed Capacity: The maximum battery capacity allowed on a airplane is typically 160Wh and only with airline approval as a carry-on.
How hard is it to ride a Fliteboard?
With a lesson at a Fliteschool, you can expect to be up and riding within minutes. The exact time it takes to master the basics may vary depending on your previous watersports experience and the set up you choose, but e-foiling is generally considered a relatively easy sport to learn. Learning to Fliteboard is easy. Most people can learn in under an hour, especially when they start with a lesson from one of our global Fliteschools.