Who owns Lift Foils?
About us. Founded in 2011 in Puerto Rico by Nick Leason, Lift started as a family business in the emerging field of hydro-foiling. Founded ten years ago in Puerto Rico by father and son team, Nicholas and Michael Leason, Lift is a premium hydrofoil brand dedicated to innovation in both performance and technology. This full documentary tells the story of the brand and their flagship eFoil product, in the voice of the team and their collaborators.Lift Foils have pioneered the hydrofoil motorized surfboard market. The manufacturer is based in Puerto Rico and has been making boards since 2010.Lift Foils is a surf company from Puerto Rico that has been manufacturing hydrofoil surfboards for surfing, kitesurfing and wingfoiling since 2010.Code Foils is an Australian-owned hydrofoil brand founded in 2022 by a team of passionate foilers: Marcus and Ben Tardrew, Daniel Juengling, and James Casey. Their mission is to create the world’s finest hydrofoils through relentless testing, innovation, and a deep understanding of the sport.The Lift Foil Is The Combination Of A Hoverboard And A Hydrofoil Surfboard. Lift Foils Have A Lithium Ion Battery, As Is Normally Used In The Automotive Industry. Together With The Torpedo-shaped Electric Motor And The Propeller, This Provides The Necessary Drive Practically Silently.
Do lift foils have a motor?
Lift Foils – hovering over the water while surfing The Feeling Of Flying Over The Water On A Surfboard Takes On A New Dimension With Lift Foils. The Models Equipped With An Electric Motor Combine Classic Surfing With The Latest Technology And Allow Speeds Of Up To 40 Km / H. We’re often asked if eFoiling is a dangerous sport. The honest answer is, like most watersports, eFoiling can be dangerous to you and other water users. However with the right precautions you can protect yourself and everyone else in the water.You don’t need any prior board sport experience to ride an eFoil. Seriously—no surfing, wakeboarding, or foiling background required. If you can kneel comfortably, have decent balance, and feel confident in the water, you’ve already got what it takes. Foiling is less about raw athleticism and more about feel.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.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.
Are lift foils good?
But Lift’s new generation of efoils are so much fun to ride and provide so many improvements that they’ve carved out a compelling claim to the best efoil in 2025 with the LIFT5. The only thing more impressive than the new plug and play LCS is the ride itself. LIFT4 eFoil – The Ultimate Water Adventure! Over 2.But Lift’s new generation of efoils are so much fun to ride and provide so many improvements that they’ve carved out a compelling claim to the best efoil in 2025 with the LIFT5. The only thing more impressive than the new plug and play LCS is the ride itself.
Where are Lift Foils made?
Lift Foils have pioneered the hydrofoil motorized surfboard market. The manufacturer is based in Puerto Rico and has been making boards since 2010. 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.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.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.Prices for eFoils range from $11,995 to $12,995 or you can rent a board through Zeus for $300 an hour. Seabobs cost between $9,980 and $17,780 to own and $250 an hour to rent through Zeus.
What is the difference between Lift Foils and Fliteboard?
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. Q: How fast do eFoils go? How fast do Fliteboards go? A: A regular hydrofoil board (no motor) goes about 4-8 mph, maybe 10 if you’re lucky. But an eFoil can get up to 28 miles per hour to get you shredding out there.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 .An efoil is an electric hydrofoil board. Rather than using nature, a boat or physicality to power the foil, a small motor and propeller is attached to the mast or fuselage of a hydrofoil. Efoil boards tend to be on the larger size.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.