FOILING WITH EXECUTIVE WATERSPORTS
We are Austin’s foiling experts
Lake Austin
E-Foiling Lessons
E-Foil Lessons
Ski Shores Cafe Dock
2905 Pearce Rd, Austin, TX 78730
Mon–Thurs 10:30 AM – 5:30 PM
Reservations Recommended
E-Foil Rentals
E-Foil Rentals
Ski Shores Cafe Dock
2905 Pearce Rd, Austin, TX 78730
Mon–Thurs 10:30 AM – 5:30 PM
Reservations Recommended
Wake Foiling
Wake Foil Lessons
2 Hour and 3 Hour Charters
up to 4 people
We will not be operating E-Foils from July 3rd – July 10th, 2025
Foiling FAQ
Is it easier to Wake Foil or E-Foil?
We’ve found that people have a significantly easier time learning how to E-Foil, and then transferring those foiling skills to the boat.
How long does it take to learn E-Foiling?
In a 75 minute E Foiling lesson, we begin with 20 minutes on land going over the E Foil. We teach you how to set up the equipment and explain how to ride. The remainder of the lesson is spent in the water. Most beginners are able to successfully ride the E Foil within 1-2 sessions!
Whats the big deal with foiling?
Foiling unlocks a whole new realm of fun on the water! On the foil, you can do much wider and deeper turns than you can wakesurfing, because the foil carries speed through flat water much better than a wakesurf board. When the water is choppy, you hover above the chop on your foil board rather than being significantly affected. Overall, it is a very unique sport worth trying!
How fast do I go when foiling?
Between 9-12 MPH.
How hard is it to learn wake foiling?
Learning how to wake foil can be significantly harder than E Foiling, but not for everybody. The main challenge that people have to overcome is how much weight you need to put on your FRONT foot when getting up. This is counterintuitive to all other watersports, where the majority of your weight is on your back foot. Most people need 2-3+ sessions behind the boat to get comfortable wake foiling.
How does foiling work?
A “foil” is broken into three parts: the board, the mast, and the wing. The wing is the part of the foil that is actually in the water, and it works similarly to an airplane wing. As the wing gains speed through the water, it generates lift.