Choosing the right wing defines your entire foiling experience. Speed, stability, control, and progression all start here.
Beginner
Beginner - Intermediate
Intermediate
Advanced
Intermediate
Maximum stability
Balance of stability and progression
Intuitive carving and improved efficiency
Maximum speed and agility
Versatility and 2-in-1 riding mode
Very stable, smooth and forgiving
Stable, yet more maneuverable
Effortless, controlled, and responsive
Fast, responsive, and highly maneuverable
Adjustable: stable or playful
15-32 km/h
18-38 km/h
18–39 km/h
20-40 km/h
20-38 km/h
First-time rider, heavier riders
All-round use, progression rigid
Progression riding, carving development
Carving, race, dynamic riding
Riders looking for flexibility
...want the easiest-ever start and full control from day one
...want one wing that grows with your skill
...want to move beyond beginner wings and start carving with confidence
...carve, speed, tight turns, and adrenaline
...want one wing with two riding styles (comfort & sport)
Not Sure Where to Start?
The wing is the most important part of your eFoil setup.
Why the Wing Matters
The wing determines:
How easily you lift off the water
How stable you feel
How fast you can go
How sharply you can turn
How to Choose the Wing
Ask yourself one question:
What matters more - stability or performance?
Stability → Go bigger (Cruiser 1900 / 1300)
Effortless carving → Go progressive (Glide 1100)
Maximum performance → Go smaller (Sport 700)
Multi-purpose → Go versatile (Cruiser 1300 / DR 1000)
Quick Decision
First time riding? → Cruiser 1900
One wing for everything? → Cruiser 1300
Starting to carve → Glide 1100
Chasing speed ? → Sport 700
Want versatility and value? → DR 1000
SiFly Wings Features
Our carbon-composite, interchangeable wings allow you to find the perfect fit for your riding style and skill level.
SiFly wings are designed by a team of marine fluid dynamics engineers and hydrofoil racers.
Premium quality
Our wings feature a carbon-composite construction with rounded edges, guaranteeing they adhere to the highest standards of quality, safety, durability, and performance.
Parametric design
To achieve maximum efficiency and performance, they are developed using parametric design and intricate Computer Fluid Dynamics models.
Modular design
We've engineered our wings to be interchangeable, allowing for easy fitting of different wingsets based on the rider's skill level and preferences.
