F11 2100 | Hydrofoil Set
The foil beneath the glide. A carbon and aluminum F11 hydrofoil assembly designed around a 2,100 cm² front wing for pumping.
Designed for the glide.
Every component has a purpose. Explore construction, specifications and the equipment included with this product.
The foil beneath the glide. A carbon and aluminum F11 hydrofoil assembly designed around a 2,100 cm² front wing for pumping.
Foil assembly
- F11 carbon front wing: 2,100 cm²
- Aluminum mast
- Matching fuselage and rear stabilizer assembly
What's included
Hydrofoil assembly only. The pump board is not included.
Explore the matching system
Pair the F11 hydrofoil family with the 83 cm Carbon Pump Foil Board, or explore the F11 Complete Set with Board.
Follow the relevant assembly and fastening instructions.
Construction & Design
DI LARA FOIL brings together carbon-fiber hydrofoil surfaces and carefully selected aluminum or carbon structural components. The manufacturing partner describes CNC machining, composite hot-press production and quality-control testing across its equipment manufacturing process.
One foil. A complete experience.
Each hydrofoil set brings together its main underwater components into a focused configuration. Choose a complete board-and-foil combination or a foil assembly.
F11 2100 Complete Set
Carbon pump board and hydrofoil assembly.
Explore system ↗ 02 / MODULARBuild Your Foil
Compare front wings, mast materials, fuselages and stabilizers.
Explore components ↗ 03 / FIELD GUIDEChoose your discipline
Find a foil direction for pump, wing, surf or wake riding.
Explore guide ↗Every part. One purpose.
Explore how each component contributes to the movement and feel of a hydrofoil.
Front wing
The front wing is the main source of hydrodynamic lift. Area, profile, wingspan and aspect ratio influence speed, glide and turning behavior.
Compare front wings ↗Mast
The mast connects the board to the underwater foil. Length affects vertical clearance and the feel of rider input. Carbon and aluminum are different construction options.
Understand mast lengths ↗Fuselage
The fuselage supports the front wing and stabilizer, keeping them in a defined position. Its length and mounting interfaces influence system balance.
Explore the structure ↗Stabilizer
The rear stabilizer works with the front wing to balance pitching forces and tune stability and response during flight.
Understand stabilizers ↗Board
The board transfers rider movements to the foil. Compact pump boards and buoyant wing or SUP boards serve different disciplines and launch conditions.
Choose your discipline ↗Engineered for movement.
From carbon-fiber lifting surfaces to the structural precision of the mast and fuselage, performance starts with the geometry of the entire hydrofoil.
Explore the technical guide ↗Technical composites
Carbon-fiber construction is used for the lifting surfaces in the F11 and selected GY hydrofoils. Construction depends on the component and model.
Designed around lift
Surface area, span, section profile and aspect ratio influence the foil's balance between lift, glide and maneuverability.
Manufacturing discipline
Our manufacturing partner describes composite hot-press production, CNC machining and quality-control processes across its equipment range.
Components in balance
Wing, stabilizer, fuselage, mast and board work as a system. Each contributes to control, feel and structural integrity.
Know your setup.
Everything essential for selecting the right hydrofoil format.
Find your foil ↗