Easy, Progressive Takeoffs

Lift builds smoothly instead of arriving suddenly. This gives new riders time to adjust their stance, manage board speed and rise onto foil without being surprised by an abrupt launch.

Confidence-Inspiring Stability

The compact, low-aspect outline provides predictable pitch and directional control. The foil follows a stable path while still responding when the rider begins practicing turns.

Durable Learning Construction

Injected Carbon is more resistant to everyday knocks and dings than a conventional hollow carbon wing. That durability is especially useful while learning to carry, assemble, launch and handle a foil.

Room to Progress

The IC6 950 is accessible enough for a first foil but not limited to the earliest sessions. It can accelerate, carve and freeride as technique improves, extending its useful life beyond the beginner stage.

First Kitefoil Sessions

Low-speed lift and a stable flight path let riders concentrate on kite control, board position and height management instead of constantly correcting a highly sensitive foil.

Freeride Kite Foiling

The IC6 950 provides enough speed range and maneuverability for relaxed cruising, upwind riding, transitions and carving once the fundamentals become consistent.

Light-Wind Progression

Its generous area and low-speed support help the foil rise without excessive board speed. This makes the IC6 useful for building skills during lighter-wind kitefoil sessions.

Windfoil Configuration

F-ONE also identifies an approximately 31.5 in. (80 cm) aluminum fuselage option for windfoiling. The complete configuration must use compatible IC6 and F-ONE aluminum-system components.

IC6 Injected Carbon

The wing uses an injected polymer reinforced with carbon fibers. This construction provides strong mechanical properties while remaining highly resistant to impacts, bending loads and everyday handling.

Internal Aluminum Reinforcement

A reinforced aluminum insert at the wing’s core increases stiffness and connection strength, helping the front wing respond predictably under rider load.

Aspect Ratio 4.4

The low-aspect outline concentrates area into a manageable 25.6 in. (65 cm) span. This produces stable low-speed lift without the leverage or technical handling of a wide high-aspect wing.

Four-Screw Wing Connection

Two in-line and two offset screws secure the front wing to its compatible aluminum fuselage. This geometry creates a rigid connection that resists movement in multiple directions.

Progressive Low-Speed Lift

The IC6 can fly at a low speed, making takeoffs more manageable and giving the rider additional time to correct height, pitch or board position.

Smooth Speed Control

As the rider becomes more comfortable, the front wing can accelerate without becoming unpredictable. Its balanced profile keeps speed and flight path easy to manage.

Stable but Maneuverable

Although accessibility is the priority, the IC6 950 still has useful carving potential. Riders can progress into controlled turns, transitions and more active freeriding.

Dedicated Aluminum Platform

The recommended aluminum mast plugs directly into the aluminum fuselage. This creates a robust, straightforward modular system without a separate TITAN mast foot.

Takeoff

The IC6 rises progressively and predictably. Riders can build speed, feel the lift developing and establish a balanced stance before reaching full flight.

Flight Stability

The foil maintains a smooth path with limited unwanted yaw or roll. This gives new riders the calm platform needed to learn height control and consistent upwind riding.

Speed Range

The front wing remains comfortable at low speed but can accelerate as confidence improves. It favors control and predictability over maximum racing speed.

Carving

The compact span allows the foil to roll into a turn without feeling excessively wide or locked in. Carves are smooth, manageable and well suited to learning transitions.

Choose the IC6 950 For

• Your first kitefoil setup
• Maximum accessibility and predictable lift
• Durable, ding-resistant construction
• Low-speed control and stable flight
• Relaxed freeriding and progression
• A dedicated F-ONE aluminum system

Choose the MIRAGE CARBON For

• More speed and performance
• Rail-to-rail surf-style carving
• A wider usable speed range
• Experienced freeride kite foiling
• Pre-preg carbon construction
• Riders progressing beyond a beginner foil

Choose the ESCAPE For

• Advanced high-speed kite foiling
• Longer glide and lower drag
• Big Air and performance freestyle
• Powered riding and stronger conditions
• More technical, responsive handling
• Experienced riders prioritizing speed

The IC6 Advantage

The IC6 950 is the most accessible and impact-resistant choice of the three. It gives up some top-end speed and carbon-foil precision in exchange for easier takeoffs, greater stability and more forgiving everyday ownership.

F-ONE’s Direct Recommendation

The IC6 300 Stabilizer is F-ONE’s dedicated match for the IC6 950 V.3. It uses the same durable Injected Carbon technology and is designed to preserve the front wing’s accessible, progressive character.

Generous Winglets

Large winglets provide strong yaw control, helping the foil track predictably during takeoff, upwind riding and early transitions.

Pitch Stability

The IC6 300’s area and tuned incidence provide dependable pitch support. This reduces the sensitivity of height changes and helps new riders maintain level flight.

IC6 300 Specifications

• Area: 46.5 sq. in. (300 cm²)
• Span: 16.5 in. (42 cm)
• Aspect ratio: 5.9
• Weight: 0.51 lb (0.23 kg)

Front Wing

Start with the IC6 950 V.3 Front Wing. Its dedicated four-screw pattern connects to the front of the compatible F-ONE aluminum fuselage.

Fuselage

F-ONE recommends the ALU Fuselage 70 for kite foiling. It measures approximately 27.6 in. (70 cm) and weighs approximately 1.90 lb (0.86 kg).

Stabilizer

Complete the foil plane with the IC6 300 Stabilizer. Its area and winglets maintain the stable pitch and yaw control needed for learning and relaxed freeriding.

Aluminum Mast

The ALU Fuselage 70 connects directly to a compatible F-ONE aluminum mast. Common kitefoil choices include approximately 29.5 in. (75 cm) and 33.5 in. (85 cm) mast lengths.

Dedicated Four-Screw Connection

The IC6 950 V.3 uses two in-line and two offset screws to attach to its compatible aluminum fuselage. It does not use the older FCD rod connection found on earlier IC6 versions.

Aluminum Mast Required

The recommended ALU Fuselage 70 plugs directly into a compatible F-ONE aluminum mast. F-ONE states that a carbon mast cannot be used with this fuselage.

Not a TITAN or TITAN 2 Wing

This front wing does not use the original TITAN or 2026 TITAN 2 mast-to-front-wing system. TITAN carbon masts, TITAN 2 carbon masts and Monobloc Tails are not part of the IC6 950 setup.

Stabilizer Sold Separately

This Windance listing is for the IC6 950 front wing. The ALU Fuselage 70, IC6 300 Stabilizer, aluminum mast and board-mounting components are sold separately unless specifically stated otherwise.

Best Rider Profiles

• First-time kitefoil buyers
• Riders learning takeoff and height control
• Foilers who prioritize stability over maximum speed
• Recreational freeride kite foilers
• Riders looking for durable everyday equipment
• Foilers progressing into transitions and carving
• Owners of compatible F-ONE aluminum-system components

What You’ll Notice

• Progressive, predictable takeoffs
• Strong low-speed lift
• Stable pitch and directional control
• Reduced sensitivity to rider mistakes
• Smooth acceleration
• Manageable rail-to-rail carving
• Greater ding resistance than conventional carbon
• Enough performance to continue progressing

Included with This Listing

• F-One IC6 950 V.3 Front Wing
• EVA protective soft cover
• Front-wing mounting screw pack
• Two M6 × 0.98 in. (25 mm) tapered-head screws
• Two M6 × 0.59 in. (15 mm) tapered-head screws

Not Included

• ALU Fuselage 70
• IC6 300 Stabilizer
• F-ONE aluminum mast
• Mast top plate or alternate board connection
• Foilboard
• Kite, bar and lines
• Leashes and personal safety equipment

Is the actual area 950 or 965 cm²?

The official product name is IC6 950 V.3. F-ONE’s detailed specifications list the measured area as 149.6 sq. in. (965 cm²).

Is this a complete foil?

No. This listing is for the IC6 950 V.3 front wing, protective cover and front-wing mounting hardware. A fuselage, stabilizer, mast and board connection are required.

Which stabilizer does F-ONE recommend?

F-ONE recommends the IC6 300 Stabilizer. Its generous area and winglets provide the pitch and yaw stability that complement the IC6 950’s beginner-friendly ride.

Which fuselage should I use?

Use the approximately 27.6 in. (70 cm) ALU Fuselage 70 for the recommended kitefoil configuration. F-ONE also identifies an approximately 31.5 in. (80 cm) aluminum fuselage option for windfoiling.

Can I use a carbon mast?

No. The recommended ALU Fuselage 70 connects directly to a compatible F-ONE aluminum mast and is not designed for a carbon mast.

Is this TITAN or TITAN 2 compatible?

No. The IC6 950 V.3 uses its own four-screw front-wing-to-aluminum-fuselage connection. It is not part of the TITAN or TITAN 2 carbon foil systems.

Is this a conventional carbon wing?

No. It uses Injected Carbon: an injected polymer reinforced with carbon fibers and an internal aluminum reinforcement. The construction prioritizes strength, durability and ding resistance.

Is it only for complete beginners?

No. It is designed as an ideal first foil, but its speed range, carving ability and predictable handling allow riders to continue using it for recreational freeriding as their skills improve.

Will it fit an older IC6 fuselage?

Not necessarily. Earlier IC6 versions may use the older FCD rod connection. The V.3 front wing requires the correct four-screw aluminum fuselage interface.

Why choose IC6 instead of a carbon performance foil?

Choose IC6 for easier takeoffs, greater stability, predictable control and increased resistance to everyday impacts. A performance carbon foil will generally be lighter and faster but less forgiving.