Wing Duotone 2025 Unit C04

For the 2025 season, Unit offers new Fusion handles and Fusion boom technology, new MOD3 S material, improved drift stability and improved maneuverability on the wave.

Unit 2025 introduces new Fusion handles and a boom option, allowing you to customize the wing to your preferred riding style. With a sleek design with a pistol grip on both handles and boom, you can choose between the Fusion handles with a longer front handle, offering a wide range of grips and a smaller packed size, or the Fusion boom, providing unlimited hand positions and optimal performance for freestyle and freeride. The ergonomic carbon construction provides lightweight performance and exceptional maneuverability in all conditions. Integrated mast attachment points eliminate the risk of snagging hands.

New MOD3 S material reduces weight and provides a cleaner, more efficient sail shape when powered, offering excellent wind stability and even power distribution. This material excels in top-speed control and ease of depower, making the wing very responsive and easy to maneuver while maintaining great durability.

The Unit 2025 design improvements also include refined wing tension, tip twist and tube diameter, which improves the wing's overall performance and ease of use. The new window position provides improved visibility, while the stronger leading edge grip provides precise control and steering when unflagged on a wave.

The most popular wing to date has taken another step forward in design, making the Unit 2025 the ultimate wing that performs in every situation.

Key Features:

• Fusion and Boom Handles Fusion
  
  New Fusion and Boom Handles Fusion offers the flexibility of choosing between handles and boom in one wing, with a sleek, ergonomic carbon construction and a pistol grip for easy half-flagging
  
  
• MOD3 S
  
  The new MOD3 S sail material provides excellent draft stability and smooth power transfer, offering unmatched control at top speeds and depower. At full power, a cleaner, lighter sail provides improved maneuverability and efficiency
  
  
• Power Distribution and Torque Output
  
  More torque output with better power distribution at different angles and speeds