2027 North Mode Pro Wing

2027 North Mode Pro Wing

High Speed Performance Freeride

Sizes: 3.5m / 4.2m / 4.8m / 5.5m / 6.5m

If you are looking to drive faster speeds and boost higher on the water, the 2027 North Mode Pro Wing is built to deliver fast freeride performance with high-end stability. You'll feel an immediate, direct response thanks to the stiff N-Weave45 airframe and high-load Matrix canopy working together to maintain structural integrity. The refined ergonomic strut geometry relieves arm fatigue and elbow strain during extended sessions. With its compact outline and rounded wingtips, you can hold power with confidence while minimizing unwanted tip strikes.

What North has to say:

For riders demanding powerful Freeride performance with greater speed, explosive boost, and hangtime, the Mode Pro, with its stiff, lightweight N-Weave45 airframe and Matrix canopy, is engineered for efficient power delivery and high-end stability.

We’ve refined the strut shape, panel layout, and wingtip seam technology and increased the stiffness of the XL-T Joint. These updates combine with the UDi Carbon-reinforced LE to deliver an even faster, more direct response. The Mode Pro features an ergonomically shaped strut with our ShiftLock modular track mounting system for custom positioning of any size ShiftLock carbon handle, J-Handle or boom (handles are sold separately).

Who is this for?

This wing is designed for riders seeking powerful freeride performance, maximum speed, and explosive air. It is suited for those who want total control and stability in overpowered conditions and fast-riding environments.

Design Profile:

High-speed performance profile featuring a compact outline, slightly flatter dihedral, and an ergonomic segmented strut.

Performance Features:

• Fast response UDi-Carbon stiffening inside LE
• Carbon ShiftLock Handles or Boom (sold separately)
• Ergonomic Strut Geometry relieves elbow strain
• Refined True Form Profile for fast acceleration and sustained speed
• Stiffer LE & XLT-Joint for efficient direct power transfer
• Slightly flatter dihedral for more lift and upwind performance
• Wingtip Seam Technology to protect from abrasion
• Massive top-end for complete control in overpowered conditions
• Active Twist wingtips for cleaner airflow and smoother ride
• Refined Radiate Geometric Panel Layout and Load Diffuser
• Compact outline & rounded wingtips reduce tip strike
• LiteVision gybe-friendly window positioning
• Connected Hyperflow Dual-Inflation for independent LE/strut pressure
• Recycled Polyester Wing Bag expands to fit ShiftLock Boom

Tech Specs:

• Matrix high-load N-HTRS Canopy - High-performance stretch-resistant wing canopy material provides greater torsional strength and structural integrity while boosting load capacity and wind range.
• Trailing Edge Tension and Shape - Slightly sheeted-out wingtips increase trailing edge tension for speed and control. Trimmed, curved TE reduces drag for a cleaner airflow and smoother ride.
• Stiff N-Weave45 Airframe - High-tensile woven fiber with a 45-deg laminate for biaxial and torsional control, lower deflection and movement. N-Weave45 creates a stiffer, lighter rig with highly efficient power delivery.
• Stiffer LE & XLT-Joint - Structurally reinforced LE centre panel with an extra layer of N-Weave45 stiffens the XL T-Joint connection for a more direct power transfer and stable, deformation-resistant profile.
• Carbon UDi Technology - Lightweight anti-deflection UD carbon tapes run inside the entire leading edge for additional support, resulting in a stiffer, more reactive airframe that snaps back into shape faster.
• ShiftLock Modular Handle Mounting - Modular track system lets you slide and lock any handles (or boom) into any position. Choose from the single 1100 or 950 boom, 500, 400, or 250 handles, or front 400 J-Handle.
• Ergonomic Strut Geometry - Segmented strut allows you to hold your wing in a more comfortable riding position with two handles, relieving arm fatigue and elbow strain.
• Slightly Flatter Dihedral - Thin low-drag profile sections and flatter dihedral generate forward thrust, lift, and stability at higher apparent wind speeds.