Gong HM 92cm V3 Mast — Precision Engineering for High-Performance Foiling

Introducing the Gong HM 92cm V3 Mast

From the first ride, the Gong HM 92cm V3 mast communicates clarity of purpose. Rather than simply connecting board and foil, it actively shapes how power, feedback, and stability travel through the entire setup. Every millimeter of its design reflects a commitment to efficiency, control, and progression.

Instead of feeling like a passive component, this mast becomes an integral performance element. Consequently, riders experience sharper response, cleaner glide, and greater confidence across a wide range of conditions

The Role of the Mast in Modern Foiling

Although wings and boards often receive the spotlight, the mast determines how efficiently energy transfers from water to rider. With the HM 92cm V3, Gong elevates this role. Rather than flexing unpredictably or dampening feedback, the mast maintains composure while transmitting precise information.

Because of this balance, riders gain:

• Improved stability at speed

• Cleaner control during turns

• Reduced vibration through chop

• Enhanced confidence in powered conditions

This refined behavior makes the mast feel intuitive rather than intrusive.

Why the 92cm Length Matters

The 92cm length sits in a strategic performance zone. While shorter masts prioritize accessibility, and longer masts target extreme conditions, the 92cm delivers versatility without compromise. As a result, it suits a broad spectrum of disciplines and skill levels.

Benefits of the 92cm Configuration

• Increased clearance in choppy water

• More margin during carving and banking

• Enhanced control at higher speeds

• Balanced feel for freeride and performance foiling

Because the length supports both comfort and control, riders can push progression while maintaining confidence.

High Modulus (HM) Carbon: Strength With Purpose

At the core of this mast lies High Modulus carbon construction. Rather than focusing solely on stiffness, Gong tuned the layup to balance rigidity with controlled feedback. Consequently, the mast resists torsional twist while avoiding harsh, unforgiving behavior.

This material choice delivers a key advantage: energy efficiency. Power transfers directly from foil to board, reducing losses caused by flex. Therefore, acceleration feels cleaner and glide remains uninterrupted.

V3 Evolution: Refinement Over Reinvention

The V3 iteration builds upon proven foundations. Instead of radical redesign, Gong refined profiles, layup orientation, and structural transitions. Because of these updates, the mast feels smoother, quieter, and more predictable at speed.

Moreover, drag reduction improvements enhance glide efficiency. As a result, riders experience less resistance and more sustained momentum.

Performance Feel: Stable, Direct, and Calm

On the water, the HM 92cm V3 delivers a composed ride. Rather than amplifying surface turbulence, it filters out unnecessary vibration. Meanwhile, essential feedback remains present, allowing riders to read foil behavior accurately.

Because the mast stays torsionally stable, turns feel precise. Entry and exit lines remain clean, which improves confidence during aggressive carving or high-speed runs.

Designed for Progression and Precision

Although performance-oriented, the mast avoids exclusivity. Intermediate riders appreciate the added stability and predictability. Advanced riders benefit from stiffness and efficiency that reward refined technique.

Therefore, the mast supports long-term progression rather than limiting growth.

Key Product Highlights (Listing-Ready)

• High Modulus carbon construction for stiffness and efficiency

• 92cm length balancing control, clearance, and versatility

• V3 refined profile for reduced drag and smoother glide

• Excellent torsional rigidity for precise turning

• Clean feedback transmission without harsh vibration

• Suitable for freeride, surf, and performance foiling

Who the Gong HM 92cm V3 Mast Is For

This mast speaks to riders who value:

• Stability at speed

• Precision during carving

• Efficient glide across conditions

• Equipment that grows with skill level

Rather than forcing adaptation, it enhances the rider’s natural input.

Setting the Foundation

Chapter 1 establishes the Gong HM 92cm V3 mast as a refined, performance-driven component designed to elevate the entire foil setup. In the next chapter, we’ll dive deeper into on-water performance, stiffness behavior, and ride dynamics across real-world conditions.

On-Water Performance, Stiffness & Ride Dynamics of the Gong HM 92cm V3 Mast

First Sensations on the Water

From the moment the Gong HM 92cm V3 mast engages with speed, its character becomes clear. Rather than flexing or oscillating, the mast holds a clean, stable line. Because of this immediate composure, riders often feel more balanced and confident during takeoff.

Instead of fighting micro-corrections, attention naturally shifts toward line choice and body positioning. Consequently, overall control improves without conscious effort.

Stiffness That Translates Into Control

Stiffness plays a defining role in mast performance. With the HM 92cm V3, Gong focused on torsional rigidity, ensuring that the mast resists twisting forces generated during turns and high-speed riding.

As a result, input at the board transfers directly to the foil. Carving feels intentional, not delayed. Meanwhile, acceleration remains smooth rather than abrupt.

Why Torsional Rigidity Matters

• Improves directional accuracy

• Enhances confidence during aggressive turns

• Reduces unwanted foil roll at speed

• Maintains consistent feedback through the board

Because the mast stays aligned, riders experience cleaner, more predictable responses.

Pitch Stability and Longitudinal Control

Beyond torsion, pitch stability defines how the foil behaves fore and aft. The HM 92cm V3 maintains steady pitch behavior, which reduces porpoising and unwanted lift fluctuations.

Therefore, glide becomes more efficient. Riders maintain altitude with fewer adjustments, especially when cruising or accelerating.

Vibration Control in Real-World Conditions

Chop and surface texture challenge any foil setup. Rather than amplifying these disturbances, the Gong HM 92cm V3 mast filters them effectively. Because the carbon layup absorbs high-frequency vibration, the ride feels smoother and quieter.

This vibration management reduces fatigue. Over longer sessions, riders stay relaxed and focused instead of tense and reactive.

Speed Performance and Glide Efficiency

As speed increases, mast drag becomes increasingly noticeable. With its refined V3 profile, the HM 92cm minimizes resistance while maintaining structural strength. Consequently, the foil accelerates cleanly and holds speed effortlessly.

Because drag remains low, glide extends naturally. Riders benefit from longer, more efficient runs between maneuvers.

Turning Dynamics: Clean Entry, Controlled Exit

During carving, the mast’s behavior influences the entire turn. The HM 92cm V3 supports smooth turn initiation while remaining composed through the apex. Exiting the turn, the mast maintains alignment, preventing energy loss.

As a result, riders enjoy fluid transitions and confident exits, even during tight or high-speed maneuvers.

Performance Across Disciplines

The mast adapts well across multiple foiling styles. While each discipline places unique demands on equipment, the HM 92cm V3 maintains consistency.

Discipline-Specific Performance

• Freeride foiling: smooth glide, forgiving control

• Surf foiling: stability in dynamic sections

• Wing foiling: confidence in gusty conditions

• Performance carving: precise response and stability

Because the mast remains predictable, riders can switch disciplines without re-learning behavior.

Carbon Layup, Hydrodynamic Profile & Structural Engineering

Engineering Begins Beneath the Surface

Although performance feels immediate on the water, the foundation of the Gong HM 92cm V3 mast lies in its internal engineering. Rather than relying on a single material upgrade, Gong refined multiple layers of design simultaneously. Consequently, stiffness, glide, and feedback align into one coherent system.

Instead of isolating strength in one area, the mast distributes loads evenly. This approach improves durability while preserving refined ride quality.

High Modulus Carbon Layup Strategy

At the core of the V3 mast, Gong uses High Modulus carbon fibers arranged with precision. Rather than stacking fibers uniformly, engineers oriented layers to resist torsional forces and bending loads independently.

Because of this targeted layup, the mast maintains rigidity under stress while avoiding brittle behavior. Riders experience immediate response without harshness.

Benefits of the HM Carbon Configuration

• Increased torsional resistance during carving

• Controlled flex along the length of the mast

• Improved energy transfer between foil and board

• Reduced fatigue over long sessions

This balance ensures performance remains accessible, not punishing.

V3 Refinements: What Changed and Why

With the V3 evolution, Gong focused on refinement rather than reinvention. Engineers adjusted fiber angles, resin ratios, and structural transitions to smooth load paths. As a result, stress concentrations decrease and overall consistency improves.

Additionally, Gong optimized thickness distribution along the mast. This change reduces unnecessary material in low-stress zones while reinforcing high-load areas.

Hydrodynamic Profile: Efficiency Through Shape

Beyond materials, shape dictates how water flows along the mast. The HM 92cm V3 features a slim, low-drag hydrodynamic profile designed to minimize resistance while maintaining directional stability.

Because the leading and trailing edges remain carefully balanced, water detaches cleanly. Consequently, turbulence decreases and glide improves.

Why Profile Matters at Speed

• Reduces drag during acceleration

• Improves stability in choppy water

• Enhances glide efficiency at cruising speed

• Maintains control during high-speed carving

As speed increases, these advantages become even more noticeable.

Torsional Box Effect: Structural Stability Without Bulk

Internally, the mast behaves like a torsional box. Rather than flexing under rotational load, it resists twisting forces evenly across its cross-section. This structural behavior keeps the foil aligned with rider input.

Because the mast remains stable, turning accuracy improves. Riders feel connected instead of delayed.

Transition Zones and Mounting Interface

Connection points often reveal weaknesses in foil systems. With the HM 92cm V3, Gong reinforced transition zones between mast, fuselage, and board interface. These areas distribute load smoothly rather than concentrating stress.

As a result, long-term durability improves while maintaining precise alignment.

Noise Reduction and Flow Cleanliness

A quieter mast often indicates cleaner hydrodynamics. The V3 mast reduces hum and vibration through refined edge shaping and consistent thickness transitions. Consequently, the ride feels smoother and more refined.

Reduced noise also signals lower drag, reinforcing overall efficiency.

Engineering Highlights (Product Listing Format)

• High Modulus carbon layup with targeted fiber orientation

• Refined V3 structural transitions for smoother load paths

• Low-drag hydrodynamic profile for enhanced glide

• High torsional box stability without excess weight

• Reinforced interfaces for durability and precision

• Reduced vibration and noise at speed

Why Engineering Matters to Riders

Engineering decisions directly shape confidence. When equipment behaves consistently, riders push progression naturally. Therefore, the Gong HM 92cm V3 mast becomes an enabling component rather than a limiting factor.