Description

Sabfoil Leviathan 1350 | T8 Hydrofoil Front Wing.

Sabfoil Leviathan 1350 T8 Hydrofoil Front Wing – Premium Carbon Foil for Pumping, Dock-Start, Downwind, SUP, and Wing Foiling

Sabfoil Leviathan 1350 T8 – Exceptional Glide, Early Lift, and Advanced Carbon Hydrofoil Performance

The Sabfoil Leviathan 1350 T8 Hydrofoil Front Wing has been engineered to deliver an exceptional combination of early lift generation, efficient gliding, dependable stability, and advanced pumping performance

Through premium full-carbon construction, an optimized high-aspect-ratio profile, and the dependable Sabfoil T8 connection system, an advanced hydrofoil experience has been created for riders seeking efficient movement and sustained flight.

Furthermore, the generous 1870 cm² lifting surface has been developed to provide effective low-speed support while maintaining excellent forward glide. Consequently, smooth dock-start takeoffs, extended pumping sessions, and enjoyable downwind riding opportunities can be explored.

Unlike smaller hydrofoil wings designed primarily for speed and aggressive carving, the Leviathan 1350 has been optimized for efficient lift generation and sustained forward movement.

Additionally, the impressive 1350 mm wingspan has been combined with a 9.75 aspect ratio to reduce induced drag and promote efficient hydrofoil flight.

Through the refined full-carbon structure, dependable stiffness and responsive energy transfer have been prioritized.

Whether dock-start pumping, recreational wing foiling, SUP foiling, or light-swell downwind riding is preferred, versatile performance opportunities can be enjoyed.

Advanced 1870 cm² Lifting Surface

A generous 1870 cm² front-wing area has been incorporated to provide effective lifting support at relatively low speeds.

Through the carefully developed profile, controlled takeoffs can be encouraged.

Furthermore, sustained hydrofoil engagement can be supported when suitable rider technique and equipment are used.

Consequently, efficient low-speed cruising and pumping can be explored.

High-Aspect-Ratio Carbon Design

An advanced aspect ratio of 9.75 has been selected to prioritize glide efficiency.

Through the elongated front-wing geometry, unnecessary induced drag can be reduced.

Additionally, efficient forward movement has been emphasized.

As a result, prolonged gliding and effective pumping performance can be supported.

Full-Carbon Construction – Premium Strength, Stiffness, and Responsive Handling

Advanced Carbon Composite Engineering

High-performance carbon composite materials have been incorporated into the Leviathan 1350’s construction.

Through its full-carbon structure with an internal core, dependable rigidity and carefully controlled foil geometry have been prioritized.

Furthermore, unwanted structural movement can be minimized during intended riding conditions.

Consequently, responsive handling and efficient energy transfer can be supported.

Premium Structural Stiffness

During pumping and sustained hydrofoil flight, significant forces are transmitted through the front wing.

Through the reinforced carbon structure, unnecessary flex can be reduced.

Additionally, direct rider feedback can be maintained.

As a result, predictable hydrofoil performance can be encouraged.

Lightweight Composite Manufacturing

An approximate published weight of 1530 grams has been achieved for the front wing.

Through carefully selected composite construction, structural performance and practical equipment handling have been balanced.

Furthermore, efficient hydrofoil movement has been prioritized.

Consequently, a dependable high-performance carbon component has been created.

Advanced Hydrofoil Geometry – Outstanding Glide and Energy Efficiency

1350 mm Wingspan

A substantial wingspan of 1350 mm has been incorporated to support efficient lift distribution.

Through this elongated configuration, induced drag can be reduced compared with lower-aspect alternatives under comparable conditions.

Furthermore, effective forward momentum can be preserved.

Consequently, extended gliding and pumping sessions can be supported.

9.75 Aspect Ratio

A high aspect ratio of 9.75 has been selected to emphasize hydrodynamic efficiency.

Through the carefully developed planform, unnecessary resistance can be minimized.

Additionally, useful lifting performance can be maintained at relatively low riding speeds.

As a result, a practical combination of glide and accessible takeoff characteristics has been achieved.

Refined 170 mm Root Chord

A root chord of 170 mm has been incorporated into the front-wing profile.

Through carefully optimized chord distribution, effective lift generation has been prioritized.

Furthermore, the wing’s elongated planform has been maintained.

Consequently, efficient movement through the water can be encouraged.

Maximum Profile Thickness

A maximum thickness of 22.9 mm has been specified for this model.

Through the refined hydrodynamic profile, structural requirements and lift characteristics have been balanced.

Additionally, predictable handling can be supported.

SAB Pro Finish – Precision Surface Engineering

Hand-Finished Carbon Surface

Sabfoil’s distinctive SAB Pro Finish has been applied to the Leviathan 1350.

Through careful hand sanding, a refined matte surface has been created.

Furthermore, extremely thin graphics have been incorporated to minimize unnecessary surface irregularities.

Consequently, a premium finish and carefully controlled hydrodynamic surface have been achieved.

Italian Manufacturing Quality

The Leviathan 1350 has been developed as part of Sabfoil’s Italian-engineered hydrofoil range.

Through carefully controlled manufacturing and finishing processes, product consistency has been prioritized.

Additionally, precision construction has been emphasized.

As a result, premium craftsmanship and performance-oriented engineering have been combined.

Sabfoil Leviathan 1350 T8 – Premium Features and Performance Highlights

• 1870 cm² Surface Area: Effective low-speed lift and controlled takeoffs have been prioritized.
• 1350 mm Wingspan: Efficient lift distribution and sustained gliding have been supported.
• 9.75 Aspect Ratio: Outstanding hydrodynamic efficiency has been emphasized.
• Approximately 1530 g Weight: Practical full-carbon construction has been incorporated.
• Full-Carbon Composite: Dependable structural stiffness and responsive handling have been prioritized.
• Internal Core Construction: Efficient reinforcement and structural performance have been balanced.
• T8 Connection System: Secure integration with compatible Sabfoil fuselages has been supported.
• 170 mm Root Chord: Refined hydrodynamic geometry has been incorporated.
• 22.9 mm Maximum Thickness: Carefully developed lift characteristics have been prioritized.
• 2423 cm³ Wing Volume: A substantial hydrodynamic profile has been engineered.
• SAB Pro Finish: Premium hand-sanded matte surface quality has been achieved.
• Early Takeoff Performance: A manufacturer-published takeoff speed range of 7–9 knots has been provided.
• Excellent Pumping Efficiency: Sustained forward movement has been prioritized.
• Dock-Start Capability: Practical low-speed hydrofoil engagement has been supported.
• Downwind Performance: Efficient glide through suitable light swells has been emphasized.
• SUP Foiling Versatility: Paddle-assisted hydrofoil takeoffs can be explored.
• Light-Wind Wing Foiling: Efficient lift can be used in suitable wind conditions.
• Smooth Freeride Characteristics: Predictable cruising has been prioritized.
• Made in Italy: Premium Sabfoil engineering and finishing have been combined.

Pump Foiling – Outstanding Efficiency and Sustained Hydrofoil Flight

Efficient Pumping Performance

During pump foiling, repeated rider movements are used to maintain forward momentum and hydrofoil lift.

Through the Leviathan 1350’s high-aspect-ratio profile, unnecessary hydrodynamic resistance can be reduced.

Furthermore, the generous lifting area can provide practical support at lower speeds.

Consequently, sustained pumping sequences can be encouraged when appropriate technique is applied.

Effective Energy Transfer

During each pumping movement, energy is transmitted through the board, mast, fuselage, and front wing.

Through the carbon structure, unwanted deformation can be minimized.

Additionally, the compatible T8 connection can support direct mechanical engagement.

As a result, responsive energy transfer can be maintained.

Reduced Energy Demands

Efficient hydrofoil geometry can reduce the effort required to preserve speed compared with less suitable configurations.

Through the elongated lifting surface, gliding efficiency has been prioritized.

Furthermore, effective pumping technique can support continued forward movement.

Consequently, longer pumping sessions may be achievable.

However, actual endurance depends on rider fitness, technique, equipment configuration, and conditions.

Dock-Start Foiling – Smooth Takeoffs and Excellent Low-Speed Lift

Accessible Dock-Start Characteristics

The Leviathan 1350 has been developed with dock-start pumping among its principal applications.

Through the substantial 1870 cm² lifting surface, useful low-speed support can be provided.

Furthermore, the efficient wing profile can help maintain forward movement.

Consequently, controlled transitions into sustained hydrofoil flight can be encouraged.

Smooth Lift Generation

During dock-start foiling, correct board speed and rider positioning are essential.

Through the wing’s refined geometry, lift can be generated at relatively low speeds.

Additionally, suitable stabilizer selection can support predictable pitch behavior.

As a result, practical dock-start performance can be achieved.

Performance Progression

For riders developing pumping skills, efficient hydrofoil equipment can be particularly valuable.

Through the Leviathan 1350’s glide-oriented design, repeated pumping practice can be supported.

Furthermore, a properly matched setup can assist with consistent handling.

Consequently, progressive skill development can be encouraged.

Downwind Foiling – Efficient Glide Across Light Ocean Swells

Excellent Glide Between Ocean Bumps

During downwind sessions, forward momentum may decrease between successive ocean swells.

Through the high-aspect-ratio design, efficient glide has been prioritized.

Furthermore, the substantial lifting surface supports lower-speed flight.

Consequently, smoother transitions between suitable bumps can be explored.

Low-Swell Performance

The Leviathan 1350 has been recommended by Sabfoil for downwind riding in lighter swells.

Through its effective lift generation, sustained hydrofoil engagement can be supported.

Additionally, efficient forward movement can be encouraged.

As a result, enjoyable light-swell downwind performance may be achieved.

Controlled Open-Water Riding

During open-water sessions, changing surface conditions must be managed.

Through compatible mast and stabilizer selection, suitable pitch and roll characteristics can be established.

Furthermore, appropriate rider technique can support controlled gliding.

Consequently, efficient downwind sessions can be explored.

Light-Wind Wing Foiling – Early Takeoffs and Comfortable Freeride Cruising

Efficient Wind Utilization

During light-wind wing foiling, available propulsion may be limited.

Through the Leviathan 1350’s generous area, useful lift can be generated at relatively low speeds.

Furthermore, the efficient profile supports reduced induced drag.

Consequently, smooth foil engagement can be encouraged when adequate wind power and board speed are available.

Comfortable Freeride Performance

For recreational riders, predictable handling and efficient movement can improve the overall experience.

Through the front wing’s substantial lifting surface, stable low-speed support can be provided.

Additionally, suitable rear stabilizer selection can help balance pitch response.

As a result, enjoyable cruising can be supported.

Extended Glide Potential

During powered-to-unpowered transitions, sustained forward movement becomes important.

Through the high-aspect-ratio configuration, efficient glide can be maintained.

Furthermore, careful weight distribution can help preserve appropriate foil engagement.

Consequently, enjoyable freeride performance can be explored.

SUP Foiling – Paddle-Assisted Takeoffs and Efficient Forward Movement

Practical Lift for SUP Foiling

During SUP foiling, sufficient paddle-generated speed is required before lift can be established.

Through the 1870 cm² lifting surface, useful low-speed support can be provided.

Additionally, efficient hydrodynamic geometry can help preserve acceleration.

Consequently, suitable takeoff opportunities can be explored.

Efficient Board and Foil Integration

An appropriate SUP foil board should be selected according to rider weight and experience.

Through suitable board volume and mounting geometry, practical stability can be provided.

Furthermore, correct mast and fuselage connections must be established.

As a result, dependable equipment integration can be achieved.

T8 Hydrofoil Connection – Secure Integration and Compatibility

Sabfoil T8 Fuselage System

The Leviathan 1350 has been developed with Sabfoil’s T8 front-wing connection.

Through this system, appropriate attachment to compatible fuselages can be achieved.

Furthermore, accurate component alignment has been prioritized.

Consequently, dependable structural engagement can be maintained when approved hardware is installed.

Compatible Fuselages

Various Sabfoil T8-compatible fuselages may be selected according to the intended riding discipline.

Through suitable length and stabilizer placement, pitch stability and maneuverability can be adjusted.

Additionally, the complete connection system must be checked before use.

Manufacturer-Approved Hardware

The standard front-wing product package includes the specified WL-series mounting hardware kit.

Through correct installation, secure attachment can be established.

Furthermore, the manufacturer’s torque recommendations should be followed.

Consequently, unwanted connection movement can be minimized.

Sabfoil Leviathan 1350 T8 – Technical Specifications

Specification	Details
Manufacturer	Sabfoil
Product	Leviathan 1350
Product Code	WL/1350
Product Type	Carbon Hydrofoil Front Wing
Wingspan	1350 mm
Surface Area	1870 cm²
Aspect Ratio	9.75
Root Chord	170 mm
Maximum Thickness	22.9 mm
Volume	2423 cm³
Published Weight	Approximately 1530 g
Construction	Full Carbon with Core
Surface Finish	SAB Pro Finish
Wing Connection	T8
Manufacturer Takeoff Speed	7–9 Knots
Published Top-End Speed	13–15 Knots for an Approximate 80 kg Rider
Primary Applications	Dock-Start, Pumping, SUP Foiling
Additional Applications	Light-Wind Wing Foiling, Light-Swell Downwind
Standard Hardware Kit	MH163
Product Origin	Italy
Jumping and Freestyle	Not Recommended

Recommended Hydrofoil Accessories and Compatible Components

Compatible T8 Fuselage

A suitable Sabfoil T8-compatible fuselage should be selected according to the intended riding discipline.

Through correct component integration, secure mounting can be achieved.

Furthermore, appropriate fuselage length can influence pitch stability and maneuverability.

Compatible Hydrofoil Mast

A suitable mast should be selected according to water depth, riding conditions, and board compatibility.

Through the correct structural connection, dependable rider feedback can be maintained.

Additionally, appropriate mast length can support controlled hydrofoil flight.

Rear Stabilizer Selection

A compatible stabilizer should be selected to provide the desired balance of pitch stability, drag, and maneuverability.

Through appropriate sizing, controlled riding characteristics can be encouraged.

Furthermore, manufacturer compatibility requirements must be respected.

Recommended Accessories

• Compatible T8 Fuselage: Secure front-wing integration can be established.
• Sabfoil Mast: Suitable structural support and riding height can be provided.Sabfoil Leviathan 1350 | T8 Hydrofoil Front Wing.
• Rear Stabilizer: Pitch stability and handling characteristics can be adjusted.
• MH163 Hardware Kit: Manufacturer-specified front-wing mounting can be completed.
• Protective Front-Wing Cover: Transportation damage can be minimized.
• Hydrofoil Storage Bag: Practical equipment organization can be supported.
• Compatible Dock-Start Board: Pumping-oriented configurations can be assembled.
• Suitable Wing-Foil Board: Light-wind riding setups can be developed.Sabfoil Leviathan 1350 | T8 Hydrofoil Front Wing.
• SUP Foil Board: Paddle-assisted hydrofoil applications can be supported.Sabfoil Leviathan 1350 | T8 Hydrofoil Front Wing.
• Protective Helmet: Impact protection should be prioritized.Sabfoil Leviathan 1350 | T8 Hydrofoil Front Wing.
• Impact Vest: Additional personal protection can be provided.Sabfoil Leviathan 1350 | T8 Hydrofoil Front Wing.

Only accessories included in the actual sale should be advertised as supplied.

Carbon Hydrofoil Maintenance and Long-Term Durability

Leading-Edge Inspection

Before every session, the leading edge should be examined for cracks, chips, impact damage, and surface irregularities.Sabfoil Leviathan 1350 | T8 Hydrofoil Front Wing.

Furthermore, the carbon structure should be checked for unusual deformation.Sabfoil Leviathan 1350 | T8 Hydrofoil Front Wing.

Through regular examination, developing structural concerns can be identified.Sabfoil Leviathan 1350 | T8 Hydrofoil Front Wing.

Trailing-Edge Protection

The trailing edge should be protected against unnecessary impacts and abrasion.

Additionally, damage should be evaluated before continued use.Sabfoil Leviathan 1350 | T8 Hydrofoil Front Wing.

Consequently, unnecessary deterioration can be minimized.Sabfoil Leviathan 1350 | T8 Hydrofoil Front Wing.

T8 Connection Maintenance

The connection interface should be checked for looseness, contamination, and abnormal wear.

Furthermore, approved mounting hardware should be installed correctly.Sabfoil Leviathan 1350 | T8 Hydrofoil Front Wing.

Through suitable maintenance, dependable equipment integration can be preserved.Sabfoil Leviathan 1350 | T8 Hydrofoil Front Wing.

Saltwater Cleaning

Following saltwater sessions, salt and sand should be removed according to manufacturer guidance.

Additionally, metallic hardware should be inspected for corrosion.Sabfoil Leviathan 1350 | T8 Hydrofoil Front Wing.

Consequently, unnecessary connection deterioration can be reduced.Sabfoil Leviathan 1350 | T8 Hydrofoil Front Wing.

Safe Storage and Transportation

A protective front-wing cover should be used whenever practical.Sabfoil Leviathan 1350 | T8 Hydrofoil Front Wing.

Furthermore, excessive pressure and impacts against the carbon surface should be avoided.

Through responsible storage, long-term equipment condition can be better preserved.

Why Choose the Sabfoil Leviathan 1350 T8 Hydrofoil Front Wing?

Exceptional Glide Performance

A 9.75 aspect ratio has been incorporated to emphasize efficient forward movement.Sabfoil Leviathan 1350 | T8 Hydrofoil Front Wing.

Through the extended 1350 mm wingspan, induced drag can be reduced.Sabfoil Leviathan 1350 | T8 Hydrofoil Front Wing.

Furthermore, sustained glide has been prioritized.Sabfoil Leviathan 1350 | T8 Hydrofoil Front Wing.

Consequently, efficient pumping and downwind performance can be supported.Sabfoil Leviathan 1350 | T8 Hydrofoil Front Wing.

Excellent Low-Speed Lift

The generous 1870 cm² lifting surface has been designed to provide effective support at relatively low speeds.Sabfoil Leviathan 1350 | T8 Hydrofoil Front Wing.

Through this profile, smooth takeoffs can be encouraged.Sabfoil Leviathan 1350 | T8 Hydrofoil Front Wing.

Additionally, stable pumping performance can be developed.Sabfoil Leviathan 1350 | T8 Hydrofoil Front Wing.

Premium Full-Carbon Engineering

Advanced carbon composite construction has been incorporated to provide structural stiffness.

Through the refined design, direct rider feedback can be maintained.Sabfoil Leviathan 1350 | T8 Hydrofoil Front Wing.

Furthermore, a premium matte finish has been achieved through the SAB Pro finishing process.

Versatile Riding Applications

Dock-start pumping, SUP foiling, light-wind wing foiling, and light-swell downwind riding have been identified among the model’s principal applications.Sabfoil Leviathan 1350 | T8 Hydrofoil Front Wing.

Through suitable equipment selection, different performance preferences can be supported.

Consequently, impressive versatility can be achieved.Sabfoil Leviathan 1350 | T8 Hydrofoil Front Wing.

Final Thoughts – Experience Premium Sabfoil Leviathan 1350 Performance

The Sabfoil Leviathan 1350 T8 Hydrofoil Front Wing has been developed to deliver an outstanding combination of efficient glide, early lift generation, dependable carbon construction, and advanced pumping capability.Sabfoil Leviathan 1350 | T8 Hydrofoil Front Wing.

Through its 1870 cm² surface area and 1350 mm wingspan, effective low-speed support and sustained forward movement have been prioritized.Sabfoil Leviathan 1350 | T8 Hydrofoil Front Wing.

Furthermore, the 9.75 aspect ratio provides a glide-oriented platform for dock-start pumping and downwind applications.Sabfoil Leviathan 1350 | T8 Hydrofoil Front Wing.

Additionally, full-carbon construction, the SAB Pro Finish, and the Sabfoil T8 connection combine advanced engineering with practical modular compatibility.Sabfoil Leviathan 1350 | T8 Hydrofoil Front Wing.

From extended pumping sessions to light-wind wing foiling and smooth SUP hydrofoil riding, exciting possibilities can be explored.Sabfoil Leviathan 1350 | T8 Hydrofoil Front Wing.

Choose the Sabfoil Leviathan 1350 T8 for premium Italian engineering, exceptional glide efficiency, smooth dock-start takeoffs, dependable carbon construction, and versatile hydrofoil performance.