Description

AFS Pure 1100 Carbon Hydrofoil – Premium High-Aspect Foil for Downwind, Light-Wind Wing Foiling & Exceptional Glide

Experience outstanding hydrodynamic efficiency, impressive low-speed lift, and smooth gliding performance with the AFS Pure 1100 Carbon Hydrofoil, a premium high-aspect foil developed for riders seeking greater efficiency, responsive handling, and exceptional performance across different foiling disciplines

Designed by AFS Foiling, this advanced 1100cm² hydrofoil combines precision-engineered carbon construction with an innovative high-aspect wing profile. Consequently, exceptional glide potential is provided while unnecessary water resistance is minimized

Furthermore, the streamlined 1100mm wingspan promotes efficient lift distribution, allowing forward momentum to be maintained across suitable wind and wave conditions.

Whether downwind adventures are being planned, small waves are being explored, or light-wind wing foiling sessions are preferred, impressive versatility is delivered through the carefully balanced design.

Additionally, the integrated front wing and fuselage configuration provides a rigid structural connection, contributing to efficient energy transfer and predictable control.

For experienced hydrofoil enthusiasts, an excellent combination of glide, pumping efficiency, and performance-oriented engineering is offered by the AFS Pure 1100.

AFS Pure 1100 – Advanced Hydrodynamic Performance and Engineering

High-Aspect Design for Exceptional Glide Efficiency

Outstanding gliding performance is supported by the carefully developed high-aspect wing geometry.

With an aspect ratio of approximately 11, efficient lift generation is encouraged while induced drag is reduced compared with lower-aspect configurations of otherwise similar design.

Furthermore, the extended 1100mm wingspan allows lift to be distributed across a broad surface.

As a result, forward momentum can be maintained efficiently when sufficient speed is achieved.

During downwind riding, this characteristic is particularly valuable when successive ocean bumps are connected.

Additionally, the streamlined wing profile supports controlled acceleration and smooth hydrofoil movement.

Consequently, longer gliding sequences can be explored with appropriate rider technique.

Innovative 1100cm² Front Wing Surface

Balanced lift and hydrodynamic efficiency are provided through the 1100cm² front wing area.

When suitable water speed is achieved, the wing generates the upward force required for sustained foil flight.

Moreover, its high-aspect design encourages efficient movement without excessive drag.

For wing foiling enthusiasts, these characteristics can be especially useful during lighter wind conditions.

Meanwhile, small-wave surf foiling is supported by the wing’s ability to maintain glide when wave energy is limited.

However, actual takeoff speed and riding performance remain dependent on rider weight, foil configuration, board dimensions, and environmental conditions.

Integrated Fuselink Construction for Direct Control

Structural efficiency is promoted through the AFS Fuselink design, in which the front wing and fuselage are integrated into a single assembly.

Through this configuration, unnecessary connection movement is minimized while efficient load transfer is encouraged.

Furthermore, the integrated construction eliminates the need for a conventional detachable front-wing-to-fuselage connection.

During carving and pumping, direct feedback can be experienced through the rigid structure.

As a result, predictable handling and precise directional control are supported.

Key Features and Benefits of the AFS Pure 1100 Carbon Hydrofoil

• ✅ 1100cm² Front Wing Area: Efficient lift and versatile performance are provided for light-wind and downwind riding.
• ✅ 1100mm Wingspan: Excellent glide efficiency is encouraged through the extended high-aspect design.
• ✅ 11:1 Aspect Ratio: Reduced induced drag and improved glide potential are supported by the refined geometry.
• ✅ Premium Carbon Construction: High structural stiffness and efficient force transfer are promoted.
• ✅ Integrated Fuselink Design: A rigid connection between the front wing and fuselage is provided.
• ✅ Light-Wind Wing Foiling: Efficient lift generation helps support riding in suitable lighter wind conditions.
• ✅ Downwind Performance: Extended glide and smooth transitions between ocean swells are encouraged.
• ✅ Small-Wave Foiling: Efficient movement can be maintained when sufficient wave energy is available.
• ✅ Responsive Pumping: Controlled energy transfer supports wave connections and sustained foil movement.
• ✅ Precision Hydrodynamic Profile: Unnecessary water resistance is minimized through refined shaping.
• ✅ Modular AFS Compatibility: Compatible masts and rear stabilizers can be selected for different riding preferences.
• ✅ Performance-Oriented Engineering: Advanced design characteristics support technical hydrofoil progression.
• ✅ Versatile Water Applications: Wing foiling, downwind foiling, and suitable surf foiling conditions are accommodated.

Premium Carbon Construction and Structural Strength

Advanced High-Modulus Carbon Engineering

Exceptional stiffness and responsive performance are supported by the high-modulus carbon construction used in the AFS Pure HA 1100 platform.

Through carefully engineered composite reinforcement, structural efficiency is prioritized while unnecessary construction weight is minimized.

Additionally, the carbon design promotes direct energy transfer during pumping and directional changes.

When pressure is applied through the board and mast, rider input is transmitted into the hydrofoil system.

Consequently, precise feedback can be experienced during dynamic riding movements.

Furthermore, the rigid composite structure helps maintain the intended hydrodynamic profile under normal riding loads.

Lightweight Construction for Efficient Movement

Reduced equipment mass can contribute to responsive handling and pumping efficiency.

The Pure 1100 configuration is designed to balance structural stiffness with performance-oriented weight.

Moreover, the integrated front wing and fuselage arrangement reduces the need for an additional detachable front connection.

During acceleration, controlled foil movement is supported by the carefully developed design.

For experienced riders, this combination offers an appealing balance between efficient glide and responsive control.

Precision Construction and Surface Finish

Smooth water flow is encouraged through the carefully refined carbon wing profile.

The leading edge is shaped to support efficient water entry, while the trailing edge contributes to controlled water release.

Additionally, the streamlined fuselage minimizes unnecessary underwater resistance.

When these construction features operate together, improved hydrodynamic efficiency can be achieved.

For this reason, proper handling and regular equipment maintenance are recommended.

Exceptional Downwind Foiling Performance

Efficient Glide Across Ocean Swells

Outstanding downwind efficiency is one of the principal advantages associated with the AFS Pure 1100.

Through the high-aspect wing profile, sustained glide can be supported when sufficient forward momentum is maintained.

Furthermore, the extended wingspan encourages efficient lift distribution.

As small ocean bumps are approached, controlled directional adjustments can be performed to maintain speed.

Consequently, longer riding sequences and smoother transitions between swells may be achieved.

For dedicated downwind riders, this combination provides an excellent foundation for efficient ocean exploration.

Responsive Pumping and Wave Connections

Effective pumping requires efficient energy transfer and carefully coordinated rider movements.

With the AFS Pure 1100, a rigid carbon structure and high-aspect geometry are combined to support sustained foil movement.

Additionally, unnecessary drag is minimized through the streamlined profile.

When pumping is performed correctly, forward momentum can be maintained between suitable waves.

As a result, wave connections and extended riding sessions become more achievable.

However, pumping efficiency remains dependent on rider technique, physical conditioning, equipment configuration, and available water energy.

Stable Handling During Longer Rides

Consistent hydrofoil behavior is valuable during extended downwind sessions.

Through the integrated Fuselink structure, predictable structural response is encouraged.

Furthermore, the high-aspect profile supports efficient glide during steady riding.

When directional changes are required, appropriate body positioning allows controlled steering.

Consequently, confident downwind movement can be pursued across suitable conditions.

Light-Wind Wing Foiling and Freeride Performance

Efficient Takeoffs in Suitable Light Winds

Light-wind wing foiling requires an effective balance between wing power, board efficiency, and hydrofoil lift.

The AFS Pure 1100 provides a high-aspect foil configuration designed to support efficient acceleration.

When adequate speed is generated, the front wing creates the necessary lift for foil flight.

Furthermore, reduced hydrodynamic resistance helps support forward movement.

Consequently, enjoyable sessions may be achieved in conditions where smaller or more speed-oriented foils would require greater takeoff speed.

Smooth Cruising and Controlled Glide

Comfortable freeride performance is supported by the foil’s efficient hydrodynamic characteristics.

During sustained flight, forward momentum can be preserved through the combination of lift and reduced drag.

Additionally, the carbon construction encourages precise handling feedback.

For riders seeking efficient cruising performance, the design offers an appealing alternative to lower-aspect foil configurations.

AFS Pure 1100 – Technical Specifications

Specification	Details
Brand	AFS Foiling
Model	Pure HA 1100
Product Type	High-Aspect Carbon Hydrofoil
Front Wing Surface Area	1100cm²
Wingspan	1100mm
Aspect Ratio	11
Maximum Wing Chord	125mm
Maximum Wing Thickness	14.5mm
Construction	High-Modulus Carbon
Front Wing Connection	Integrated Fuselink
Fuselage Length	Approximately 553mm in AFS’s current dimension chart
Primary Applications	Downwind and Light-Wind Wing Foiling
Additional Application	Small-Wave Surf Foiling
Compatible Mast	Selected AFS Fuselink Masts
Rear Stabilizer	Compatible AFS Stabilizer, Selected Separately
Recommended Rider Level	Intermediate to Advanced

Specifications vary across product generations and package configurations. Exact weight, fuselage length, mast, stabilizer, and supplied accessories should be checked against the specific version offered.

Practical Applications of the AFS Pure 1100

Downwind Ocean Exploration

Efficient movement across long swell lines is encouraged through the high-aspect construction.

Additionally, controlled glide can be sustained when suitable ocean energy is available.

For advanced downwind enthusiasts, this combination offers opportunities for exploring longer riding distances.

Small-Wave Surf Foiling

Responsive lift generation is particularly valuable when weaker wave energy is encountered.

Through its efficient wing profile, the Pure 1100 supports sustained movement in suitable smaller waves.

Furthermore, controlled pumping can be used to connect riding sections.

Performance-Oriented Wing Foiling

Advanced wing foilers may benefit from the combination of efficient glide and responsive control.

With the Pure 1100, a high-aspect configuration is provided for riders seeking excellent forward efficiency.

Moreover, its carbon construction supports consistent feedback during turns and transitions.

Recommended Components and Accessories

Compatible Hydrofoil Equipment

A complete riding configuration may require:

• AFS Pure HA 1100 integrated front wing and fuselage
• Compatible AFS Fuselink mast
• Suitable AFS rear stabilizer
• Manufacturer-approved mounting screws
• Compatible hydrofoil board
• Protective front wing cover
• Hydrofoil carrying bag
• Appropriate watersports helmet and safety equipment

The exact supplied components must be confirmed before purchase. A complete hydrofoil system should not be assumed included when only the Pure 1100 front wing assembly is advertised.

Why Choose the AFS Pure 1100 Carbon Hydrofoil?

Excellent Glide and Pumping Efficiency

An impressive balance between efficient lift and sustained forward movement is offered through the high-aspect design.

Moreover, the rigid carbon construction supports effective energy transfer.

For riders seeking extended gliding opportunities, these characteristics provide meaningful performance advantages.

Premium Engineering and Versatile Applications

Advanced hydrofoil development is reflected throughout the AFS Pure platform.

Through its integrated Fuselink construction, structural rigidity and efficient hydrodynamic movement are combined.

Additionally, the 1100cm² wing provides versatility for downwind and light-wind sessions.

A Performance-Focused Choice for Experienced Riders

Responsive handling and efficient glide are especially valuable for technically confident hydrofoil enthusiasts.

The AFS Pure 1100 provides a capable platform for developing pumping skills, improving downwind technique, and exploring efficient wing foiling.

Furthermore, the modular AFS ecosystem allows compatible components to be selected according to individual riding preferences.

Upgrade Your Hydrofoil Experience with the AFS Pure 1100

Exceptional glide potential, advanced carbon construction, and carefully refined hydrodynamic engineering are combined in the AFS Pure 1100 Carbon Hydrofoil.

With its 1100cm² front wing, 1100mm wingspan, high-aspect geometry, and integrated Fuselink design, this premium foil is an excellent option for riders seeking efficient performance across suitable wind and wave conditions.

Whether downwind adventures are being explored, small waves are being connected, or light-wind wing foiling performance is being improved, a versatile and responsive riding platform is provided.

Choose the AFS Pure 1100 today and experience premium carbon hydrofoil engineering, smooth gliding performance, efficient pumping, and exciting adventures on the water.

Advanced Performance, Premium Carbon Engineering, Practical Applications & Complete Buying Guide

Exceptional Hydrofoil Performance with the AFS Pure 1100

Outstanding glide efficiency, responsive handling, and advanced carbon engineering are combined in the AFS Pure 1100 Carbon Hydrofoil, a premium high-aspect foil developed for riders seeking efficient movement, improved pumping performance, and exceptional versatility across different watersports disciplines.

Designed with a carefully refined 1100cm² front wing, the Pure 1100 delivers a compelling balance between lift generation, hydrodynamic efficiency, and controlled maneuverability.

Furthermore, the extended 1100mm wingspan promotes efficient lift distribution while reducing induced drag. Consequently, longer gliding sequences and smoother transitions between ocean swells are supported when sufficient momentum is maintained.

Whether challenging downwind sessions are being explored, light-wind wing foiling is preferred, or small-wave foiling techniques are being developed, excellent performance potential is provided by this high-aspect carbon design.

Additionally, the integrated Fuselink construction contributes to dependable structural rigidity, allowing rider input to be transferred efficiently throughout the hydrofoil system.

Advanced High-Aspect Geometry for Efficient Glide

Exceptional hydrodynamic efficiency is encouraged through the Pure 1100’s high-aspect wing profile.

With an aspect ratio of approximately 11, lift is distributed across a comparatively long wingspan, helping reduce induced drag.

Moreover, the streamlined wing shape promotes efficient forward movement during sustained foil flight.

When sufficient speed is maintained, the hydrofoil can support smooth gliding without excessive energy loss.

Consequently, riders can explore longer downwind runs and more efficient wave connections.

For experienced enthusiasts, these characteristics are especially valuable when smaller ocean bumps provide limited propulsion.

Smooth Lift Generation and Controlled Takeoffs

Predictable lift generation is essential for successful hydrofoil takeoffs.

Through the 1100cm² surface area, the Pure 1100 provides an efficient platform for generating upward force.

Additionally, the wing’s refined profile contributes to controlled acceleration through the water.

When adequate forward speed is achieved, the hydrofoil generates lift that allows the board to rise above the surface.

As a result, hull resistance is reduced and sustained foil flight becomes possible.

However, actual takeoff performance depends on rider weight, board volume, foil configuration, wind conditions, and technique.

Premium High-Modulus Carbon Construction

Advanced Composite Engineering for Structural Stiffness

Exceptional structural performance is supported by the high-modulus carbon construction incorporated into the AFS Pure platform.

Through carefully engineered composite reinforcement, stiffness is prioritized while unnecessary structural mass is minimized.

Furthermore, the rigid construction helps preserve the intended hydrodynamic shape during normal riding loads.

When pumping or turning movements are performed, efficient energy transfer is encouraged.

Consequently, direct and responsive handling feedback can be experienced.

For experienced riders, this structural connection is valuable when subtle body movements are used to control foil direction.

Integrated Fuselink Construction for Improved Rigidity

A distinctive advantage of the AFS Pure 1100 is provided by the integrated front wing and fuselage arrangement.

Through this design, a conventional detachable front-wing-to-fuselage connection is eliminated.

Additionally, the continuous construction helps reduce unwanted movement between the principal structural components.

As a result, improved connection rigidity and predictable handling are promoted.

During sustained gliding, this structural efficiency supports consistent feedback throughout the foil assembly.

Moreover, the integrated arrangement simplifies one aspect of the hydrofoil connection system.

Precision Hydrodynamic Surface Finish

Efficient water movement is influenced by the accuracy of the wing’s surface profile.

The AFS Pure 1100 incorporates carefully developed leading-edge, trailing-edge, and wing-section geometry.

Through these design features, water flow is managed to support efficient lift and reduced drag.

Furthermore, the smooth composite surface contributes to the foil’s intended hydrodynamic performance.

When the wing is correctly maintained, unnecessary resistance caused by scratches or surface damage can be minimized.

Consequently, regular inspection and protective transportation are recommended.

Outstanding Downwind Foiling Performance

Extended Glide Across Ocean Swells

Exceptional downwind efficiency is supported by the Pure 1100’s high-aspect construction.

When ocean bumps provide sufficient energy, sustained foil flight can be maintained through controlled weight distribution and appropriate riding technique.

Furthermore, the extended wingspan promotes efficient glide between successive swell sections.

As a result, longer riding sequences may be achieved without constant pumping.

For downwind enthusiasts, this combination offers exciting opportunities for exploring suitable ocean conditions.

Efficient Pumping and Wave Connections

Effective pumping requires coordinated rider movements and a hydrofoil capable of maintaining useful forward momentum.

Through the Pure 1100’s low-drag design, efficient glide is encouraged.

Additionally, the rigid carbon structure supports direct transfer of rider input.

When pumping movements are timed correctly, energy can be added to the hydrofoil system to help maintain speed.

Consequently, successive waves may be connected when environmental conditions and rider ability permit.

Nevertheless, pumping performance remains dependent on technique, physical conditioning, foil configuration, and available wave energy.

Controlled Maneuverability During Downwind Riding

Downwind foiling often requires continuous directional adjustments between changing swell patterns.

With the AFS Pure 1100, responsive handling is supported by the wing’s carefully developed geometry.

Furthermore, the integrated Fuselink construction contributes to precise feedback during controlled turns.

As the rider changes body position, the foil responds through the interaction between lift, roll, and pitch.

Consequently, smooth directional adjustments can be performed across suitable ocean bumps.

Light-Wind Wing Foiling and Freeride Applications

Efficient Performance in Lighter Wind Conditions

Light-wind wing foiling requires efficient acceleration and suitable lift generation.

The AFS Pure 1100 provides a high-aspect configuration developed to support efficient movement through the water.

When adequate speed is generated using a compatible wing and board, foil flight can be achieved.

Furthermore, the wing’s low-drag characteristics contribute to sustained forward glide.

Consequently, enjoyable sessions may be possible in conditions where smaller or more speed-focused foils would require greater takeoff speed.

However, individual performance depends on rider weight, wing size, board efficiency, and actual wind strength.

Smooth Cruising and Efficient Momentum Preservation

Comfortable freeride performance is encouraged by the Pure 1100’s refined hydrodynamic design.

During sustained foil flight, unnecessary resistance is minimized through the high-aspect profile.

Additionally, the carbon construction provides direct handling feedback.

For experienced riders seeking efficient cruising, this combination offers an appealing alternative to lower-aspect hydrofoil designs.

Responsive Turns and Controlled Transitions

Precise directional control is important during technical wing foiling maneuvers.

Through the Pure 1100’s rigid structure, rider movements can be transferred efficiently into the hydrofoil system.

Furthermore, the wing’s geometry supports controlled banking and directional changes.

However, high-aspect wings may require different turning techniques compared with compact, lower-aspect designs.

Consequently, an adjustment period may be beneficial when transitioning between foil styles.

Small-Wave Surf Foiling Performance

Efficient Movement in Smaller Waves

Small-wave foiling requires a hydrofoil capable of maintaining momentum when limited wave energy is available.

The AFS Pure 1100 provides useful lift characteristics through its 1100cm² surface area and high-aspect geometry.

Furthermore, efficient glide is encouraged when the foil is maintained at an appropriate riding speed.

As a result, longer rides may be achieved across suitable smaller waves.

Pumping Between Wave Sections

When wave energy decreases, controlled pumping can be used to preserve forward movement.

Through the integrated carbon construction, responsive energy transfer is supported.

Additionally, the efficient wing profile helps reduce unnecessary drag during sustained movement.

Consequently, opportunities for connecting multiple waves may be improved.

Smooth Carving and Wave-Oriented Control

Controlled carving is supported by the hydrofoil’s responsive construction.

As rider weight is shifted, changes in roll and direction can be achieved.

Furthermore, appropriate rear stabilizer selection can influence turning characteristics.

For riders seeking a balance between efficient glide and wave-oriented maneuverability, the Pure 1100 offers an interesting performance option.

AFS Pure 1100 – Technical Performance Overview

Specification	Details
Manufacturer	AFS Foiling
Model	Pure HA 1100
Front Wing Surface Area	1100cm²
Wingspan	1100mm
Aspect Ratio	Approximately 11
Construction	High-Modulus Carbon Composite
Front Wing Connection	Integrated Fuselink
Primary Application	Downwind Foiling
Additional Applications	Light-Wind Wing Foiling and Small-Wave Foiling
Performance Focus	Glide, Lift Efficiency and Pumping
Mast Compatibility	Compatible AFS Fuselink Systems
Rear Stabilizer	Compatible AFS Stabilizer
Recommended Rider Level	Intermediate to Advanced
Hydrofoil Board	Selected Separately
Complete Assembly	Depends on Package Configuration

Technical specifications and connection details should be verified against the exact product generation being offered.

AFS Pure 1100 – Key Product Advantages

• ✅ Premium Carbon Construction: Exceptional structural stiffness and responsive feedback are supported.
• ✅ 1100cm² Front Wing: Efficient lift generation and versatile performance are provided.
• ✅ High-Aspect Geometry: Sustained glide and reduced induced drag are encouraged.
• ✅ 1100mm Wingspan: Efficient lift distribution is promoted through the extended design.
• ✅ Integrated Fuselink System: A rigid structural connection between the front wing and fuselage is achieved.
• ✅ Outstanding Downwind Potential: Longer gliding sequences and smooth swell transitions are supported.
• ✅ Efficient Pumping Characteristics: Controlled energy transfer contributes to sustained foil movement.
• ✅ Light-Wind Capability: Efficient lift generation supports suitable lighter-wind sessions.
• ✅ Small-Wave Versatility: Extended riding opportunities can be explored when wave energy is sufficient.
• ✅ Responsive Handling: Precise directional adjustments are encouraged.
• ✅ Premium Hydrodynamic Engineering: Carefully refined geometry supports efficient water movement.
• ✅ Modular System Compatibility: Suitable AFS masts and rear stabilizers can be selected.
• ✅ Progressive Riding Potential: Advanced pumping, carving, and downwind techniques can be developed.
• ✅ Performance-Focused Design: Experienced hydrofoil enthusiasts can enjoy a combination of glide and control.

Choosing the Right AFS Pure 1100 Setup

Compatible Mast Selection

A suitable mast is essential for dependable hydrofoil performance.

Through the AFS Fuselink connection system, compatible mast configurations can be selected according to individual requirements.

Furthermore, mast length influences riding height, water clearance, and handling.

For downwind and wing foiling applications, the appropriate mast should be selected according to riding conditions and personal experience.

Rear Stabilizer Configuration

The rear stabilizer influences pitch stability, handling response, and overall hydrofoil balance.

A suitable AFS stabilizer can be selected to complement the Pure 1100 front wing.

Additionally, rear wing size and geometry influence the balance between maneuverability and hydrodynamic resistance.

Consequently, manufacturer compatibility recommendations should be followed before purchasing.

Compatible Hydrofoil Board

Board selection significantly affects takeoff efficiency and riding comfort.

For light-wind wing foiling, a suitable board should provide enough flotation and efficient acceleration.

Meanwhile, downwind-oriented boards often emphasize streamlined hull designs and paddling efficiency.

Through appropriate equipment matching, the Pure 1100’s performance potential can be better utilized.

Recommended Accessories and Equipment

Essential Components for a Complete Hydrofoil Setup

A suitable setup may require:

• AFS Pure HA 1100 integrated front wing and fuselage
• Compatible AFS Fuselink mast
• Compatible rear stabilizer
• Manufacturer-approved mounting screws
• Suitable hydrofoil board
• Wing or paddle equipment appropriate to the discipline
• Protective foil wing cover
• Hydrofoil transportation bag
• Suitable watersports helmet
• Appropriate leash and impact protection

The exact included accessories depend on the product configuration. A complete hydrofoil assembly should not be assumed to be supplied when only the front wing and integrated fuselage are advertised.

Maintenance and Long-Term Carbon Protection

Cleaning After Saltwater Sessions

Proper maintenance supports the preservation of carbon hydrofoil equipment.

After exposure to saltwater, the foil should be rinsed with fresh water and dried according to manufacturer recommendations.

Additionally, mounting points should be inspected for salt deposits or contamination.

Consequently, unnecessary wear may be reduced.

Protecting Carbon Surfaces

Carbon hydrofoil wings should be protected against impacts, sharp surfaces, and excessive pressure.

During transportation, suitable protective covers are recommended.

Furthermore, wing tips and trailing edges should be handled carefully.

If cracks, delamination, or structural damage are discovered, professional inspection should be arranged before further use.

Inspecting Connection Hardware

Reliable foil performance requires secure structural connections.

Before every session, compatible mounting hardware should be checked.

Additionally, incorrect or damaged fasteners should not be installed.

Through manufacturer-approved assembly procedures, preventable equipment problems can be minimized.

Who Should Choose the AFS Pure 1100?

Experienced Downwind Enthusiasts

Riders seeking efficient movement across ocean swells may appreciate the Pure 1100’s glide-focused design.

Through its high-aspect geometry, longer gliding sequences can be supported.

Furthermore, the integrated carbon construction contributes to responsive control.

Wing Foilers Seeking Efficient Light-Wind Performance

For experienced wing foilers, efficient lift and sustained glide are important considerations.

The Pure 1100 offers a performance-oriented configuration that can support riding in suitable lighter winds.

Additionally, its hydrodynamic efficiency may reduce the effort required to maintain speed once foil-borne.

Riders Developing Advanced Pumping Skills

Efficient pumping requires coordinated technique and a suitable hydrofoil configuration.

Through the Pure 1100’s low-drag profile, sustained movement can be encouraged.

Moreover, the rigid carbon construction provides direct feedback during pumping sequences.

Frequently Asked Questions About the AFS Pure 1100

Is the AFS Pure 1100 Suitable for Downwind Foiling?

Yes. Downwind riding is one of the principal applications supported by its high-aspect design and efficient glide characteristics.

Can It Be Used for Light-Wind Wing Foiling?

Yes. The foil can support suitable light-wind wing foiling conditions when paired with appropriate equipment.

Is the Hydrofoil Made from Carbon?

Yes. The Pure HA 1100 incorporates performance-oriented carbon composite construction.

What Does the 1100 Represent?

The 1100 identifies the nominal front wing surface area of 1100cm².

Does It Have an Integrated Fuselage?

Yes. The Pure HA platform incorporates the AFS Fuselink design, integrating the front wing and fuselage.AFS Pure 1100

Is the AFS Pure 1100 Suitable for Beginners?

The high-aspect design is generally more suitable for intermediate and advanced riders. Beginners may prefer a more forgiving hydrofoil configuration.AFS Pure 1100

Does the Product Include a Mast?

A mast should not be assumed to be included unless explicitly stated in the seller’s product listing.

Can It Be Used for Pump Foiling?

Yes. Its efficient glide and carbon construction can support pumping-oriented riding when appropriate technique and equipment are used.AFS Pure 1100

How Should the Hydrofoil Be Stored?

A clean, dry, and protected storage location is recommended. Carbon surfaces should be protected from impacts and excessive heat.AFS Pure 1100

Why Invest in the AFS Pure 1100 Carbon Hydrofoil?

Exceptional Glide and Hydrodynamic Efficiency

A premium riding experience is supported by the carefully developed high-aspect wing geometry.

Through reduced induced drag, sustained forward movement is encouraged.AFS Pure 1100

Furthermore, the 1100cm² surface area provides useful lift for different riding applications.

Advanced Engineering and Responsive Construction

The integrated Fuselink design contributes to structural rigidity and efficient energy transfer.

Additionally, the carbon construction supports precise handling.AFS Pure 1100

For experienced riders, these features provide an appealing combination of performance and control.

Versatile Applications Across Different Foiling Disciplines

Downwind riding, light-wind wing foiling, and suitable small-wave conditions can all be explored using this high-aspect foil.AFS Pure 1100

Moreover, compatible AFS components allow the setup to be adapted according to individual requirements.AFS Pure 1100

Consequently, the Pure 1100 represents a versatile choice for riders seeking performance-oriented equipment.AFS Pure 1100

Upgrade Your Foiling Experience with the AFS Pure 1100

Exceptional glide potential, advanced carbon construction, and carefully refined hydrodynamic engineering are combined in the AFS Pure 1100 Carbon Hydrofoil.

Through its 1100cm² front wing, extended 1100mm wingspan, high-aspect geometry, and integrated Fuselink system, efficient performance is supported across suitable wind and wave conditions.

Whether downwind adventures are being explored, light-wind wing foiling techniques are being improved, or advanced pumping skills are being developed, a capable performance platform is provided.AFS Pure 1100

Furthermore, the modular AFS ecosystem allows compatible equipment to be selected according to individual preferences.AFS Pure 1100

Choose the AFS Pure 1100 today and experience exceptional glide, efficient pumping, responsive control, and premium carbon hydrofoil performance on the water.