Mast Duotone Slim 2.0 Dlab
€400.00
Duotone Mast Slim 2.0 D/LAB – Excellent Condition | Ready for Use
The Duotone Mast Slim 2.0 D/LAB is offered in excellent condition, having been professionally inspected and carefully maintained. No damage, cracks, dents, scratches, structural defects, or previous repairs have been reported. Furthermore, the premium carbon construction has been preserved in outstanding condition, with no visible signs of excessive wear or deterioration.
Every major component has been carefully checked, including:
- High Modulus Carbon Mast – Excellent structural condition, with no cracks or damage.
- Integrated Base Plate – Well maintained, with no visible defects.
- 3BS Connection Interface – Carefully inspected for secure fitting and proper alignment.
- Carbon Mast Profile – Smooth finish, with no visible chips or abrasions.
- Mounting Points – Inspected for wear and structural integrity.
- Connection Hardware – To be included where supplied and confirmed.
Additionally, no tears, delamination, or previous repair work have been identified. The mast has been described as fully functional and suitable for immediate installation with compatible foil equipment.
Ready for use and ready to get back on the water for more exciting foiling sessions, smooth takeoffs, powerful carving, and jumps.
An excellent choice for riders seeking a premium, well-maintained carbon foil mast.
Description
Mast Duotone Slim 2.0 Dlab
Duotone Slim 2.0 D/LAB Mast
High-end foil performance has been taken to another level with the Duotone Slim 2.0 D/LAB Mast. A full monobloc High Modulus Carbon construction has been developed for riders who demand exceptional stiffness, extremely low drag, precise control, and highly responsive turning
Furthermore, the mast has been individually optimized according to its intended length and discipline. Consequently, a highly refined balance between strength, rigidity, hydrodynamic efficiency, and maneuverability can be achieved across the range.
The Slim 2.0 D/LAB has been designed for wing foiling, prone foiling, kite foiling, pump foiling, and downwind foiling. Therefore, it can be incorporated into a performance-focused foil setup where direct response and minimum drag are prioritized.
High-End D/LAB Construction
A premium High Modulus Carbon layup has been used throughout the mast.
As optimized fibre orientation has been incorporated into the construction, exceptionally high bending and torsional stiffness can be achieved. Consequently, rider input can be transferred directly into the foil system.
Furthermore, the full monobloc design has been developed to provide a highly rigid connection between the mast and base. As a result, flex can be minimized while precise handling is maintained.
Key Product Highlights
- Duotone Slim 2.0 D/LAB Mast
- High Modulus Carbon construction
- Full monobloc design
- Extremely slim profile
- Extremely low drag
- High bending stiffness
- High torsional stiffness
- Precise steering response
- Playful turning characteristics
- Direct foil feedback
- Drag-optimized base plate
- Tapered chord and thickness
- High resistance to ventilation
- 3BS connection system
- Compatible with 3BS fuselages
- Compatible with D/LAB wings
- Available in 76 cm, 84 cm and 94 cm
- Suitable for wing foiling
- Suitable for prone foiling
- Suitable for kite foiling
- Suitable for pump foiling
- Suitable for downwind foiling
- Suitable for freeride and freestyle applications depending on size
- Designed for high-performance foil control
Extremely Low Drag
Drag reduction has been made one of the defining priorities of the Slim 2.0 D/LAB.
As the mast profile has been made extremely slim and hydrodynamically refined, resistance through the water can be reduced. Consequently, acceleration and glide can be improved while less energy can be lost to unnecessary drag.
Furthermore, the base plate has been specifically optimized to reduce resistance during takeoff, touchdown, and landing. Therefore, smoother transitions through the water can be supported.
Slim Profile
A highly refined mast profile has been incorporated.
As the chord and thickness have been tapered according to mast size, the profile can be kept efficient while the required structural strength is maintained.
Consequently, a responsive and fast foil platform can be provided without relying on an unnecessarily bulky mast.
Drag-Optimized Base Plate
A new drag-optimized base plate has been developed.
As the base plate has been slimmed and shaped to reduce resistance, less drag can be generated during takeoff and touchdown.
Consequently, pumping and recovery phases can feel more efficient.
Full Monobloc Design
A full monobloc construction has been used.
As the mast has been manufactured as a highly integrated one-piece structure, exceptional rigidity can be achieved.
Consequently, flex between critical structural areas can be minimized and direct control can be maintained.
Exceptional Rigidity
Exceptional rigidity has been prioritized throughout the D/LAB construction.
As bending and torsional deformation are minimized, the foil can respond more directly to rider movements.
Consequently, carving, pumping, jumping, and high-speed control can be performed with greater precision.
Torsional Stiffness
High torsional stiffness has been incorporated.
As twisting under load can be reduced, steering inputs can be transferred efficiently.
Consequently, the foil can remain predictable during aggressive turns and fast directional changes.
Bending Stiffness
High bending stiffness has also been provided.
As the mast can resist deformation under load, energy transfer can be maintained efficiently.
Consequently, pumping inputs can be translated into useful foil movement with less unwanted flex.
Precise Turning
Precise turning characteristics have been developed into the Slim 2.0 D/LAB.
As the high-modulus carbon construction provides a direct connection between rider and foil, controlled steering can be achieved.
Consequently, tighter and more progressive turns can be performed.
Playful Handling
Despite its rigid construction, a playful riding character has been retained.
As the mast has been designed around responsive foil control, directional changes can be initiated quickly.
Consequently, the setup can remain engaging during carving, wave riding, and freeride sessions.
Direct Feedback
Direct feedback can be provided through the stiff mast structure.
As unwanted flex is minimized, information from the foil can be communicated more clearly to the rider.
Consequently, pitch, roll, and steering adjustments can be made with greater accuracy.
Mast Sizes
The Slim 2.0 D/LAB is currently offered in 76 cm, 84 cm, and 94 cm lengths. Each size has been individually optimized for its intended application.
76 cm Slim 2.0 D/LAB
The 76 cm version has been positioned toward prone and downwind-oriented riding.
As a shorter mast can provide a more compact connection with the water, maneuverability and pumping control can be enhanced.
Consequently, it can be particularly suitable for riders who prioritize prone foiling, downwind riding, and responsive foil handling.
The published specifications are 108 mm chord, 13.5 mm minimum thickness, and approximately 1.85 kg, with a ±5% weight tolerance.
84 cm Slim 2.0 D/LAB
The 84 cm version has been positioned for freestyle, freeride, and most wave conditions.
As additional mast length is provided, greater clearance can be achieved while a strong balance between maneuverability and control is retained.
Consequently, this size can be used as a versatile option for riders covering multiple foil disciplines.
The published specifications are 110 mm chord, 14.5 mm minimum thickness, and approximately 1.88 kg, with a ±5% weight tolerance.
94 cm Slim 2.0 D/LAB
The 94 cm version has been designed for freerace and larger surf applications.
As additional clearance is provided beneath the board, more demanding water conditions can be accommodated.
Consequently, this size can be suited to riders who require additional mast length for speed, control, and larger-wave applications.
The published specifications are 118 mm chord, 13.5 mm minimum thickness, and approximately 2.20 kg, with a ±5% weight tolerance.
High Resistance to Ventilation
Resistance to ventilation has been improved within the Slim 2.0 D/LAB profile.
As the profile has been refined to maintain stable water flow, uninterrupted foil performance can be supported.
Consequently, greater confidence can be provided during high-speed riding and aggressive foil maneuvers.
Wing Foiling
Wing foiling can be supported effectively by the Slim 2.0 D/LAB.
As the mast combines low drag with high stiffness, efficient acceleration and direct steering can be achieved.
Consequently, riders can benefit from a highly responsive platform during takeoff, cruising, carving, and transitions.
Prone Foiling
Prone foiling can be supported particularly well by the shorter mast configuration.
As the 76 cm version has been specifically oriented toward prone and downwind applications, a compact and responsive feel can be achieved.
Consequently, wave energy can be utilized efficiently while maneuverability is maintained.
Downwind Foiling
Downwind foiling can benefit from the mast’s efficient profile.
As drag is reduced and structural stiffness is maintained, speed can be carried efficiently between swell sections.
Consequently, longer connections can be attempted while maintaining precise foil control.
Pump Foiling
Pump foiling can be enhanced by the mast’s low-drag construction.
As resistance through the water is reduced, less energy can be lost during each pump cycle.
Consequently, efficient pumping and longer glide phases can be supported.
Kite Foiling
Kite-foil applications can also be supported.
As the mast provides a rigid and direct connection, rapid steering response can be maintained.
Consequently, controlled carving and high-speed foil riding can be performed effectively.
Freeride Foiling
Freeride performance can be supported particularly well by the 84 cm configuration.
As a balance between clearance, stability, and maneuverability is provided, varied riding conditions can be accommodated.
Consequently, riders can enjoy cruising, carving, transitions, and progressive maneuvers.
Freestyle Foiling
Freestyle performance can be supported through the combination of stiffness and responsive handling.
As the mast reacts quickly to rider input, controlled pop and directional changes can be achieved.
Consequently, advanced maneuvers can be attempted by suitably experienced riders.
Wave Riding
Wave riding can benefit from the mast’s direct response.
As precise steering is combined with low drag, the foil can be directed smoothly through changing wave sections.
Consequently, flowing turns and responsive line changes can be performed.
High-Speed Foiling
High-speed stability can be supported through the rigid carbon construction.
As unwanted bending and twisting are minimized, control can remain precise as speed increases.
Consequently, experienced riders can explore higher-speed foil performance with a direct connection to the front wing.
Acceleration
Efficient acceleration can be supported by the slim profile.
As underwater resistance is reduced, more energy can be directed into forward movement.
Consequently, speed can be built efficiently during powered riding and pumping.
Glide Efficiency
Efficient glide is supported by the low-drag profile.
As less resistance is generated during forward flight, momentum can be retained more effectively.
Consequently, longer distances can be covered between pumping movements.
Pumping Efficiency
The mast has been designed to minimize unnecessary resistance.
As the rider pumps the foil, less drag can interfere with forward movement.
Consequently, energy can be used more efficiently during longer pump sessions.
Takeoff
Takeoff performance can benefit from the drag-optimized base plate.
As resistance has been reduced around the base area, the transition onto foil can be made more efficiently.
Consequently, early acceleration can be supported.
Touchdown Recovery
The base plate has also been optimized around touchdown situations.
As drag can be reduced when the board or mast approaches the water surface, recovery can be made smoother.
Consequently, momentum can be preserved more effectively when appropriate technique is used.
Landing Performance
Controlled landings can benefit from the refined base design.
As resistance is reduced during contact with the water, the mast can move through the water more efficiently.
Consequently, smoother recovery can be supported during suitable maneuvers.
Jumping
The Slim 2.0 D/LAB has been developed with aggressive riding and aerial performance in mind. However, Duotone specifically warns against jumping with wings having a span over 100 cm for the listed Slim 2.0 D/LAB sizes.
Therefore, the manufacturer’s size and wing-span restrictions should be followed carefully before attempting jumps.
Carbon Strength
High Modulus Carbon has been selected for its combination of stiffness and strength.
As optimized fibre orientation is used, the structural characteristics can be tailored to the requirements of each mast length.
Consequently, the mast can provide a precise and performance-focused connection between board and foil.
Lightweight Construction
Weight has been controlled while structural stiffness has been prioritized.
As carbon construction allows the required rigidity to be achieved efficiently, a high-performance balance can be provided.
Consequently, the mast can remain responsive without excessive weight.
3BS Connection
The Slim 2.0 D/LAB incorporates the 3BS connection system.
As compatibility is provided with 3BS fuselages and D/LAB wings, the mast can be integrated into a compatible Duotone foil system.
Consequently, a modular foil configuration can be created around the mast.
Compatible Fuselages
Compatible 3BS fuselages can be used with the mast.
As the connection has been designed around Duotone’s 3BS architecture, secure integration can be achieved when compatible components are selected.
Consequently, different foil configurations can be created according to the rider’s discipline.
D/LAB Wing Compatibility
The mast has been designed for compatibility with D/LAB wings.
As the mast and compatible wings are developed around the same connection system, efficient integration can be achieved.
Consequently, the full D/LAB ecosystem can be utilized.
Mounting Hardware
The published specifications list 3 × M8x50 TX45 screws for the 3BS connection on all three mast sizes.
A 4th M6x25 TX30 screw is associated with the 3BS+ connection and matching tail but is not included with the mast according to Duotone’s specification. The recommended torque is 15 Nm for M8 and 10 Nm for M6.
Consequently, the specified hardware and torque settings should always be followed during assembly.
Professional-Level Performance
The Slim 2.0 D/LAB has been tested and approved by Duotone’s Pro Team.
As the mast has been pushed toward high-performance limits across multiple foil disciplines, a highly refined level of rigidity and response can be provided.
Consequently, demanding riders can obtain a mast designed for serious performance applications.
Rider Control
Precise rider control is supported by the rigid construction.
As unwanted mast movement is reduced, subtle rider inputs can be transferred directly into the foil.
Consequently, pitch, roll, and yaw corrections can be performed efficiently.
Carving
Carving can be enhanced by the mast’s direct response.
As the mast remains rigid through directional changes, steering energy can be transferred efficiently.
Consequently, smooth and aggressive turns can both be supported.
Tight Turns
Tighter turns can be performed through the responsive handling characteristics.
As the mast responds rapidly to pressure changes, the foil can be redirected efficiently.
Consequently, wave and freestyle maneuvers can become more dynamic.
Aggressive Riding
Aggressive riding can be supported through the high torsional and bending stiffness.
As deformation is minimized under heavy loads, control can remain predictable.
Consequently, experienced riders can push the foil system harder.
Downwind Connections
Longer downwind connections can be supported by the low-drag profile.
As the mast contributes less resistance to forward flight, speed can be preserved between bumps.
Consequently, the rider can focus more on reading the water and maintaining momentum.
Pumping Technique
A smoother pumping technique can be encouraged.
As less drag is generated by the mast, the rider’s energy can be directed toward efficient foil movement.
Consequently, a more economical pump cycle can be developed.
Flat-Water Pumping
Flat-water pumping can be used for technique development.
As external swell energy is minimized, attention can be placed on pitch control, pumping cadence, and foil height.
Consequently, technical improvements can be developed in a controlled environment.
Dock Starting
Dock-start and similar pump-foil applications can be supported with appropriate mast and foil selection.
As efficient pumping is supported by the low-drag profile, sustained flight can be developed after takeoff.
Consequently, advanced pump-foiling techniques can be practiced.Mast Duotone Slim 2.0 Dlab
Prone Takeoff
The shorter 76 cm configuration can provide a practical balance for prone applications.
As clearance and maneuverability are balanced, wave-powered takeoffs can be performed effectively when the complete setup is appropriately selected.Mast Duotone Slim 2.0 Dlab
Consequently, riders can maintain a direct connection with the foil.Mast Duotone Slim 2.0 Dlab
Large Surf
The longer mast configurations can provide additional clearance for larger surf.
As the foil can be positioned deeper beneath the board, greater control can be provided in suitable wave conditions.Mast Duotone Slim 2.0 Dlab
Consequently, the 94 cm option can be considered for larger surf applications.
Freerace
High-speed freerace applications can be supported by the 94 cm mast.
As rigidity and low drag are combined, efficient speed can be maintained.Mast Duotone Slim 2.0 Dlab
Consequently, experienced riders can benefit from precise control at higher speeds.Mast Duotone Slim 2.0 Dlab
Equipment Compatibility
The complete setup should always be checked for compatibility.Mast Duotone Slim 2.0 Dlab
As mast, fuselage, front wing, stabilizer, and board dimensions influence handling, compatible Duotone components should be selected.Mast Duotone Slim 2.0 Dlab
Consequently, predictable performance can be maintained.Mast Duotone Slim 2.0 Dlab
Board Compatibility
Board selection should be based on the intended discipline and rider ability.
As board dimensions and foil-track position influence balance and takeoff, the mast should not be selected independently.
Consequently, the complete foil system can be tuned more effectively.Mast Duotone Slim 2.0 Dlab
Mast Position
Foil-track position should be adjusted progressively.
As mast position influences front-foot and rear-foot pressure, small adjustments can significantly affect handling.Mast Duotone Slim 2.0 Dlab
Consequently, the ideal stance can be established through controlled tuning.
Rider Weight
Rider weight should also be considered.Mast Duotone Slim 2.0 Dlab
As lift requirements and board characteristics vary between riders, the mast should be paired with an appropriate front wing and stabilizer.
Consequently, the complete setup can be made more predictable.Mast Duotone Slim 2.0 Dlab
Maintenance
Regular inspection should be performed before every session.Mast Duotone Slim 2.0 Dlab
Particular attention should be given to:
- Mast surface
- Base plate
- 3BS connection
- Mounting holes
- Screws
- Fuselage connection
- Carbon surface
- Signs of impact
- Cracks or delamination
- Unusual movement
Consequently, potential problems can be identified before entering the water.Mast Duotone Slim 2.0 Dlab
Carbon Care
The carbon mast should be handled carefully.Mast Duotone Slim 2.0 Dlab
As significant impacts can potentially affect carbon structures, the mast should not be dragged across hard or abrasive surfaces.Mast Duotone Slim 2.0 Dlab
Consequently, unnecessary structural and cosmetic damage can be reduced.Mast Duotone Slim 2.0 Dlab
Sand Protection
Sand should be kept away from the mast connection and mounting areas.
As abrasive particles can enter precision interfaces, careful beach handling should be maintained.
Consequently, smooth assembly can be preserved.Mast Duotone Slim 2.0 Dlab
Salt-Water Care
After salt-water use, the mast and connection hardware should be rinsed appropriately.
As salt residue can accumulate around screws and connection interfaces, regular cleaning can help reduce corrosion and contamination.Mast Duotone Slim 2.0 Dlab
Consequently, long-term maintenance can be simplified.
Transportation
The mast should be protected during transportation.
As the base plate and carbon profile can be exposed to accidental impacts, a suitable protective bag or cover should be used.Mast Duotone Slim 2.0 Dlab
Consequently, unnecessary transportation damage can be avoided.Mast Duotone Slim 2.0 Dlab
Storage
The mast should be stored clean and dry.Mast Duotone Slim 2.0 Dlab
As prolonged exposure to moisture, heat, and direct sunlight can affect equipment over time, a protected storage environment should be selected.
Consequently, the mast can be maintained in better condition.
Used Mast Inspection
A used Slim 2.0 D/LAB should be inspected carefully before purchase.Mast Duotone Slim 2.0 Dlab
Attention should be given to:
- Base plate
- Mast edges
- Carbon surface
- Mounting holes
- 3BS connection
- Fuselage interface
- Impact marks
- Cracks
- Delamination
- Previous repairs
Consequently, the actual structural condition can be evaluated more reliably.Mast Duotone Slim 2.0 Dlab
Performance Benefits
- Extremely low drag
- Exceptional rigidity
- High torsional stiffness
- High bending stiffness
- Direct steering
- Precise turning
- Playful handling
- High-speed control
- Efficient pumping
- Improved glide
- Optimized base plate
- High resistance to ventilation
- High Modulus Carbon
- Full monobloc construction
- 3BS compatibility
- D/LAB wing compatibility
- Multiple mast lengths
- Discipline-specific optimization
Ideal Applications
The Slim 2.0 D/LAB can be considered for:
- Wing foiling
- Prone foiling
- Downwind foiling
- Pump foiling
- Dock starting
- Kite foiling
- Freeride foiling
- Freestyle foiling
- Wave riding
- Freerace
- High-speed foil riding
76 cm vs 84 cm vs 94 cm
The 76 cm model is oriented toward prone and downwind applications.Mast Duotone Slim 2.0 Dlab
The 84 cm model has been positioned for freestyle, freeride, and general wave use.
The 94 cm model has been designed for freerace and larger surf.Mast Duotone Slim 2.0 Dlab
Consequently, the correct size can be selected according to riding discipline, water depth, board setup, and personal preference.Mast Duotone Slim 2.0 Dlab
Why Choose the Slim 2.0 D/LAB?
A highly specialized balance between rigidity, speed, low drag, and responsive handling has been created.Mast Duotone Slim 2.0 Dlab
As High Modulus Carbon is combined with a full monobloc construction and carefully optimized foil profile, direct control can be achieved.Mast Duotone Slim 2.0 Dlab
Furthermore, each mast size has been individually optimized rather than simply scaled from a single design.Mast Duotone Slim 2.0 Dlab
Consequently, the Slim 2.0 D/LAB can provide a genuinely performance-focused foundation for a modern Duotone foil setup.Mast Duotone Slim 2.0 Dlab
Final Product Overview
The Duotone Slim 2.0 D/LAB Mast has been developed for riders who want maximum performance from the connection between board and foil.Mast Duotone Slim 2.0 Dlab
A slim, extremely low-drag profile, full monobloc High Modulus Carbon construction, exceptional bending and torsional stiffness, and 3BS compatibility have been combined to provide a precise and highly responsive foil mast.Mast Duotone Slim 2.0 Dlab
Available in 76 cm, 84 cm, and 94 cm, the range has been tailored to different riding disciplines, from prone and downwind foiling through freestyle, freeride, wave riding, freerace, and larger surf.
Consequently, the Slim 2.0 D/LAB can be considered by riders who value speed, efficiency, direct steering, precise carving, low drag, strong pumping response, and maximum structural rigidity.Mast Duotone Slim 2.0 Dlab
For anyone seeking a premium carbon mast that has been engineered without compromising on performance, the Duotone Slim 2.0 D/LAB provides a highly advanced foundation for a compatible high-performance foil system.Mast Duotone Slim 2.0 Dlab
All components should be assembled using the manufacturer’s specified hardware and torque settings. Furthermore, the mast should be inspected before every session, and Duotone’s published restrictions regarding wing span and jumping should always be observed.
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