Due to our diligent search for new materials and innovations in construction methods, exciting new materials that are both lighter and stronger have opened up a universe of completely new design options. Duotone is proud to be the first brand offering a technology segmentation for our wing, board and foil models. at the pinnacle of all products stands the D/LAB series!

The cutting-edge hollow shell composite construction sets a new industry standard in weight reduction and stiffness.

Slimmer & faster profile with high modulus carbon layup for highest level of flex response.

No compromise. No sacrifice. D/LAB is Duotone’s version of a moonshot program. Bean-counters, deadlines and market analysis have no place in the Duotone Laboratory.

The only purpose of D/LAB is to make the best Wing Foiling gear using the best materials and construction methods on this planet, no holds barred.

We handpick the latest materials, spend years fine-tuning construction methods for those materials, and we test. And test. And test. Only when we're 100% confident that a piece of gear is the absolute best do we consider it worthy of the D/LAB label.

If your only consideration is performance at any cost. If you want the absolute latest and unconditional greatest gear. If you want all the benefits of tomorrow's technology, tested and perfected and available today, then D/LAB is for you.

Tensile strength is a measurement of the force required to pull something such as rope, wire, or a structural beam to the point where it breaks.

38% HIGHER TENSILE STRENGTH

ALUULA 82
1800 N
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DACRON 160
980 N
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The Aluula fabric in combination with new construction features reduces the weight of the wing by up to 15% compared to standard constructions and depending on the size. This is a considerable saving especially when the wind is light, but there’s other benefits making our D/LAB wings so impressive.

The construction has not only been fine-tuned to reduce weight wherever possible, but also the material itself and certain tweaks of the design give an unmatched flex response and lift you’ve never felt in any traditional wing.

The reduced weight, direct response and improved handling make the Unit D/LAB an exciting wing to fly, and you will be on the water earlier, boosting higher and flying for longer than anyone else on your spot.

D/LAB sets a new standard in the wing industry, so get a Unit D/LAB now and never miss a session again; make every hour on the water count and enjoy the very pinnacle of wing technology!

Our most advanced construction to date results in the lowest swing weight possible delivering fast response and unmatched agility. What you get is a sensation closer to that of a prone board paired with the stability of a full-volume shape - for an elevated performance in every ride.

Crest D/LAB

• Instant and intuitive turning response

• Great speed range from smaller to larger surf

• Easy to connect waves through efficient pumping and good glide with forgiving stall speed

• Uninterrupted re-entry from tip breaches, airs and foil slides

Carve 3.0 D/LAB

• Pump & glide - improved over previous Carve 2.0 D/LAB range

• More drive & speed when on the wave – with reduced drag

• Fluid rail to rail reactions – for tightest turns

• Improved pitch stability – adding control during fast rides

Glide 2.0 D/LAB

• Low drag design with great speed range

• Highly efficient per size (lifts comparable to one size up from previous Glide)

• Early take-off and surprisingly stall-friendly

• Great mix of glide, pump and turns/maneuvers

Blitz D/LAB

• Fast designs for maximum control at high speeds
  + 550 for Defi Wing type of riders
  + 800 for high speeds in light wind conditions with decent pump

• 3BS+ - Additional 4th M6 screw for new 47cm D/LAB Tail prevents bending at highest

• Speeds (works with all D/LAB tails, most control at high speeds with new 47cm tail & 3BS+ connection)

HM carbon layup with optimized fibre mix and orientation

• High-end full monobloc design

• Slim and extremely low drag

• Extremely rigid for maximum control

• Tapered chord length and thickness for optimized strength vs. lowest drag

• Playful turning behavior progression