95 cm². High agility handling with quick, edge-to-edge response defines the 95 Pulse, giving riders the ability to carve, link bumps, and change direction with precision and speed. It excels in rapid transitions, delivering noticeably higher maneuverability and explosive acceleration, and pairs naturally with smaller boards and front wings up to the Solus 930. Common frontwing pairings include:
• Solus 565 up to 930 for dedicated race configurations downwind
• Smaller Atlas sizes in glideoptimized setups
• Dockstart setups, where quick acceleration and minimal drag are essential for longdistance pumping, the Pulse 95 pairs extremely well with the Atlas 1340
115 cm². Kane’s go-to all-arounder is the core Pulse size and the most widely used option. It strikes a clean balance of glide, pitch stability, and overall efficiency across a huge range of front wings and rider weights. Whether you’re chasing long downwind lines, cruising with flow, or looking to add effortless carry to your everyday setup, this size delivers a calm, predictable, and highly efficient ride. Common frontwing pairings include:
• Solus 565 up to 1110 for downwind race and cruising setups
• Atlas mid to large sizes for longglide, downwind, and energyriding sessions
• Nomad, when prioritizing glide and efficiency over a surfstyle feel
135 cm². The most stable and glideoriented option in the Pulse family. It’s built for larger front wings, heavier riders; maintaining efficiency, ease of float, pitch control, and composure is critical. The 135 delivers a calm, planted ride with exceptional carry, making it ideal for long downwind lines, openocean energy riding, and any setup where stability directly translates to speed and efficiency. Common frontwing pairings include:
• Atlas 960 –1340 for downwind and longglide ocean conditions
• Solus larger sizes for mixed or openocean efficiency setups
• Lightwind winging and dockstart builds where stability and sustained glide are the priority

Speed.
Pulse is built for speed, efficiency, and rapid acceleration. Once it’s moving, it carries speed exceptionally well, making it far easier to maintain glide through lulls, flat sections, and pumping sequences. Topend speed is noticeably higher than surforiented tails, especially when paired with faster front wings and shorter fuselages, giving the whole setup a cleaner, faster, and more effortless feel.

Shape & Outline.
High aspect platform tuned for minimal induced drag and maximum glide. The outline prioritizes span over chord, boosting efficiency and delivering a calmer, more stable pitch feel at speed. This shape keeps the foil efficient, fast, and incredibly smooth when you’re covering distance or pushing topend performance.

Geometry.
High aspect geometry tuned to run more efficiently than surf tails for equivalent lift. By generating the same support at lower angles, it delivers a cleaner, faster, and more predictable feel at speed, letting the foil stay effortlessly on line while carrying glide with less drag.
Performance.
Optimized for downwind, race, and longdistance efficiency, Pulse boosts glide, raises topend speed, and adds pitch stability when you’re moving fast through open water, chop, or turbulence. It gives the foil a calm, composed feel at speed, making it easier to stay on line, hold momentum, and keep the glide flowing with less effort.
Efficiency.
Maximum efficiency is the core design goal. Pulse minimizes drag and energy loss, helping riders go farther, faster, and with less effort per pump or stroke. It delivers that clean, frictionfree feel that makes long glides, fast lines, and extended runs noticeably easier and more rewarding.
Agility.
Lower agility by design compared to surforiented tails. The turning feel is smooth, gradual, and floaty rather than snappy, prioritizing stability and sustained efficiency through longer arcs and higher speeds. It gives riders a calm, predictable platform that rewards flow, clean lines, and effortless glide.

Construction.
High-Modulus Carbon construction keeps the tail exceptionally stiff and lightweight, giving it a precise, stable feel under load. The high stiffness maintains consistent tail angles at speed, improving predictability, stability, and overall efficiency when you’re pushing hard through chop or accelerating on long glides.
