AXIS BLACK FRONT WING FIREBALL ULTRA HIGH MODULUS SERIES - 880

AXIS BLACK SERIE FIREBALL ULTRA HIGH MODULUS FRONT WING - 880The

key to the unique performance of the AXIS Fireball foil range is its all-new high-lift/low-drag foil section, with contours featuring a 13-ratio appearance and ULTRA high modulus carbon construction, tested and refined in a multitude of tests by the AXIS team.

This refined leap in performance is now here, and you can enjoy it.

The AXIS Fireball front wings are AXIS's best-performing foils to date, very easy to use, with better stability over a much wider (and higher) speed range than AXIS has ever achieved before.

And don't let the small surface area of the Fireball series impress you. These foils have a huge range.

What makes AXIS Fireball foils so unique?

ULTRA high modulus carbon construction. These thin, high aspect ratio foils require the most rigid construction, allowing you to extract every ounce of performance from the foil surface, from tip to tip.

The Aspect Ratio (AR) 13 - a very high aspect ratio design - reduces drag, allowing you to pump faster and with more forward projection than ever before, so you can sail with the swell, climbing and passing the waves in front of you more easily.

Fireballs with high lift and low drag have incredible lift, refusing to stall where other foils would have stalled long ago. This unique design lets you fly sooner and with less effort.

The increase in overall efficiency means that experienced riders will be able to reduce the foil's surface area considerably, conserving energy and gaining speed and range while making longer runs. You can choose a slightly reduced profile, or ride around 200cm² less surface area than previously with the Fireball range.

The Fireball's new foil section is very stable in incidence, allowing riders to reduce the stabilizer size by one or two sizes. This increases speed and reduces drag.

Discover the AXIS Fireball rangeThe

Fireball 1070 (877 cm2 AR 13.07) is the foil of choice for conserving energy and breaking your distance and time records on the foil. For new runs, or days when the wind isn't as strong or steady as expected, or the swell isn't up to scratch. The Fireball 1070 refuses to stall or descend, yet remains super fun and surfy when you give it heel-to-toe thrust.

The Fireball 1000 (773 cm2 AR 12.95) is capable of going under 2:00 min/km and effortlessly covering very long distances on the high seas. This channel-crossing ocean racer is the benchmark for intermediate to advanced foilers in medium to strong wind conditions, and has to be tried to be believed.

The Fireball 940 (689 cm² AR12.84) is the weapon of choice for advanced downwind riders in nuking conditions. The 940 sails like a much larger foil, with the speed and glide needed to follow the ocean's fastest swells, effortlessly ascend and descend, and chase waves far ahead. Expect to set new speed records with the Fireball 940.

The Fireball 880 (604 cm² AR12.82) is designed for advanced and lighter riders in top-level surf conditions. When you're at the top of your game and ready to get from point A to point B in record time, the Fireball 880 is your foil of choice.

Amateur foilers will love the Fireballs' blistering speeds and efficient pumping, allowing you to connect more waves and carve high-speed carves on even the smallest foils. Connect endless waves in light conditions on the 1070, and take your carve and pump game to another level when the swell hits on the 880.

Intermediate to advanced Wingfoilers will love the whole Fireball range. They're fast, stable and easy to set up, allowing riders to reduce wingspan and surface area without compromising performance.

Fuselages: Fireballs are ideal with the Short Advanced + fuselage for long downwind runs, or with the Ultrashort Advanced + fuselage for shorter runs and a more surfy feel.

Tailwings: Fireballs are best suited to smaller-chord Skinny tailwings, with the 359/40 and 358/35 offering minimal drag to reach their potential.

For experienced riders, we recommend the new Skinny 358/30 and 358/25.

characteristics

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