Ocean Rodeo Glide A-Series 6m

Glide A-Series
40% lighter than the industry standard!

We took everything we learned while developing our A-Series kite range and all the technological advancements and opportunities that the ALUULA composite material provides and implemented them into the A-Series wing design.

When we first revealed the ALUULA material to the public, there was reasonable and valid debate as to whether the hype would really match up to the material’s potential, and to the performance levels that we were promising. Happily, as we’re now hearing from every corner of the planet as more and more people put ALUULA to the test, the hype has lived up to our expectations, and then some…

Lighter, stiffer, stronger, and more responsive than the competition, a new standard has been set in wingsurfing with the A-Series wings, and it continues to develop as we explore the endless possibilities that ALUULA presents us.

Every Ocean Rodeo Glide wing is fitted with our interchangeable Matrix handle system. Wings come with the Matrix handles pre-installed, yet allow the rider to customize handles and positions at their preference.

FULL ALUULA LE


Made entirely of ALUULA G-Series 82gsm composite, the A-Series airframe is the lightest, strongest and most responsive on the market.



With 6 times the tensile strength of Dacron leading edge fabric, the all ALUULA leading edge stiffens and lightens the entire wing, providing the most refined handling and performance in all conditions.



The leading edge can be tuned to higher inflation pressures than is possible with Dacron to allow further stiffness to the airframe.

MATRIX HANDLES
PAT PENDING

Ultra light and strong, the removable Matrix handles shine when wave riding or connecting chop on prolonged downwinders, keeping the trailing edge of the wing as light as possible for the ultimate in drifting performance.


Built tough with ergonomically shaped EVA sheathed by rugged nylon tube webbing.


Handles are connected to the strut by velcro locking tabs which allow the rider to change handles styles and positions.


Multiple harness line connection points are made possible via webbing loops located at each handle end.