10'3" Warrior Sista Bamboo
Warrior Sista Bamboo
New for 2017, the WARRIOR SISTA is KAHUNA’s answer to the request for a higher volume, female specific board. To build this board, we borrowed the shape and volume of the BRADDAH and mirrored the cosmetics of our very popular WAHINE. The SISTA is built by using our compression molding construction. She, also, receives all the same great features as the other boards in the WARRIOR series. The SISTA has the same fast rocker line as the BRADDAH making it an ideal board for the waves, paddling lakes or trying some SUP yoga.
Package includes: board, fiberglass fin, leash, bag & 2-piece full carbon paddle.
Size: 10’3” x 33” x 4.75”
Construction: Compression Molded Epoxy
Total Capacity: Up to 225 lbs
Board Weight: 30 lbs
All around 3/4 zip bag for easy access and storage with an additional handle on the bag.
comes with tie down for an anchor or weight.
Classic fibreglass center fin included.
3K CARBON STANDING ZONE
stiffer, more impact resistent & reactive.
no screwdriver needed.
with maximum volume for larger sized paddlers.
Our WARRIOR Series has been manufactured for the past 4 years using a proven method of epoxy construction called "Compression Molding". The compression molding process starts by using a CNC machine for precise and consistent shaping of the WARRIOR Series blanks. The precision shaping allows the board blank to fit and be compressed in our exclusive KAHUNA mold. We apply heat with vacuum pressure to aid the curing process ensuring shell consistency and strength. For added rail strength and overall board durability, the standing zone has an additional top layer of fiberglass cloth wrapping over the deck and extending to the underside of the board.
The 2018 WARRIOR Series still features the “K-Rail”, an extra 6” layer of Kevlar cloth that wraps the entire rail. This Kevlar wrap adds resistance to paddle strikes and dock dings. Another great feature that remains is the “3K Carbon Standing Zone”. Adding a layer of carbon weave not only adds to the durability of the board but makes this area stiffer, more resistant to heel dents. This also reduced our board weight by 2.7%.