|
|
|
|
|
| |
|
Sawyer -Banzai Ellipse Stand Up Paddle $239
|
Price:
$239.00
|
|
The Ellipse Bonzai is designed and built by Sawyer. Sawyer has been
making traditional and innovative styles of paddles for over 40 years.
Weighing only 32 oz., Bonzai Ellipse paddle is built by using
technologies that blend wood and composite materials for a finished
product that is incredibly strong and light. The blade is constructed
of laminated Western Red Cedar with graphite rib reinforcements to
provide strength while still allowing ample flex. The power face of the
blade is carbon reinforced for added strength throughout the stroke. A
full perimeter Dynel Tough Edge protects the rim of the blade. The
tapered, laminated Ponderosa Pine shaft is Carbon Braid Reinforced,
oval shaped to index cleanyl to the hand and offers a medium flex that
delivers power to the blade while protecting your muscles and joints.
An 11 degree bend at the base of the shaft provides a longer, more
efficient forward stroke. A thumb-notched, hot dog grip offers more
control while keeping your hand relaxed.
FEATURES:
- Each paddle size may be cut up to 6" to fit your height.
- Oval Grip shaft.
- 11 degreee bend.
- Elliptical Blade - delivers excellent power and very good efficiency for combined surf use and distance paddling.
- Each paddle size may be cut up to 6" to fit your height.
- 32 oz total weight.
- Blade is laminated Western Red Cedar with graphite rib.
- The power face of the blade is carbon reinforced.
- A full perimeter Dynel Tough Edge protects the rim of the blade.
- The tapered, laminated Ponderosa Pine shaft is Carbon Braid Reinforced.
- A thumb-notched, hot dog grip handle.
- 6" adjust 1x shaft for customize length.
Sizing: 72, 78, 84, 88"
A Note About Paddle Length Sizing:
Total length should be 8-12" above your standing height. 8" for wave
use, 10" for wave and distance use, 12" for distance use paddling. Buy
a paddle accordingly and remember you have up to 6" of adjustment to
shorten the total paddle length b4 mounting the Grip on the end of the
shaft.
|
|
|
|
|
|
|
|
|
|
| |
|
|
| |
|
|
|
|