Paddles Canoe Down River Brača Stand Up Kahana

Saturday22 September 2018

Braca Stand Up Kahana

STAND UP MODEL

  • Brača Stand Up Kahana paddle

Brača Stand Up Kahana is the latest addition to our stand up paddle category. It has a slightly smaller blade area than our original Malibu shape, but it is also relatively wider, which gives extra stability throughout the stroke. It is a good choice for the recreational and the competitive athletes alike.

  • Carbon handle options for Dragon, SUP and Outrigger paddles
Adjustable Shaft System
 
    Brača Adjustable Shaft System
Shaft Stiffnes Measurement Process

Shaft Stiffness Measurement

You can also choose the stiffness of the shaft. We recommend a stiffer shaft for bigger blades but any combination is possible. See the shaft stiffness measurement prodecure above and parameter table below.

All Brača Stand Up Kahana paddles are available with a Plastic I Adjustable Shaft System. This allows elegant adjustment of overall paddle length (within 15cm range) and allows you to disassemble the paddle into two parts for easy transportation.

IMPORTANT!
Always clean your adjustable shaft regularly!
Store your adjustable paddle disassembled if
not used for more than two weeks!
See the maintenance page for details.

Available Options and Technical Parameters:

   BladeShaftHandleCarbon ContentTotal
Weight
(g/oz)
   Surface area
(cm2/in2)
Length
(cm)
Width
(cm)
Stiffness*
(mm)
FullAdj.WoodenCarbonBlade
(%)
Shaft
(%)
Brača Stand Up
Kahana 705
(old size: max)
705/110 46 22.8 Hard
2.7-2.9

Medium
3.3-3.6

Soft
4.1-4.4












100 100 500/17.6
Brača Stand Up
Kahana 650
(old size: min)
650/100 45.2 21.2 100 100 480/17.0
Brača Stand Up
Kahana 605
(old size: s-min)
605/94 44.8 20.1 100 100 460/16.2
Brača Stand Up
Kahana 575
575/89 43.9 19.8 100 100 450/15.9
Brača Stand Up
Kahana 535
535/83 43.0 17.9 100 100 440/15.5

* Recommended stiffness.

BRACA-SPORT® Paddles

BRACA-SPORT® Paddles – a world’s leading composite sport equipment manufacturer and the only company to engineer and produce carbon fabrics and mechanical energy paddles.