Paddles Wildwater Brača Slalom Sjoa

Saturday22 July 2017

Braca Slalom Sjoa

SLALOM & FREESTYLE MODEL

  • Brača Slalom Sjoa paddle

Adjustable Shaft System

    Brača Adjustable Shaft System for Kayak

Brača Slalom Sjoa is the new line of Brača kayak slalom and freestyle paddles designed and engineered to enable very fast and effective management of the strokes and maneuverability. This design facilitates the ultimate control of the stroke in every phase. The blade has a flat surface in two horizontal and vertical lines; CNC machined, though, durable core; sandwich titanium stiffener and 12 mm wide solid edge reinforced with High Modulus Unidirectional Carbon.
Our revolutionary molding technology process guarantees the shape and dimensions of all paddles to be identical and precise.

Aluminium & Titanium Reinforced Tips
    Brača Slalom Sjoa paddle dimensions
 

All Brača Slalom Sjoa paddles are available with an Adjustable Shaft System. This allows elegant adjustment of overall paddle length (within 5cm range) and blade angle from 0° to 80° right or left in 5° increments. The system also 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.
Shaft Stiffnes Measurement ProcessShaft Stiffness Measurement
Available Options and Technical Parameters:
 
    BladeShaftCarbon contentTotal
Weight
(g/oz)
    Surface area
(cm2/in2)
Length
(cm)
Width
(cm)
Alu. TipsStiffness*
(mm)
FullAdjustableBlade
(%)
Shaft
(%)
Brača Slalom
Sjoa 725
(old size: max)
725/112.2 47.0 20.5 Hard 2.7-2.9
Medium 3.5-3.7
Soft 4.2-4.5




100 100 720/25.4
Brača Slalom
Sjoa 695
(old size: min)
695/107.7 46.5 19.7 100 100 690/24.3

* We recommend stiffer shafts for bigger blades and stronger athletes.

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.