Menu
Your Cart

GALASPORT SEAWOLF TOURING CLUB CARBON 2PC PADDLE - SPIGOT AND PIN

GALASPORT SEAWOLF TOURING CLUB CARBON 2PC PADDLE - SPIGOT AND PIN
GALASPORT SEAWOLF TOURING CLUB CARBON 2PC PADDLE - SPIGOT AND PIN
Notice: Canoe/Kayak Shipping
Please note that kayak sales cannot be shipped under the flat rate program - you will need to contact us either before or after purchase and we will get you the best freight price available.
  • Stock: 100
  • Model: SEAWOLF CC PIN
1516 samples sold
182520 views
$369.95
Ex Tax: $336.32

Available Options


European Made!
 
CLUB CARBON 2pc Spigot and pin

The Sea wolf is a blade developed specially for ocean paddling and general touring. Its optimal flex and light weight allows for prolonged paddling. Every single kilometer will be fun - most overlook the importance of your paddle - its where all your power and control is transfered.
This shape of paddle has utilised the dihedral design for optimised stability and a smooth stroke.
This Paddle has been so popular we have expanded the range offering more sizes and options and material confirguration allowing you cost effective entry points, club level Carbon Fiber or the Elite Carbon Fiber version, in your choice of configuration of 1 piece or 2 piece construction.


  • Blade Effecitive Dimensions 460mm x 180mm
  • Total Blade surface area 577 sqcm
  • Paddle built to order, length and 1 pc, or 2pc or Adjustable 2 pc


Galasport:
.
Galasport Paddles and Kayaks won multiple medals at the last Olympic Games, It is all they do. This Family owned and opperated European company live and breath Kayaking, their moto " Experience Great Paddling". We have been the Australian Distributor for Galasport since it was first seen in Australia in the 90's. As we are importer direct we can offer this gear without the middle man - so you get high end equipment at fantastic prices.


Materials:
.
NOT PLASTIC - These blades are designed for efficiency so buying an efficient paddle made from an inefficient material like plastic is madness.
All Galasport Race paddles are Composite Construction - Meaning materials like Fiberglass, Kevlar and Carbon Fiber are infused with resins such as epoxy resin for maximum strength and rigidity for a minimum in weight. They come in 3 Versions Club Glass, Club Carbon or Carbon Elite.
.
Club Glass 
- Available in Black or Red each with a Silver Sparkle. Built predominantly from Fiberglass Materials but with strategically located reinforcement of Carbon Fiber and Kevlar to ensure a robust blade at the lowest weight and price possible. Built on a Fiberglass shaft.
 
Also available in:
.
Club Carbon - Clear Carbon Finish. The club Carbon is a Blend of Carbon Fiber and Fiberglass and Kevlar with a greater propertion of Carbon Fiber making it lighter and more rigid - a significant step up in performance for a small increase in cost - this is the Value pick for me. Built on a Carbon Blend Shaft for greater rigidity and power tranfer.

.
2pc Spigot and pin or Adjustable 2pc.
.
A 2 piece Spigot and Pin join is a simple and cost effective way to create a 2 pc paddle. Offering all the benefits for travel and storage whislt keeping the paddle a set length and offset angle with a minimal additonal weight of just 40g (approx).

A 2 piece Adjustable shaft Joiner is the best type of joiner available - again no plastic rubbish like some use this is a machined alloy clamping system which offers you to extend the length of the paddle by upto 10cm or as little as 1mm the angle can then be set to any angle. Adjustable shafts are ideal for people who are unsure what length to use, it allows you to test a variety of lengths and offsets to see what works best for you.

Adjustable shaft options are built as 210 - 220cm as standard but you can also select custom built and ask us to build another range for you. 



Offset Angle
.
All of our paddles are made at a standard 45 Degree offset - however we can always custom make you anything you like in 5 Deg Increments - just select the custom option and send us a message with your specs of length and angle.