Fiberglass Paddle Jobe Blue – 2017
Lightweight, adjustable fiberglass paddle intended for moderately advanced paddle boarders.
Recommended accessories
- Description
- Parameters
- Alternatives (8)
Fiberglass Paddle Jobe Blue – 2017
The Fiberglass Paddle Jobe Blue – 2017 is intended for moderately advanced paddle boarders. Its adjustable structure makes it possible to adjust the length of the paddle to fit the user’s needs. You can also fold the paddle up and put it in the backpack that comes with the Jobe paddleboards. The paddle also features a T-shaped handle for a better grip. Its 900g weight makes it a lighter paddle. Its shape makes paddling very comfortable, ensuring a stable and smooth ride. All of the above makes the Fiberglass Paddle Jobe Blue – 2017 a perfect accessory for inflatable paddle boards.
Technical description:
- Lightweight fiberglass paddle
- Attractive design
- Adjustable
- Can be folded up and put in backpack that comes with Jobe paddleboards
- Material: fiberglass
- Adjustable length: 180 – 220cm
- Blade width: 8.5” (approx. 21.6cm)
- Blade shape: dihedral
- Weight: 900g
Fiberglass Paddle Jobe Blue – 2017 - Product parameters
Weight depends on the material the paddle was made of.
The lightest (around 600 - 800 g) paddles are made of carbon (suitable for advanced users).
The heaviest (around 1000 g) paddles are made of aluminium. These are recommended for beginners becuase they are durable enough to handle rougher handling.
A compromise between the two are paddles made of fibreglass or bamboo with an average weight. These are suitable mainly for intermediate users.
The wider the paddle blade, the greater the stroke. However, the wide blade is more difficult to handle and requires more strength to be put into a stroke. That's why we recommend them for stronger and more advanced users.
For advanced users, it is recommended to use a paddle made of carbon.
The properties of aluminium paddles are ideal for beginners.
For intermediate and slightly advanced users, there are paddles made of bamboo and fibreglass that present a compromise between aluminium and carbon.
