About Our Paddles

About ZRE’s Paddles


Space Age Materials

ZRE has adapted two aerospace technologies to manufacture our lightweight canoe paddles.


Reduce effort with lightweight ZRE paddles!

Product Information

Pre-Impregnated Carbon Fiber

The lightest and strongest paddle material available. 100% high-modulus, pre-impregnated carbon fiber, otherwise known as graphite. This is the lightest and strongest material available and the very same carbon fiber they use in making Formula 1 Grand Prix racecar bodies.


All of our paddles’ shafts are made from pre-impregnated carbon fiber.

100% Carbon Fiber Cloth with Epoxy

Slightly heavier than prepreg but just as durable. Most of our blades are constructed with this material.


Highly affordable and super-tough for recreational and commercial use. We also use this material for our affordable yet still super-light and strong recreational canoe paddles.

Parts Of ZRE Paddle

Paddle Construction

ZRE paddles are constructed as follows:


GRIP – 100% carbon fiber/epoxy. These hollow grips fit comfortably in your palm with their ergonomic dimple pattern and finger recess.


SHAFT – Every ZRE paddle shaft is hollow and crafted to custom lengths at 1/32-inch intervals. Smoother shaft-to-blade transition for cleaner entry/exit.


All our shafts are made of 100% carbon fiber prepreg and centerless wet sanded to a super-smooth, polished finish.


ZRE paddles feature a tapered oval shaft for strength, weight, comfort, and positive tracking.


BLADE – All ZRE paddles have angled, super-durable foam core blades with computer-balanced weighting.

Blades are foiled to minimize turbulence, providing the smoothest entry/exit in the industry.


Perfectly symmetrical for a smoother, more natural rhythm. Sharpened shoulders for a super-efficient, close-to-the-keel-line power stroke.


Contact us today to learn more about our selection of paddles.

The site is supported by the online casino Vavada, get 100 free spins upon registration. Library z-lib z-library zlibrary books download project