Powergrip
Preowned Product

Axiom Discs
Eclipse Defy Factory Misprint

12.00 €

Disc Info

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Condition 9 / 10
Markings No
Color
Weight 168
Condition
10-:
Never thrown, no added ink, minor storage wear.
9½:
Very minimal signs of wear.
9:
Minor wear, no significant marks.
8:
Some wear, but still in good condition.
7:
Fairly worn, but still usable.
6:
Heavily worn, but retains its shape.
Markings
Does the product have any marker or pen traces

Product Info

The Defy is a straight-stable 21.5mm distance driver from Axiom Discs. The Defy is straight with a nice bite of overstability at the end, and is best described as a heavily seasoned MVP Photon or a longer Axiom Crave. Like the Crave the Defy exhibits remarkable resistance to turnover even at high power.

Eclipse plastic will combine a new and improved glow experience. The colorful rim may no longer be photoreactive, but the core brightness is out of this world! This combination is sure to be a smash hit, so spend less time looking for discs and more time playing!

Axiom Discs are manufactured using the same technology and in the same factory as MVP Disc Sports’ discs. The rims of Axiom Discs' discs come in different colors, distinguishing them from MVP discs. Axiom Discs' discs are made from two different plastics, branded as the Gyro technology. The purpose of a dual-plastic disc is to shift the weight of the disc to the outer edge, increasing the amount of spin and providing a slight stability boost.

Axiom Discs' premium plastic blends include Neutron, Plasma, Proton, Eclipse, Fission, and R2-Neutron. Grippier and faster-wearing base plastics include Electron Soft, Electron, and Electron Firm.

The most popular Axiom Discs' discs include Hex, Proxy, Envy, Crave and Rhythm.

The numbers that usually appear on the top of the disc indicate the flight characteristics of the disc. The most commonly used way to tell the flight characteristics is to use four numbers: speed, glide, stability and fade.

Disc golf discs usually weigh between 140 and 180 grams. The lighter the disc, the less stable it is. Conversely, the heavier the disc, the more overstable it behaves.

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