OTB Champions Cup Prism Proton Soft Defy

Overstable Distance Driver

Defying gravity is one thing, but “Ascension to Zero” is something special. Matthew Jorde brings us an artistic example of defying all expectations on the Prism Proton Soft Defy! This high-speed, stable-overstable distance driver is phenomenal as a wind fighter or as a long-range bomber for power throwers. With the lower weights for this release, now even more players can experience just what the Defy has to offer, so grab yours while they last!

The Defy

The Defy features a straight initial flight with a nice bite of overstability at the end. It is best described as a more stable MVP Photon or a longer Axiom Clash. Like the Clash, the Defy exhibits remarkable resistance to turnover even at high power. Players seeking a long power driver will appreciate the line-locking tendencies of the Defy, and throwers not fully powering the Defy will still get a highly useable long overstable disc.

Defy Specifications

• Diameter: 21.1 cm
• Height: 1.5 cm
• Rim Width: 2.2 cm
• Rim Depth: 1.1 cm
• Bead: None
• PDGA Approved: 4.21.16

Prism Proton Soft Plastic

Prism Proton has the grip and feel of traditional Proton plastic core, but with the added durability of a Proton rim. Prism Proton not only looks good, but feels excellent in the hand. It has the perfect mix of slick and grip. This plastic can also take a beating out on the course! Proton Soft plastic is the same durable translucent blend with an attractive candy look, but with more flex! This Proton Soft blend makes for great grip, even in the cold.

The Science of Gyro

Axiom's GYRO® Overmold Technology is a design that is produced through a two-step molding process that allows the outer ring to be made with a heavier material. The process of transferring mass away from the axis of rotation increases the disc’s moment of inertia at parabolic proportions.

Since linear and angular momentum and aerodynamics act upon each other simultaneously, an enhanced gyroscopic effect will improve all aspects of disc flight. Increased angular momentum of a disc in flight will allow the disc to stay on its rotational axis for a longer period of time, which means that its aerodynamic properties will be better exhibited for a longer period of time. When a thrower uses our discs, they will be able to achieve straighter, longer, and more accurate results.