MVP
Special Edition Fission Reactor
Color | Foil | Weight
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Stable Midrange
| 5 | 5 | -0.5 | 1.5 |
| SPEED | GLIDE | TURN | FADE |
|---|
The Reactor
High powered players should expect the Reactor to have some subtle, flight-extending turn that doesn’t overpower its natural fade — making the Reactor a dependable, workhorse midrange on every angle of release. The Reactor has just enough fade to shape long turnovers, and the right amount of turn and glide to support laser-like straight shots or hyzer bombs. If you have the power, the Reactor is a surprisingly long flyer too.
Lower power players will find the reactor to be an extremely dependable flat-to-fade midrange — one of the most classic and often needed shots in disc golf. The turn, while likely not apparent from a flat release, will show itself when released on anhyzer — yielding a longer s-turn than perhaps expected. From hyzer, the subtle turn of the Reactor will allow it to generate workable hyzers.
Excelling at gap hitting, control, and accuracy from both forehand and backhand – the Reactor is the neutral-stable workhorse midrange that you’ve been looking for.
Reactor Dimensions
- Diameter: 21.4 cm
- Height: 1.7 cm
- Rim Width: 1.4 cm
Fission Microbubble Technology
Fission™ Microbubble Technology produces an ultralight core with evenly distributed and imperceptible weight reduction microbubbles. The ultralight core allows an even higher GYRO® overmold density relative to the core.
This produces an entirely new type of lightweight disc never before seen in the sport, and beyond the capability of any other manufacturer. Weight distribution, stability, and durability of prior “bubble” discs are all improved upon by Fission. Skeptics of prior light or bubble plastics are in for a surprise, as Fission brings advanced disc physics and true high-tech molding into the lightweight plastics arena.
The Science of Gyro
MVP'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.
