Speed
9
Glide
3.5
Turn
0
Fade
3.5
Flight Path
Dimensions
Max Weight
175.1 g
Diameter
21.1 cm
Height
1.4 cm
Rim Depth
1.1 cm
Rim Width
2 cm
Inside Rim Diameter
17.1 cm
Rim Depth / Diameter
5.2 %
Rim Configuration
29.50
Flexibility
9.07 kg
Bead
No
Axiom DiscsFairway Driver

Fireball

4 / 5 · 37 ratings
Skill Level
Experienced
Stability
Overstable

The Axiom Discs "Fireball" is positioned as an extremely overstable fairway driver for demanding situations. With flight ratings of 9 | 3.5 | 0 | 3.5, this disc is specifically aimed at advanced throwers who need a reliable meathook for utility shots and powerful throws into strong headwinds. The "Fireball" bridges the gap between controlled fairway drivers and the most overstable options in the bag, making it ideal for situations requiring absolute predictability. It's available primarily in Neutron, Proton, and Fission plastics, with the Fission version offering slightly more distance due to its lighter weight. The "Fireball's" extreme overstability is evident throughout its flight. A turn rating of 0 and a pronounced fade of 3.5 ensure this disc maintains a hard hyzer line even at maximum arm speed. The moderate glide of 3.5 keeps the disc on a controlled trajectory without unwanted drift. In practice, it proves even more overstable than the manufacturer's ratings suggest—the "Fireball" behaves like an absolute meathook, showing virtually no turnover tendencies. These flight characteristics make it a true beefcake driver that remains stable even in headwinds. For forehand throws, the "Fireball" is particularly comfortable and handles powerful shots effortlessly without losing its line. For backhand throws, it requires significant arm speed to unlock its full potential. Typical use cases include sharp hyzer lines, spike hyzer shots, and utility throws through tight gaps. This disc is clearly designed for experienced players with high arm speed—beginners and intermediate throwers will find it too overstable for regular use, but it can serve as a specialized tool for windy conditions and extreme hyzer demands.

Rate this disc