Speed
14.5
Glide
5.5
Turn
-2
Fade
2
Flight Path
Dimensions
Max Weight
175.1 g
Diameter
21.1 cm
Height
2.1 cm
Rim Depth
1.2 cm
Rim Width
2.5 cm
Inside Rim Diameter
15.9 cm
Rim Depth / Diameter
5.7 %
Rim Configuration
27.00
Flexibility
11.91 kg
Bead
No
Axiom DiscsDistance Driver

Excite

5 / 5 · 12 ratings
Skill Level
Intermediate
Stability
Stable

The "Excite" by Axiom Discs is a distance driver with a maximum-width rim, positioning itself in the understable high-speed disc segment. With flight ratings of 14.5/5.5/-2/2, this disc primarily targets throwers who already achieve arm speeds beyond 65 mph and seek maximum distance. Neutron plastic dominates the selection, offering a balance of grip and durability. Despite the high-speed requirement, the "Excite" exhibits a more accessible flight behavior than many competitors in this rim class, reflected in its beginner-friendly neutrality—though intermediate players rate it as more demanding. With sufficient throwing speed, the "Excite" develops a pronounced S-curve with long turn and moderate fade at the end. Its high glide component ensures exceptional float, enabling distance gains throughout the entire flight phase. Throwers with lower arm speeds may initially find the disc overstable, but once speeds reach around 65 mph, it unlocks its full potential and reliably delivers the advertised -2 turn. Its stability sits between classic bombers like the "Nuke SS" and significantly more overstable max-distance drivers—the "Excite" turns controllably without early flipping. For power-distance throws, the "Excite" excels on open fairways where its extended turn phase can be fully utilized. It performs well on hyzer releases for sweeping S-curves as well as flat angles for stretched flights with a gentle finish. Intermediate players with refined technique will find it a reliable distance driver that delivers repeatable distances when released correctly. Advanced throwers appreciate the "Excite" as a stable counterpart to even more understable options in the max-distance segment—ideal for controlled bombs without the risk of unpredictable turnovers.

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