Axiom Trance Understable Fairway Driver
A collection page of Disc Golf Deals USA
About
The Axiom Trance is an understable 8-speed. It was released for the first time in MVP's 2023 OTB Open drop ! It's caused quite a stir, and we can't wait until these are more readily available! The Trance is most suited to hyzer flips and buttery smooth turnovers! It's a dream come true if you're in the woods, or if you don't have a marvelous sidearm game! One of the best things about the Axiom Trance is that it's no overly understable. It's just enough to produce a consistent and controllable turn! Players of all skill levels will fall in Love with the Trance. Stay tuned for the next release, you don't want to miss out again! Here's what MVP Disc Sports has to say about the Trance: Marm.O.Set brings the beat with art that will have you hypnotized throw after throw, and always wanting an encore. The Trance – debuting here in Prism Neutron plastic – is a reliable, slightly understable fairway driver that fits a really useful niche in Axiom’s lineup at a workable 8 | 5 | -2 | 1. Lower power players will have found their ideal fairway driver for straight-to-fade flights, and higher power players will find this to be a mesmerizing hyzer-flip dream. Fall into your own groove with the 2024 OTB Open Prism Neutron Trance! In this video review of the Axiom Trance Chasin Chains compares it to the Discmania Essence, another super popular disc. Flight Numbers Speed : 8 Glide: 5 Turn : -2 Fade: 1 Most would agree that the Trance's flight numbers are pretty accurate. As you can see we have that glidey fairway driver flight with just the right amount of understability! Flight Path Chart Here's an Axiom Trance flight chart to give you a basic idea of how it's going to to fly! Plastics Neutron: This far the Axiom Trance has only been released in Neutron and Proton. This plastic is grippy and durable. You can read our Neutron plastic review for more information. Proton: Highly durable and translucent. Proton Trances may be a little more stable than Neutron. You can read our Proton Pla
Sign in to see the ads landing on this page and its link graph.
Sign in to see all findings