Axiom Neutron Bokeh

Own the fairway with the Axiom Neutron Bokeh. This versatile 7-speed driver offers high-glide, neutral-to-stable flight for all skill levels, featuring premium Neutron plastic.

A photography term, bokeh refers to the blurred quality/effect produced in out-of-focus sections of an image — with the highest-quality being sought after most. The aptly named Neutron Bokeh lives up to its name. This exceptionally versatile 7-speed fairway driver can easily produce incredible shot shapes while maintaining enough glide to carry far longer than you might expect. When you're looking for the highest-quality of flight, look no further than the Neutron Bokeh.

Flight Characteristics

The Bokeh is a dependable fairway driver that resists high-speed turn, flying straight with a minimal finish. It offers high torque resistance, playing like a controllable, slower MVP Trail.

• Speed: 7 | Glide: 6 | Turn: 0 | Fade: 1

Features

• Neutron Plastic: Durable, high-performance blend combining grip and durability.
• GYRO™ Technology: Enhanced spin and stability via dual-color rim.

Who Is This Disc For?

• Beginner/Amateur: Reliable, straight-flying control driver.
• Advanced: Technical wood shots and precise hyzer-flips.

Release Date: Estimated between end of June and mid July.

Other Options:

Special Edition Bokeh

See all Axiom Discs here.

PRE-ORDER COLOR REQUESTS: Add disc/stamp color requests (Examples: All matching colors, All different colors, Oranges, Blues, No Reds, etc) to the comments of your order, we will do our best to accommodate. You can even add a note that you only want it if we can meet your request and we will refund if we cannot. You can also add a priority list of requests in case we don't have the first thing you ask for.

PRE-ORDER DETAILS: This is a pre-order and not all discs will have this same color stamp. (see requests above) Please note if you add other items to this order, the full order will ship together. We will also ship a day before release when possible.

*Note: Disc colors may appear different in person due to different lighting.*