Flying Pull Up Attachment
Flying Pull Up Attachment
  • Load image into Gallery viewer, Flying Pull Up Attachment
  • Load image into Gallery viewer, Flying Pull Up Attachment

Flying Pull Up Attachment

Get Approved in Just 15 Minutes!

Want to start exercising immediately, but don't have the cash to purchase a quality treadmill at this time? Why should your health & happiness hinge on whether or not you have the funds to get the equipment you need right away?

Want to open your own fitness studio or personal training business? We can help you start your own gym or training studio! Click here to learn more!

With financing, you can take home your equipment immediately...and get started on your life TODAY!

0% Financing is always available for our consumer customers at 360 Fitness Superstore through Synchrony Financing. Just give us a call …approval only takes minutes, it’s that simple! Or you can come into our San Rafael or Walnut Creek store to apply.

Call (415) 460-9951 to apply over the phone!

30-Day Money Back Guarantee

We want you to be fully satisfied with every item that you purchase from 360 Fitness Superstore, which is why we offer a 30-Day Money Back Guarantee.

Extended Warranty Coverage

3-year or 5-year extended warranties

Order From Store

This Pull Up Attachment will help athletes prepare for the unknown by training power output, safely and effectively. With the help of eager affiliate owners and garage gym owners, we perfected the angle and height of the flying pull-up bar to fit most spaces.

It's an essential to building gymnastic strength, power, and muscle recruitment. The Flying Pull-up Bar allows athletes to safely train advanced elements of gymnastics: generating momentum, maintaining rhythm, and improving hand-eye coordination.

  • Add's 2' Height Select desired length of 42", 60", or 72"
  • Reinforcement tube (pictured) only used with 72" ladder.
  • Bar spacing: First bar is spaced 16" from second bar.
  • Spacing from the pull up bar on the rig to the first bar on the ladder is 20" (when bar is no flipped, thus at highest point)