Attach trx suspension trainer to xmount by threading suspension anchor through x and clipping carabiner back into suspension anchor intermediate loops.
How to attach trx to wall mount.
Part of the series.
For those who are really ready to commit the trx has an overhead anchoring system called the x mount.
Made of rugged steel this durable discreet mount allows you to easily create a rock sold anchoring point for any trx signature trainer.
The 4 5 in diameter wall mount won t be an eyesore.
The trx xtender allows you to safely attach the trx suspension trainer to high anchor points 9ft.
How to attach trx.
This is primarily because even though it does take a few minutes of hassle to install with the xmount you can use all the space you need to do your trx routine.
The best mounting option for the trx is a ceiling anchor that s 7 to 9 feet from the ground and at least 6 feet away from the nearest wall.
It s simply there to support you as you complete tough exercises on any of the trx suspension trainer models.
Create a strong foundation with the trx xmount.
The xmount is likely the best anchoring solution for the trx.
Able to be fastened to a stud in the ceiling this system allows you to get a full 360 degree range of motion and provides a nice dinner party conversation piece if you decide to set up in the middle of your living room.
This solid discrete wall hanging solution both looks great and gets the job done.
Pull the anchoring loop through the larger loop and pull to cinch.
Great for high ceilings basketball hoops large trees and more.
Or more off the ground simply loop around or attach the xtender to your elevated anchor point.
The reason why you would consider mounting the anchor on the wall would be so that you could take advantage of exercises that require a wall for support.
You can hang the xmount either on the wall or the ceiling.
The trx xtender allows you to safely attach the suspension trainer straps to high or oversized anchor points and keeps them tightly in place on any vertical pole with a smooth surface.