Ecore Athletic | Moxie Beast - XTC Fitness - Exercise Equipment Superstore - Canada -
Ecore Athletic | Moxie Beast - XTC Fitness - Exercise Equipment Superstore - Canada -
Ecore Athletic | Moxie Beast - XTC Fitness - Exercise Equipment Superstore - Canada -
Ecore Athletic | Moxie Beast - XTC Fitness - Exercise Equipment Superstore - Canada -
Ecore Athletic | Moxie Beast - XTC Fitness - Exercise Equipment Superstore - Canada -
Ecore Athletic | Moxie Beast - XTC Fitness - Exercise Equipment Superstore - Canada -
Ecore Athletic | Moxie Beast - XTC Fitness - Exercise Equipment Superstore - Canada -
Ecore Athletic | Moxie Beast - XTC Fitness - Exercise Equipment Superstore - Canada -
Ecore Athletic | Moxie Beast - XTC Fitness - Exercise Equipment Superstore - Canada -
Ecore Athletic | Moxie Beast - XTC Fitness - Exercise Equipment Superstore - Canada -

Ecore Athletic | Moxie Beast - Rolls

Sale price$3,146.95 CAD
Sold out
SKU: Moxie Beast-1501-10-5mm-48X360
Color:

Color

Moxie Beast provides ultimate durability and shock absorption because of its extremely dense, fusion-bonded base layer and calendered rubber surface layer. Ideal for selectorized strength and heavy free-weight areas, Moxie Beast provides a non-porous surfacing solution that can handle weight drop and heavy fitness equipment. 

Moxie Beast dials up the energy restitution for strength environments. It's capable of withstanding static loads, like cardio and selectorized strength machines and can also withstand weight drops. 

10.5 mm

Moxie Calendered Rubber | Vulcanized Composition Rubber

With a Moxie surface layer with Calendered rubber and a vulcanized composition rubber base, this floor is built to withstand the most intense workout.

Force Reduction

17.8

The amount of energy this surface absorbs.

Energy Restitution

59.0

The amount of useful energy this surface returns.

Performance Qualities

By harnessing the attributes of VCR, Ecore has designed innovative surfaces that make people's lives better.

Safety

The ability to mitigate injury and protect the body.

Ergonomics

The support provided in the form of force reduction and energy restitution.

Acoustics

The ability to manage impact energy and reduce noise.