Ecore Moxie Beast
Just like the name suggests, 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.


For large orders, please contact our sales team
01494769222
sales@physicalcompany.co.uk
Live Chat
Office Hours: 9.00am - 5:30pm
Monday - Friday
Available online in select colours.
Contact us for the full range!
Product Specs
Moxie Beast
Roll: 10.5mm (0.41") x 48" (1.22m) x 30 LF (9.14m)
Surface Layer itsTRU Fusion Bond Base Layer
2.5mm Calendered Rubber surface layer
Proprietary itsTRU® technology
fusion-bonds the VCR layers
8mm Vulcanized Composition
Rubber base layer
| Total Product Thickness: 10.5mm |


Exceed expectations with Moxie Beast


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.


Key Features
- Easy to maintain and sanitize
- Made with reclaimed rubber materials
- Resistant to scuffs and marks
- Returns energy to user
- Significantly reduces impact force
- Provides comfort underfoot
- Can withstand moderate weight impacts
- Durable
- Reduces structure borne noise
Performance Qualities
By harnessing the attributes of VCR, we've 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
Total Product Thickness: 10.5mm
Colour Options
The Moxie Beast is available in the following colours. Please note the actual colour may vary from on-screen representation and samples.
Blu
1501
Carbone
1503
Grigio
1502
Marrone
1504
Crema
1500
Cremissi
1506
Diablo
1505
Arancia
1509
Viola
1508
Verde
1507