8ft Suede Gymnastics Balance Beam with Raised Metal Legs
8HBMCARegular price $540.99 Sale price $369.50
We manufacture the best training beam in the world!
Strength - Wood core with weight capacity of 250lbs. No center support is needed and this allows a mat to slide underneath the beam. We use almost twice as much wood in our beam as our nearest competitor. The beam won't flex or bend when doing leaps or jumps.
Padding - We use the same padding as competition beams. This gives a realistic feeling on her feet and makes it easy to go from a training beam to a competition beam.
Cover - Heavy grade suede. Provides excellent durability and great non-slip traction.
Shape - Our beams have curved sides just like competition beams. This will affect her hand grip and provides a more realistic training experience.
Reinforced Ends - This is where most of the wear occurs on beams. This feature will greatly extend the life of your beam
Warranty - All of our beams come with a two year transferrable warranty.
Safety - All of our beam designs have been tested. Support braces are made of steel with rubber pads. Custom matting is available to go all the way around the beam.
The beam is made using cross grain laminated wood construction. This gives the beam its strength and prevents warping or twisting. No center support is needed. The core is planed and sanded to the competition oval beam shape. Our beams are built as close as possible to competition beams for a realistic training experience. This includes the padding, covering and shape.
The padding is closed cell polyethylene foam. The same padding that is used on competition beams. It is covered with a heavy grade synthetic suede material. The material is durable and easy to clean. The work surface is 4 in. wide and the beam is available in four different heights.
The support braces are 18in wide and made of 12 gauge structural steel with rubber end caps to protect the flooring beneath. Also included with the beam are a set of our low profile legs. This will make a great practice beam.