3240
Competition asymmetric bars - standard cable - natural fibre hand-rail
A new set of asymmetric bars for competitions, featuring innovative designs and mechanical characteristics.
These bars are designed for easy adjustment of handrail height and spacing without requiring alterations to cable length; adjustments are made via sliding tubes, ratchets, and thumb wheels. Rapid tensioners facilitate simple assembly, dismantling, and tension adjustments of the cables.
The low handrail can be detached, and the high handrail can be substituted with a high bar handrail for instructional purposes, complete with straps for Gymnastics Artistic Female (GAF) use.
To simplify cable adjustments and maintain tension, all of our cabled asymmetric bars are equipped with a single-cable system attached to the low bar.
These bars are designed for easy adjustment of handrail height and spacing without requiring alterations to cable length; adjustments are made via sliding tubes, ratchets, and thumb wheels. Rapid tensioners facilitate simple assembly, dismantling, and tension adjustments of the cables.
The low handrail can be detached, and the high handrail can be substituted with a high bar handrail for instructional purposes, complete with straps for Gymnastics Artistic Female (GAF) use.
To simplify cable adjustments and maintain tension, all of our cabled asymmetric bars are equipped with a single-cable system attached to the low bar.
label.lb_specifications
| Material | Fiberglass |
| Color | Red - white |
label.lb_description
- Handrail made of natural fiber, labeled as Ref. 3265.
- Standard cable included.
- Requires a floor space of 5.50 x 4 meters.
- Features new graduated width adjusters and uprights with easily identifiable markings for precise FIG positions.
- Low handrail adjustable from 1.60 to 1.90 meters (in 5 cm increments).
- High handrail adjustable from 2.45 to 2.75 meters (in 5 cm increments).
- Instant adjustment of handrails from 1.02 to 2.22 meters using graduated spreaders ranging from 1.20 to 2.09 meters (to achieve regulatory height settings).
