This set of high bars are re FIG & NSCC approved and are ideal for training and competition use. They feature a 2.8cm diameter, 2.46m long (overall bar length) sprung stainless-steel handrail which gives the gymnast a fast and dynamic response making training or perfecting new skills easier. These high bars adjust in height between 2.7m and 2.9m. The heights can be adjusted easily using the ergonomic hand-wheels and locking latches that drop into position, any adjustments can safely be accomplished by one person.
The high bars are available with either a standard or short cabling system and feature the quick release chain tension system. The standard cabling system utilises a floor space area of approximately 4m by 5.5m, the short cabling system utilises a floor space area of approximately 4m by 2m. The cabling is fully adjustable using the rapid tensioners making cable adjustments easy. You will need to purchase 4 floor anchors (available separately here) for the set of high bars.
We have a wide range of accessories to compliment the asymmetric bars including spotting platforms, landing mats, post/chain padding, replacement bars etc. We are proud to offer the Gaofei range of Gymnastics equipment within the UK. Gaofei is high end, quality equipment at very competitive prices.
Dimensions & specifications:
Ideal for training and competition use
FIG & NSCC approved
Standard or short cabling system available and feature the quick release chain tension system
Overall bar length is 2.46m long (hole placement 2.4m), 15mm diameter holes
2.8cm diameter sprung stainless steel
Adjustable in height between 2.7m and 2.9m
Ergonomic hand-wheels and locking latches that drop into position
Reinforced tubular steel frame
Installation service available
Manufactured by Gaofei
*These items are manufactured to order, approximate manufacturing and delivery lead time is 6-8 weeks from order. We combined shipping costs, discounts will be applied at checkout - please see our orders, payments & delivery page or contact us for more information*