GERRIS Universal Hand Stand Platform The Hand Balance Cane widths can be set to 28 cm, 30cm, 32cm, 34cm, 36cm, 38cm and 40cm (11 inches through 15.75 inches).

The total height from the ground to top of hand blocks can be set between 58 cm and 91cm (22-36 inches) in height.

Play Hand Balance Board PRO

This new integrated board design, uses the hand blocks to lock in the canes to the base board for transport. It features  multiple cane sockets, giving you three cane width setting ranging between 34cm and 38 cm. It's also provided of a 5th socket in the middle of the board that can be used with our rotative cane The base board is 55 cm x 85 cm and provides a wide stable platform to balance on.  It is built in Italy using high precision CNC routers. It is made of a single piece of Finnish birch plywood. This plywood is characterized by excellent strength and stiffness properties, so it behaves very well in applications that require great strength. Raw materials come from sustainably managed Finnish forests. The hand blocks are made of solid beach wood and provide a solid gripping surface for your hands. The block measure 13 cm x 10 cm and are 3 cm thick. The board with it's rubber non-slip feet and the stainless steel canes in the sockets, has a total height of 58 cm from the floor surface to the top of the block. This is a optimal hight for most acrobats. This board uses the same canes, hand blocks and cane socket size as the Gerris Hand Balance Platform, so the canes can be interchanged between both products.The total weight of the unit, which includes a carrying bag is 7 KG (15.5 pounds).

New hand balance board in a simplified version for a very affordable price. Like the PRO version, it uses the hand blocks to lock in the canes to the base board for transport. It features just 2 cane sockets set at 34cm, the most common size. The base board is 55 cm x 85 cm and provides a wide stable platform to balance on. The total weight of the unit, which includes a carrying bag is 7 KG (15.5 pounds).The base board is 55 cm x 85 cm and provides a wide stable platform to balance on.  It is built in Italy using high precision CNC routers. It is made of a single piece of Finnish birch plywood. This plywood is characterized by excellent strength and stiffness properties, so it behaves very well in applications that require great strength. Raw materials come from sustainably managed Finnish forests. The hand blocks are made of solid beach wood and provide a solid gripping surface for your hands. The block measure 13 cm x 10 cm and are 3 cm thick. The board with it's rubber non-slip feet and the stainless steel canes in the sockets, has a total height of 58 cm from the floor surface to the top of the block. This is a optimal hight for most acrobats. This board uses the same canes, hand blocks and cane socket size as the Gerris Hand Balance Platform, so the canes can be interchanged between both products. The total weight of the unit, which includes a carrying bag is 6 KG (13.2 pounds).

Make your own hand balance platform. The complete kit

Rotative hand stand block with one direction ball bearing compatible with all CIRCUS DIVISION platforms.

HAND BLOCK WITH CANE SOCKET

Stainless steel, 18 mm Diameter.

LIGHT "ERGAL" SOCKET

Put your hand balance canes where ever you want.

The handstand blocks (also called hand balance cubes) are commonly used in performance with six blocks, where each cube is removed or added one at a time.The blocks are precision made out of poplar wood cut by CNC and then velvet coated on two side.

The block can be used in either horizontal or vertical position. The velvet coating makes for a excellent easy to grip surface. The blocks are 15 cm x 10cm x 5.5cm with a average weight, of 350 grams.  Handstand Blocks are much easier to balance on than hand balancing on the floor. The blocks give you much better control and grip. They also reduce the stress on your wrists, as they don't require you to have as much wrist flexibility. Using handstand blocks you can practice longer with less body fatigue and reduced chances of injury.