TK S 1077 Synergy Composite Hockey Stick

Synergy, where science meets hockey. Nano Technology takes performance to new levels by extracting the maximum from every fibre. The TK S 1077 Synergy Composite Hockey Stick features Nano Technology for the ultimate performance with enhanced IDS feel and improved structural strength from the Uni Directional Carbon Strands.

80% Carbon, 10% Glassfibre, 10% Aramid

Control Bow Profile
A 25mm bow with the optimum point moved down the stick to a position between the regular (mid-section) and late bow points. This position is perfect to give the player maximum control in performing every skill in the game.

Nano Technology
Multi layered carbon nanotubes are specially bonded to create a structure of increased strength and stability which significantly lessens the effects of rotational twisting and flexing...

Synergy, where science meets hockey. Nano Technology takes performance to new levels by extracting the maximum from every fibre. The TK S 1077 Synergy Composite Hockey Stick features Nano Technology for the ultimate performance with enhanced IDS feel and improved structural strength from the Uni Directional Carbon Strands.

80% Carbon, 10% Glassfibre, 10% Aramid

Control Bow Profile
A 25mm bow with the optimum point moved down the stick to a position between the regular (mid-section) and late bow points. This position is perfect to give the player maximum control in performing every skill in the game.

Nano Technology
Multi layered carbon nanotubes are specially bonded to create a structure of increased strength and stability which significantly lessens the effects of rotational twisting and flexing in the shaft that occurs when the stick meets the ball resulting in increased force being transferred through to the ball. The extra strength and stability of Nano Technology Construction also makes the Synergy sticks much lighter than conventional models.

Integrated Dampening System (IDS)
An enhanced fibre cell incorporated at the start of the handle removes any negative effects of vibration created by the stress of hitting the ball which creates a stick with improved touch and feel without compromising the structural strength and potential power output.

Uni-Directional Carbon Strands
Visually apparent in the stick, the use of uni-directional carbon strands further adds to the stiffness of the structure and therefore the potential power output against a standard composite matrix.