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TK Synergy S2 Deluxe Hockey Stick 36.5in L

Nano technology used with high specification materials creates a stick with higher potential output and sublime feel on the ball yet are noticeably lighter than regular composite sticks. Until now it had been an accepted compromise that extreme stiffness removed any natural absorption of shock that twisting and flexing brings resulting in less feel on the ball. Those days are gone thanks to Integrated Dampening System an anti-vibration measure. There is a piezo-electric fibre cell within the structure at the start of the handle which converts the vibration wave firstly to an undetectable electric signal and then heat energy. Nano Technology Construction sticks are based on a multiwall layering of carbon nanotubes. Carbon nanotubes unite carbon atoms at equal distances through a super strong carbon-carbon covalent bond to create extreme mechanical strength principally in stiffness and toughness. They are also extremely light. This technology creates very stiff and twist-resistant sticks for increased levels of response and output whilst at the same time being lighter than sticks constructed from standard composite materials. The stick is evenly balanced with a 25mm bow the apex of which is moved towards the head to create greater drag force and sharper angles in the lower section of the stick. This shape principally aids dynamic ball control and multi-directional dribbling as well as drag flicking and aerial passing but still performs basic ball movement skills well. Specification: *Nano Technology Construction *Integrated Dampening System (IDS) *Extra Late Bow *70% Carbon 10% Aramid 20% Glassfibre

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Fruugo
$332.58 See It
TK Synergy S2 Deluxe Hockey Stick 36.5in M

Nano technology used with high specification materials creates a stick with higher potential output and sublime feel on the ball yet are noticeably lighter than regular composite sticks. Until now it had been an accepted compromise that extreme stiffness removed any natural absorption of shock that twisting and flexing brings resulting in less feel on the ball. Those days are gone thanks to Integrated Dampening System an anti-vibration measure. There is a piezo-electric fibre cell within the structure at the start of the handle which converts the vibration wave firstly to an undetectable electric signal and then heat energy. Nano Technology Construction sticks are based on a multiwall layering of carbon nanotubes. Carbon nanotubes unite carbon atoms at equal distances through a super strong carbon-carbon covalent bond to create extreme mechanical strength principally in stiffness and toughness. They are also extremely light. This technology creates very stiff and twist-resistant sticks for increased levels of response and output whilst at the same time being lighter than sticks constructed from standard composite materials. The stick is evenly balanced with a 25mm bow the apex of which is moved towards the head to create greater drag force and sharper angles in the lower section of the stick. This shape principally aids dynamic ball control and multi-directional dribbling as well as drag flicking and aerial passing but still performs basic ball movement skills well. Specification: *Nano Technology Construction *Integrated Dampening System (IDS) *Extra Late Bow *70% Carbon 10% Aramid 20% Glassfibre

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Fruugo
$332.58 See It
TK Synergy S1 Hockey Stick 36.5in M

Nano technology used with high specification materials creates a stick with higher potential output and sublime feel on the ball yet are noticeably lighter than regular composite sticks. Until now it had been an accepted compromise that extreme stiffness removed any natural absorption of shock that twisting and flexing brings resulting in less feel on the ball. Those days are gone thanks to Integrated Dampening System an anti-vibration measure. There is a piezo-electric fibre cell within the structure at the start of the handle which converts the vibration wave firstly to an undetectable electric signal and then heat energy. Nano Technology Construction sticks are based on a multiwall layering of carbon nanotubes. Carbon nanotubes unite carbon atoms at equal distances through a super strong carbon-carbon covalent bond to create extreme mechanical strength principally in stiffness and toughness. They are also extremely light. This technology creates very stiff and twist-resistant sticks for increased levels of response and output whilst at the same time being lighter than sticks constructed from standard composite materials. The stick is evenly balanced with a 25mm bow the apex of which is moved towards the head to create greater drag force and sharper angles in the lower section of the stick. This shape principally aids dynamic ball control and multi-directional dribbling as well as drag flicking and aerial passing but still performs basic ball movement skills well. Specification: *Nano Technology Construction *Integrated Dampening System (IDS) *Late Bow *80% Carbon 10% Aramid 10% Glassfibre

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Fruugo
$381.68 See It
TK Synergy S1 Hockey Stick 36.5in L

Nano technology used with high specification materials creates a stick with higher potential output and sublime feel on the ball yet are noticeably lighter than regular composite sticks. Until now it had been an accepted compromise that extreme stiffness removed any natural absorption of shock that twisting and flexing brings resulting in less feel on the ball. Those days are gone thanks to Integrated Dampening System an anti-vibration measure. There is a piezo-electric fibre cell within the structure at the start of the handle which converts the vibration wave firstly to an undetectable electric signal and then heat energy. Nano Technology Construction sticks are based on a multiwall layering of carbon nanotubes. Carbon nanotubes unite carbon atoms at equal distances through a super strong carbon-carbon covalent bond to create extreme mechanical strength principally in stiffness and toughness. They are also extremely light. This technology creates very stiff and twist-resistant sticks for increased levels of response and output whilst at the same time being lighter than sticks constructed from standard composite materials. The stick is evenly balanced with a 25mm bow the apex of which is moved towards the head to create greater drag force and sharper angles in the lower section of the stick. This shape principally aids dynamic ball control and multi-directional dribbling as well as drag flicking and aerial passing but still performs basic ball movement skills well. Specification: *Nano Technology Construction *Integrated Dampening System (IDS) *Late Bow *80% Carbon 10% Aramid 10% Glassfibre

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Fruugo
$381.68 See It
TK Synergy S1 Hockey Stick 37.5In L

Nano technology used with high specification materials creates a stick with higher potential output and sublime feel on the ball yet are noticeably lighter than regular composite sticks. Until now it had been an accepted compromise that extreme stiffness removed any natural absorption of shock that twisting and flexing brings resulting in less feel on the ball. Those days are gone thanks to Integrated Dampening System an anti-vibration measure. There is a piezo-electric fibre cell within the structure at the start of the handle which converts the vibration wave firstly to an undetectable electric signal and then heat energy. Nano Technology Construction sticks are based on a multiwall layering of carbon nanotubes. Carbon nanotubes unite carbon atoms at equal distances through a super strong carbon-carbon covalent bond to create extreme mechanical strength principally in stiffness and toughness. They are also extremely light. This technology creates very stiff and twist-resistant sticks for increased levels of response and output whilst at the same time being lighter than sticks constructed from standard composite materials. The stick is evenly balanced with a 25mm bow the apex of which is moved towards the head to create greater drag force and sharper angles in the lower section of the stick. This shape principally aids dynamic ball control and multi-directional dribbling as well as drag flicking and aerial passing but still performs basic ball movement skills well. Specification: *Nano Technology Construction *Integrated Dampening System (IDS) *Late Bow *80% Carbon 10% Aramid 10% Glassfibre

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Fruugo
$381.68 See It
TK Synergy S1 Hockey Stick 37.5in M

Nano technology used with high specification materials creates a stick with higher potential output and sublime feel on the ball yet are noticeably lighter than regular composite sticks. Until now it had been an accepted compromise that extreme stiffness removed any natural absorption of shock that twisting and flexing brings resulting in less feel on the ball. Those days are gone thanks to Integrated Dampening System an anti-vibration measure. There is a piezo-electric fibre cell within the structure at the start of the handle which converts the vibration wave firstly to an undetectable electric signal and then heat energy. Nano Technology Construction sticks are based on a multiwall layering of carbon nanotubes. Carbon nanotubes unite carbon atoms at equal distances through a super strong carbon-carbon covalent bond to create extreme mechanical strength principally in stiffness and toughness. They are also extremely light. This technology creates very stiff and twist-resistant sticks for increased levels of response and output whilst at the same time being lighter than sticks constructed from standard composite materials. The stick is evenly balanced with a 25mm bow the apex of which is moved towards the head to create greater drag force and sharper angles in the lower section of the stick. This shape principally aids dynamic ball control and multi-directional dribbling as well as drag flicking and aerial passing but still performs basic ball movement skills well. Specification: *Nano Technology Construction *Integrated Dampening System (IDS) *Late Bow *80% Carbon 10% Aramid 10% Glassfibre

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Fruugo
$381.68 See It
TK Synergy S1 Hockey Stick 38.5in M

Nano technology used with high specification materials creates a stick with higher potential output and sublime feel on the ball yet are noticeably lighter than regular composite sticks. Until now it had been an accepted compromise that extreme stiffness removed any natural absorption of shock that twisting and flexing brings resulting in less feel on the ball. Those days are gone thanks to Integrated Dampening System an anti-vibration measure. There is a piezo-electric fibre cell within the structure at the start of the handle which converts the vibration wave firstly to an undetectable electric signal and then heat energy. Nano Technology Construction sticks are based on a multiwall layering of carbon nanotubes. Carbon nanotubes unite carbon atoms at equal distances through a super strong carbon-carbon covalent bond to create extreme mechanical strength principally in stiffness and toughness. They are also extremely light. This technology creates very stiff and twist-resistant sticks for increased levels of response and output whilst at the same time being lighter than sticks constructed from standard composite materials. The stick is evenly balanced with a 25mm bow the apex of which is moved towards the head to create greater drag force and sharper angles in the lower section of the stick. This shape principally aids dynamic ball control and multi-directional dribbling as well as drag flicking and aerial passing but still performs basic ball movement skills well. Specification: *Nano Technology Construction *Integrated Dampening System (IDS) *Late Bow *80% Carbon 10% Aramid 10% Glassfibre

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Fruugo
$381.68 See It
TK Synergy S2 Hockey Stick 37.5In L

Nano technology used with high specification materials creates a stick with higher potential output and sublime feel on the ball yet are noticeably lighter than regular composite sticks. Until now it had been an accepted compromise that extreme stiffness removed any natural absorption of shock that twisting and flexing brings resulting in less feel on the ball. Those days are gone thanks to Integrated Dampening System an anti-vibration measure. There is a piezo-electric fibre cell within the structure at the start of the handle which converts the vibration wave firstly to an undetectable electric signal and then heat energy. Nano Technology Construction sticks are based on a multiwall layering of carbon nanotubes. Carbon nanotubes unite carbon atoms at equal distances through a super strong carbon-carbon covalent bond to create extreme mechanical strength principally in stiffness and toughness. They are also extremely light. This technology creates very stiff and twist-resistant sticks for increased levels of response and output whilst at the same time being lighter than sticks constructed from standard composite materials. The stick is evenly balanced with a 25mm bow the apex of which is moved towards the head to create greater drag force and sharper angles in the lower section of the stick. This shape principally aids dynamic ball control and multi-directional dribbling as well as drag flicking and aerial passing but still performs basic ball movement skills well. Specification: *Nano Technology Construction *Integrated Dampening System (IDS) *Late Bow *70% Carbon 10% Aramid 20% Glassfibre

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Fruugo
$300.12 See It
TK Synergy S2 Hockey Stick 37.5in M

Nano technology used with high specification materials creates a stick with higher potential output and sublime feel on the ball yet are noticeably lighter than regular composite sticks. Until now it had been an accepted compromise that extreme stiffness removed any natural absorption of shock that twisting and flexing brings resulting in less feel on the ball. Those days are gone thanks to Integrated Dampening System an anti-vibration measure. There is a piezo-electric fibre cell within the structure at the start of the handle which converts the vibration wave firstly to an undetectable electric signal and then heat energy. Nano Technology Construction sticks are based on a multiwall layering of carbon nanotubes. Carbon nanotubes unite carbon atoms at equal distances through a super strong carbon-carbon covalent bond to create extreme mechanical strength principally in stiffness and toughness. They are also extremely light. This technology creates very stiff and twist-resistant sticks for increased levels of response and output whilst at the same time being lighter than sticks constructed from standard composite materials. The stick is evenly balanced with a 25mm bow the apex of which is moved towards the head to create greater drag force and sharper angles in the lower section of the stick. This shape principally aids dynamic ball control and multi-directional dribbling as well as drag flicking and aerial passing but still performs basic ball movement skills well. Specification: *Nano Technology Construction *Integrated Dampening System (IDS) *Late Bow *70% Carbon 10% Aramid 20% Glassfibre

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Fruugo
$300.12 See It
TK Synergy S1 Hockey Stick 37.5in M

Nano technology used with high specification materials creates a stick with higher potential output and sublime feel on the ball yet are noticeably lighter than regular composite sticks. Until now it had been an accepted compromise that extreme stiffness removed any natural absorption of shock that twisting and flexing brings resulting in less feel on the ball. Those days are gone thanks to Integrated Dampening System an anti-vibration measure. There is a piezo-electric fibre cell within the structure at the start of the handle which converts the vibration wave firstly to an undetectable electric signal and then heat energy. Nano Technology Construction sticks are based on a multiwall layering of carbon nanotubes. Carbon nanotubes unite carbon atoms at equal distances through a super strong carbon-carbon covalent bond to create extreme mechanical strength principally in stiffness and toughness. They are also extremely light. This technology creates very stiff and twist-resistant sticks for increased levels of response and output whilst at the same time being lighter than sticks constructed from standard composite materials. The stick is evenly balanced with a 25mm bow the apex of which is moved towards the head to create greater drag force and sharper angles in the lower section of the stick. This shape principally aids dynamic ball control and multi-directional dribbling as well as drag flicking and aerial passing but still performs basic ball movement skills well. Specification: *Nano Technology Construction *Integrated Dampening System (IDS) *Late Bow *80% Carbon 10% Aramid 10% Glassfibre

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Fruugo
$379.18 See It
TK Synergy S1 Hockey Stick 36.5in L

Nano technology used with high specification materials creates a stick with higher potential output and sublime feel on the ball yet are noticeably lighter than regular composite sticks. Until now it had been an accepted compromise that extreme stiffness removed any natural absorption of shock that twisting and flexing brings resulting in less feel on the ball. Those days are gone thanks to Integrated Dampening System an anti-vibration measure. There is a piezo-electric fibre cell within the structure at the start of the handle which converts the vibration wave firstly to an undetectable electric signal and then heat energy. Nano Technology Construction sticks are based on a multiwall layering of carbon nanotubes. Carbon nanotubes unite carbon atoms at equal distances through a super strong carbon-carbon covalent bond to create extreme mechanical strength principally in stiffness and toughness. They are also extremely light. This technology creates very stiff and twist-resistant sticks for increased levels of response and output whilst at the same time being lighter than sticks constructed from standard composite materials. The stick is evenly balanced with a 25mm bow the apex of which is moved towards the head to create greater drag force and sharper angles in the lower section of the stick. This shape principally aids dynamic ball control and multi-directional dribbling as well as drag flicking and aerial passing but still performs basic ball movement skills well. Specification: *Nano Technology Construction *Integrated Dampening System (IDS) *Late Bow *80% Carbon 10% Aramid 10% Glassfibre

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Fruugo
$379.18 See It
TK Synergy S1 Hockey Stick 36.5in M

Nano technology used with high specification materials creates a stick with higher potential output and sublime feel on the ball yet are noticeably lighter than regular composite sticks. Until now it had been an accepted compromise that extreme stiffness removed any natural absorption of shock that twisting and flexing brings resulting in less feel on the ball. Those days are gone thanks to Integrated Dampening System an anti-vibration measure. There is a piezo-electric fibre cell within the structure at the start of the handle which converts the vibration wave firstly to an undetectable electric signal and then heat energy. Nano Technology Construction sticks are based on a multiwall layering of carbon nanotubes. Carbon nanotubes unite carbon atoms at equal distances through a super strong carbon-carbon covalent bond to create extreme mechanical strength principally in stiffness and toughness. They are also extremely light. This technology creates very stiff and twist-resistant sticks for increased levels of response and output whilst at the same time being lighter than sticks constructed from standard composite materials. The stick is evenly balanced with a 25mm bow the apex of which is moved towards the head to create greater drag force and sharper angles in the lower section of the stick. This shape principally aids dynamic ball control and multi-directional dribbling as well as drag flicking and aerial passing but still performs basic ball movement skills well. Specification: *Nano Technology Construction *Integrated Dampening System (IDS) *Late Bow *80% Carbon 10% Aramid 10% Glassfibre

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Fruugo
$379.18 See It
TK Synergy S1 Hockey Stick 37.5In L

Nano technology used with high specification materials creates a stick with higher potential output and sublime feel on the ball yet are noticeably lighter than regular composite sticks. Until now it had been an accepted compromise that extreme stiffness removed any natural absorption of shock that twisting and flexing brings resulting in less feel on the ball. Those days are gone thanks to Integrated Dampening System an anti-vibration measure. There is a piezo-electric fibre cell within the structure at the start of the handle which converts the vibration wave firstly to an undetectable electric signal and then heat energy. Nano Technology Construction sticks are based on a multiwall layering of carbon nanotubes. Carbon nanotubes unite carbon atoms at equal distances through a super strong carbon-carbon covalent bond to create extreme mechanical strength principally in stiffness and toughness. They are also extremely light. This technology creates very stiff and twist-resistant sticks for increased levels of response and output whilst at the same time being lighter than sticks constructed from standard composite materials. The stick is evenly balanced with a 25mm bow the apex of which is moved towards the head to create greater drag force and sharper angles in the lower section of the stick. This shape principally aids dynamic ball control and multi-directional dribbling as well as drag flicking and aerial passing but still performs basic ball movement skills well. Specification: *Nano Technology Construction *Integrated Dampening System (IDS) *Late Bow *80% Carbon 10% Aramid 10% Glassfibre

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Fruugo
$379.18 See It
TK Synergy S2 Hockey Stick 36.5in L

Nano technology used with high specification materials creates a stick with higher potential output and sublime feel on the ball yet are noticeably lighter than regular composite sticks. Until now it had been an accepted compromise that extreme stiffness removed any natural absorption of shock that twisting and flexing brings resulting in less feel on the ball. Those days are gone thanks to Integrated Dampening System an anti-vibration measure. There is a piezo-electric fibre cell within the structure at the start of the handle which converts the vibration wave firstly to an undetectable electric signal and then heat energy. Nano Technology Construction sticks are based on a multiwall layering of carbon nanotubes. Carbon nanotubes unite carbon atoms at equal distances through a super strong carbon-carbon covalent bond to create extreme mechanical strength principally in stiffness and toughness. They are also extremely light. This technology creates very stiff and twist-resistant sticks for increased levels of response and output whilst at the same time being lighter than sticks constructed from standard composite materials. The stick is evenly balanced with a 25mm bow the apex of which is moved towards the head to create greater drag force and sharper angles in the lower section of the stick. This shape principally aids dynamic ball control and multi-directional dribbling as well as drag flicking and aerial passing but still performs basic ball movement skills well. Specification: *Nano Technology Construction *Integrated Dampening System (IDS) *Late Bow *70% Carbon 10% Aramid 20% Glassfibre

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Fruugo
$335.43 See It
TK Synergy S2 Hockey Stick 36.5in M

Nano technology used with high specification materials creates a stick with higher potential output and sublime feel on the ball yet are noticeably lighter than regular composite sticks. Until now it had been an accepted compromise that extreme stiffness removed any natural absorption of shock that twisting and flexing brings resulting in less feel on the ball. Those days are gone thanks to Integrated Dampening System an anti-vibration measure. There is a piezo-electric fibre cell within the structure at the start of the handle which converts the vibration wave firstly to an undetectable electric signal and then heat energy. Nano Technology Construction sticks are based on a multiwall layering of carbon nanotubes. Carbon nanotubes unite carbon atoms at equal distances through a super strong carbon-carbon covalent bond to create extreme mechanical strength principally in stiffness and toughness. They are also extremely light. This technology creates very stiff and twist-resistant sticks for increased levels of response and output whilst at the same time being lighter than sticks constructed from standard composite materials. The stick is evenly balanced with a 25mm bow the apex of which is moved towards the head to create greater drag force and sharper angles in the lower section of the stick. This shape principally aids dynamic ball control and multi-directional dribbling as well as drag flicking and aerial passing but still performs basic ball movement skills well. Specification: *Nano Technology Construction *Integrated Dampening System (IDS) *Late Bow *70% Carbon 10% Aramid 20% Glassfibre

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Fruugo
$334.79 See It
TK Synergy S2 Hockey Stick 37.5in M

Nano technology used with high specification materials creates a stick with higher potential output and sublime feel on the ball yet are noticeably lighter than regular composite sticks. Until now it had been an accepted compromise that extreme stiffness removed any natural absorption of shock that twisting and flexing brings resulting in less feel on the ball. Those days are gone thanks to Integrated Dampening System an anti-vibration measure. There is a piezo-electric fibre cell within the structure at the start of the handle which converts the vibration wave firstly to an undetectable electric signal and then heat energy. Nano Technology Construction sticks are based on a multiwall layering of carbon nanotubes. Carbon nanotubes unite carbon atoms at equal distances through a super strong carbon-carbon covalent bond to create extreme mechanical strength principally in stiffness and toughness. They are also extremely light. This technology creates very stiff and twist-resistant sticks for increased levels of response and output whilst at the same time being lighter than sticks constructed from standard composite materials. The stick is evenly balanced with a 25mm bow the apex of which is moved towards the head to create greater drag force and sharper angles in the lower section of the stick. This shape principally aids dynamic ball control and multi-directional dribbling as well as drag flicking and aerial passing but still performs basic ball movement skills well. Specification: *Nano Technology Construction *Integrated Dampening System (IDS) *Late Bow *70% Carbon 10% Aramid 20% Glassfibre

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Fruugo
$334.79 See It