Every size of Taboo is unique. We've used a different blend of materials, construction techniques, bridling and 3D geometry to create a range of high performance kites where each model is ideally suited to delivering maximum performance in one advanced riding style.

Every size of Taboo is unique. We've used a different blend of materials, construction techniques, bridling and 3D geometry to create a range of high performance kites where each model is ideally suited to delivering maximum performance in one advanced riding style.

Every size of Taboo is unique. We've used a different blend of materials, construction techniques, bridling and 3D geometry to create a range of high performance kites where each model is ideally suited to delivering maximum performance in one advanced riding style.

Every size of Taboo is unique. We've used a different blend of materials, construction techniques, bridling and 3D geometry to create a range of high performance kites where each model is ideally suited to delivering maximum performance in one advanced riding style.

Light wind racing and riding requires every possible advantage so the 15m and 17m Taboos use a high aspect-ratio/projected area canopy planform that provides maximum power from every square meter of available canopy. Combined with an ultra thin 5th strut design air-frame for reduced drag and faster turning it delivers the perfect combination of power and control for lightwind domination.

Light wind racing and riding requires every possible advantage so the 15m and 17m Taboos use a high aspect-ratio/projected area canopy planform that provides maximum power from every square meter of available canopy. Combined with an ultra thin 5th strut design air-frame for reduced drag and faster turning it delivers the perfect combination of power and control for lightwind domination.

Light wind racing and riding requires every possible advantage so the 15m and 17m Taboos use a high aspect-ratio/projected area canopy planform that provides maximum power from every square meter of available canopy. Combined with an ultra thin 5th strut design air-frame for reduced drag and faster turning it delivers the perfect combination of power and control for lightwind domination.

Light wind racing and riding requires every possible advantage so the 15m and 17m Taboos use a high aspect-ratio/projected area canopy planform that provides maximum power from every square meter of available canopy. Combined with an ultra thin 5th strut design air-frame for reduced drag and faster turning it delivers the perfect combination of power and control for lightwind domination.

The leading edge of every Taboo is stitched with a new needle, one needle per leading edge. Replacing the needle for every new Taboo LE ensures a more accurate stitch with smaller needle holes and a stronger final construction. It might cost a little more to do it this way but it's the best way to build a kite.

The leading edge of every Taboo is stitched with a new needle, one needle per leading edge. Replacing the needle for every new Taboo LE ensures a more accurate stitch with smaller needle holes and a stronger final construction. It might cost a little more to do it this way but it's the best way to build a kite.

The leading edge of every Taboo is stitched with a new needle, one needle per leading edge. Replacing the needle for every new Taboo LE ensures a more accurate stitch with smaller needle holes and a stronger final construction. It might cost a little more to do it this way but it's the best way to build a kite.

The leading edge of every Taboo is stitched with a new needle, one needle per leading edge. Replacing the needle for every new Taboo LE ensures a more accurate stitch with smaller needle holes and a stronger final construction. It might cost a little more to do it this way but it's the best way to build a kite.

If you want the fastest turning and most direct feedback from your kite then you need to be as directly connected to it as possible. The Taboo uses a short front bridle with no sliders or pulleys so it gives you all the advantages of a direct connection to your kite and still retains the stability, huge wind-range and ease of relaunch that you've come to expect from our SLE kite designs. Especially for unhooked riding, the combination of kite geometry geometry and the fixed bridle will provide zero backstall and the balanced pull after the pop.

If you want the fastest turning and most direct feedback from your kite then you need to be as directly connected to it as possible. The Taboo uses a short front bridle with no sliders or pulleys so it gives you all the advantages of a direct connection to your kite and still retains the stability, huge wind-range and ease of relaunch that you've come to expect from our SLE kite designs. Especially for unhooked riding, the combination of kite geometry geometry and the fixed bridle will provide zero backstall and the balanced pull after the pop.

If you want the fastest turning and most direct feedback from your kite then you need to be as directly connected to it as possible. The Taboo uses a short front bridle with no sliders or pulleys so it gives you all the advantages of a direct connection to your kite and still retains the stability, huge wind-range and ease of relaunch that you've come to expect from our SLE kite designs. Especially for unhooked riding, the combination of kite geometry geometry and the fixed bridle will provide zero backstall and the balanced pull after the pop.

If you want the fastest turning and most direct feedback from your kite then you need to be as directly connected to it as possible. The Taboo uses a short front bridle with no sliders or pulleys so it gives you all the advantages of a direct connection to your kite and still retains the stability, huge wind-range and ease of relaunch that you've come to expect from our SLE kite designs. Especially for unhooked riding, the combination of kite geometry geometry and the fixed bridle will provide zero backstall and the balanced pull after the pop.

The EZ-pump connectors on the Taboo use a new connector that directly attaches the tubes to the valves without an intermediary connector. Reducing the number of parts in the EZ-pump makes it more robust and easier to use and service.

The EZ-pump connectors on the Taboo use a new connector that directly attaches the tubes to the valves without an intermediary connector. Reducing the number of parts in the EZ-pump makes it more robust and easier to use and service.

The EZ-pump connectors on the Taboo use a new connector that directly attaches the tubes to the valves without an intermediary connector. Reducing the number of parts in the EZ-pump makes it more robust and easier to use and service.

The EZ-pump connectors on the Taboo use a new connector that directly attaches the tubes to the valves without an intermediary connector. Reducing the number of parts in the EZ-pump makes it more robust and easier to use and service.

The Taboo has multiple layer LE attachment points reinforcements, which are applied to the inside of the LE. This provides best possible load distribution and eliminates any risk of fraying Dacron edges.

The Taboo has multiple layer LE attachment points reinforcements, which are applied to the inside of the LE. This provides best possible load distribution and eliminates any risk of fraying Dacron edges.

The Taboo has multiple layer LE attachment points reinforcements, which are applied to the inside of the LE. This provides best possible load distribution and eliminates any risk of fraying Dacron edges.

The Taboo has multiple layer LE attachment points reinforcements, which are applied to the inside of the LE. This provides best possible load distribution and eliminates any risk of fraying Dacron edges.

Kevlar reinforced, abrasion resistant leading edge elbow patches provide greater resistance against handling and launch/land damage.

Kevlar reinforced, abrasion resistant leading edge elbow patches provide greater resistance against handling and launch/land damage.

Kevlar reinforced, abrasion resistant leading edge elbow patches provide greater resistance against handling and launch/land damage.

Kevlar reinforced, abrasion resistant leading edge elbow patches provide greater resistance against handling and launch/land damage.

All the leading edge and the strut joints on your kite are 3D shaped and constructed with a Kevlar material. There is no better way to connect the leading edge to the struts. Our construction gives the lightest and most durable inflatable kite structure available, yielding a kite with exceptional performance and easy handling for riders of all abilities.

All the leading edge and the strut joints on your kite are 3D shaped and constructed with a Kevlar material. There is no better way to connect the leading edge to the struts. Our construction gives the lightest and most durable inflatable kite structure available, yielding a kite with exceptional performance and easy handling for riders of all abilities.

All the leading edge and the strut joints on your kite are 3D shaped and constructed with a Kevlar material. There is no better way to connect the leading edge to the struts. Our construction gives the lightest and most durable inflatable kite structure available, yielding a kite with exceptional performance and easy handling for riders of all abilities.

All the leading edge and the strut joints on your kite are 3D shaped and constructed with a Kevlar material. There is no better way to connect the leading edge to the struts. Our construction gives the lightest and most durable inflatable kite structure available, yielding a kite with exceptional performance and easy handling for riders of all abilities.

Crashing your kite is a fact of life. That's why the perimeter of each canopy segment in every Best kite is supported with a unique reinforcement zone: isolating the canopy from impact and crash loads. CFT now uses an even stronger mark cloth reinforcement directly between the struts and the canopy, enhancing the strength of your kite without adding unnecessary weight. CFT is a unique approach to distributing shock loads, and the effective transfer of TE tension, across the canopy of your kite and you'll only find it on Best kites.

Crashing your kite is a fact of life. That's why the perimeter of each canopy segment in every Best kite is supported with a unique reinforcement zone: isolating the canopy from impact and crash loads. CFT now uses an even stronger mark cloth reinforcement directly between the struts and the canopy, enhancing the strength of your kite without adding unnecessary weight. CFT is a unique approach to distributing shock loads, and the effective transfer of TE tension, across the canopy of your kite and you'll only find it on Best kites.

Crashing your kite is a fact of life. That's why the perimeter of each canopy segment in every Best kite is supported with a unique reinforcement zone: isolating the canopy from impact and crash loads. CFT now uses an even stronger mark cloth reinforcement directly between the struts and the canopy, enhancing the strength of your kite without adding unnecessary weight. CFT is a unique approach to distributing shock loads, and the effective transfer of TE tension, across the canopy of your kite and you'll only find it on Best kites.

Crashing your kite is a fact of life. That's why the perimeter of each canopy segment in every Best kite is supported with a unique reinforcement zone: isolating the canopy from impact and crash loads. CFT now uses an even stronger mark cloth reinforcement directly between the struts and the canopy, enhancing the strength of your kite without adding unnecessary weight. CFT is a unique approach to distributing shock loads, and the effective transfer of TE tension, across the canopy of your kite and you'll only find it on Best kites.

The front bridle on the Taboo is built with a double ended flying line attachment; this can be removed and flipped to provide either a knot or a loop connection for use with the Kookproof equipped front line loops on the Redline Performance Bar.

The front bridle on the Taboo is built with a double ended flying line attachment; this can be removed and flipped to provide either a knot or a loop connection for use with the Kookproof equipped front line loops on the Redline Performance Bar.

The front bridle on the Taboo is built with a double ended flying line attachment; this can be removed and flipped to provide either a knot or a loop connection for use with the Kookproof equipped front line loops on the Redline Performance Bar.

The front bridle on the Taboo is built with a double ended flying line attachment; this can be removed and flipped to provide either a knot or a loop connection for use with the Kookproof equipped front line loops on the Redline Performance Bar.

The tip-to-tip leading edge seam on all of our kites is triple stitched with a full length tape closure on the outside. The inside is fully taped with a full length Mark cloth strip for maximum strength with all internal seams being smooth-taped to protect the bladders from any ridges of stitching. The Load Flex seam design provides additional support to the leading edge helping to provide maximum strength and stability to your kite.

The tip-to-tip leading edge seam on all of our kites is triple stitched with a full length tape closure on the outside. The inside is fully taped with a full length Mark cloth strip for maximum strength with all internal seams being smooth-taped to protect the bladders from any ridges of stitching. The Load Flex seam design provides additional support to the leading edge helping to provide maximum strength and stability to your kite.

The tip-to-tip leading edge seam on all of our kites is triple stitched with a full length tape closure on the outside. The inside is fully taped with a full length Mark cloth strip for maximum strength with all internal seams being smooth-taped to protect the bladders from any ridges of stitching. The Load Flex seam design provides additional support to the leading edge helping to provide maximum strength and stability to your kite.

The tip-to-tip leading edge seam on all of our kites is triple stitched with a full length tape closure on the outside. The inside is fully taped with a full length Mark cloth strip for maximum strength with all internal seams being smooth-taped to protect the bladders from any ridges of stitching. The Load Flex seam design provides additional support to the leading edge helping to provide maximum strength and stability to your kite.

AB/Custom-Tune gives you the control to rig your kite to suit your personal riding style and wind condition. With multiple back line positions on the wingtips, you have the option to adjust the depower settings, back line pressure and the turning speed of your kite.

AB/Custom-Tune gives you the control to rig your kite to suit your personal riding style and wind condition. With multiple back line positions on the wingtips, you have the option to adjust the depower settings, back line pressure and the turning speed of your kite.

AB/Custom-Tune gives you the control to rig your kite to suit your personal riding style and wind condition. With multiple back line positions on the wingtips, you have the option to adjust the depower settings, back line pressure and the turning speed of your kite.

AB/Custom-Tune gives you the control to rig your kite to suit your personal riding style and wind condition. With multiple back line positions on the wingtips, you have the option to adjust the depower settings, back line pressure and the turning speed of your kite.

Our Flat Pack LE barrel seams contribute to the strongest LE construction we've ever made. Removing the overlap between segments has created a stronger and lighter LE construction with enhanced stiffness and torsion load handling for even greater responsiveness and durability.

Our Flat Pack LE barrel seams contribute to the strongest LE construction we've ever made. Removing the overlap between segments has created a stronger and lighter LE construction with enhanced stiffness and torsion load handling for even greater responsiveness and durability.

Our Flat Pack LE barrel seams contribute to the strongest LE construction we've ever made. Removing the overlap between segments has created a stronger and lighter LE construction with enhanced stiffness and torsion load handling for even greater responsiveness and durability.

Our Flat Pack LE barrel seams contribute to the strongest LE construction we've ever made. Removing the overlap between segments has created a stronger and lighter LE construction with enhanced stiffness and torsion load handling for even greater responsiveness and durability.

The strut bladders have a small length of string attached to the head of the bladder. This string passes through the head of the strut casing to allow you pull the bladder tight against the strut casing after replacing a bladder.

The strut bladders have a small length of string attached to the head of the bladder. This string passes through the head of the strut casing to allow you pull the bladder tight against the strut casing after replacing a bladder.

The strut bladders have a small length of string attached to the head of the bladder. This string passes through the head of the strut casing to allow you pull the bladder tight against the strut casing after replacing a bladder.

The back of your kite takes as much abuse as the front so we reinforce the trailing edge of all of our kites either with Canopy Framing or our new Dacron reinforcement for even greater durability and the ultimate crash protection.

The back of your kite takes as much abuse as the front so we reinforce the trailing edge of all of our kites either with Canopy Framing or our new Dacron reinforcement for even greater durability and the ultimate crash protection.

The back of your kite takes as much abuse as the front so we reinforce the trailing edge of all of our kites either with Canopy Framing or our new Dacron reinforcement for even greater durability and the ultimate crash protection.

The back of your kite takes as much abuse as the front so we reinforce the trailing edge of all of our kites either with Canopy Framing or our new Dacron reinforcement for even greater durability and the ultimate crash protection.

The Taboo canopy receives 3D injection moulded scuff pads to provide maximum protection in self launch situations.

The Taboo canopy receives 3D injection moulded scuff pads to provide maximum protection in self launch situations.

The Taboo canopy receives 3D injection moulded scuff pads to provide maximum protection in self launch situations.

The Taboo canopy receives 3D injection moulded scuff pads to provide maximum protection in self launch situations.

Surf Tough describes how we build in the absolute highest quality with every kite that we make. There are no shortcuts to great performance and lasting durability. We take pride in each and every kite that we make and that's why you will find Surf Tough features on every one of our inflatable kites.

Surf Tough describes how we build in the absolute highest quality with every kite that we make. There are no shortcuts to great performance and lasting durability. We take pride in each and every kite that we make and that's why you will find Surf Tough features on every one of our inflatable kites.

Surf Tough describes how we build in the absolute highest quality with every kite that we make. There are no shortcuts to great performance and lasting durability. We take pride in each and every kite that we make and that's why you will find Surf Tough features on every one of our inflatable kites.

Surf Tough describes how we build in the absolute highest quality with every kite that we make. There are no shortcuts to great performance and lasting durability. We take pride in each and every kite that we make and that's why you will find Surf Tough features on every one of our inflatable kites.

Our Wood Flex Core is made exclusively from choice grain Poplar wood laminates. A vertical laminate orientation creates the perfect blend of lightweight construction and endless durability. CNC profiling of upper and lower deck surfaces ensures a lively yet controlled feel underfoot, allowing intermediate riders and beginners alike to make the most of every session.

Our Wood Flex Core is made exclusively from choice grain Poplar wood laminates. A vertical laminate orientation creates the perfect blend of lightweight construction and endless durability. CNC profiling of upper and lower deck surfaces ensures a lively yet controlled feel underfoot, allowing intermediate riders and beginners alike to make the most of every session.

Our Wood Flex Core is made exclusively from choice grain Poplar wood laminates. A vertical laminate orientation creates the perfect blend of lightweight construction and endless durability. CNC profiling of upper and lower deck surfaces ensures a lively yet controlled feel underfoot, allowing intermediate riders and beginners alike to make the most of every session.

Our Wood Flex Core is made exclusively from choice grain Poplar wood laminates. A vertical laminate orientation creates the perfect blend of lightweight construction and endless durability. CNC profiling of upper and lower deck surfaces ensures a lively yet controlled feel underfoot, allowing intermediate riders and beginners alike to make the most of every session.

A great board needs progressive flex to be able to resist the low frequency impacts of heavy landings and still be able to soak up the high frequency chatter generated by riding through choppy water at speed. The Spark design carefully blends the core profile and deck concave depth to provide you with Controlled Flex zones that deliver the smoothest riding board we’ve ever made.

A great board needs progressive flex to be able to resist the low frequency impacts of heavy landings and still be able to soak up the high frequency chatter generated by riding through choppy water at speed. The Spark design carefully blends the core profile and deck concave depth to provide you with Controlled Flex zones that deliver the smoothest riding board we’ve ever made.

A great board needs progressive flex to be able to resist the low frequency impacts of heavy landings and still be able to soak up the high frequency chatter generated by riding through choppy water at speed. The Spark design carefully blends the core profile and deck concave depth to provide you with Controlled Flex zones that deliver the smoothest riding board we’ve ever made.

A great board needs progressive flex to be able to resist the low frequency impacts of heavy landings and still be able to soak up the high frequency chatter generated by riding through choppy water at speed. The Spark design carefully blends the core profile and deck concave depth to provide you with Controlled Flex zones that deliver the smoothest riding board we’ve ever made.

3D channel Grip Tips on the underside of the Spark help you hold a better line in the water by providing the added control of larger fins without the associated increase in drag and reduction in planing speed. Storming upwind and hard carving just became a whole load easier, regardless of your skill level.

3D channel Grip Tips on the underside of the Spark help you hold a better line in the water by providing the added control of larger fins without the associated increase in drag and reduction in planing speed. Storming upwind and hard carving just became a whole load easier, regardless of your skill level.

3D channel Grip Tips on the underside of the Spark help you hold a better line in the water by providing the added control of larger fins without the associated increase in drag and reduction in planing speed. Storming upwind and hard carving just became a whole load easier, regardless of your skill level.

3D channel Grip Tips on the underside of the Spark help you hold a better line in the water by providing the added control of larger fins without the associated increase in drag and reduction in planing speed. Storming upwind and hard carving just became a whole load easier, regardless of your skill level.

Utilizing individual mounting blocks for all fin and strap hardware means the Controlled Flex Zone pattern and inherent strength of the Spark board is not compromised by providing multiple foot strap position options to accommodate all riders. The discreet inserts on the Spark board are each thermally bonded in place during the molding process for the most positive contact between insert and wood core.

Utilizing individual mounting blocks for all fin and strap hardware means the Controlled Flex Zone pattern and inherent strength of the Spark board is not compromised by providing multiple foot strap position options to accommodate all riders. The discreet inserts on the Spark board are each thermally bonded in place during the molding process for the most positive contact between insert and wood core.

Utilizing individual mounting blocks for all fin and strap hardware means the Controlled Flex Zone pattern and inherent strength of the Spark board is not compromised by providing multiple foot strap position options to accommodate all riders. The discreet inserts on the Spark board are each thermally bonded in place during the molding process for the most positive contact between insert and wood core.

Utilizing individual mounting blocks for all fin and strap hardware means the Controlled Flex Zone pattern and inherent strength of the Spark board is not compromised by providing multiple foot strap position options to accommodate all riders. The discreet inserts on the Spark board are each thermally bonded in place during the molding process for the most positive contact between insert and wood core.

The 2010 Spark uses multiple weight biaxial and uni-directional cloth in a ‘0 -45 +45’ layup to provide precise control of board flex, ensuring a lively feel and swift reaction to rider input. Biax cloth provides a stable foundation and resistance to torsional flex, while an additional lightweight uni-directional laminate provides control of tip-to-tip flex allowing us to dial in the perfect combination of flex for every board size and every rider weight.

The 2010 Spark uses multiple weight biaxial and uni-directional cloth in a ‘0 -45 +45’ layup to provide precise control of board flex, ensuring a lively feel and swift reaction to rider input. Biax cloth provides a stable foundation and resistance to torsional flex, while an additional lightweight uni-directional laminate provides control of tip-to-tip flex allowing us to dial in the perfect combination of flex for every board size and every rider weight.

The 2010 Spark uses multiple weight biaxial and uni-directional cloth in a ‘0 -45 +45’ layup to provide precise control of board flex, ensuring a lively feel and swift reaction to rider input. Biax cloth provides a stable foundation and resistance to torsional flex, while an additional lightweight uni-directional laminate provides control of tip-to-tip flex allowing us to dial in the perfect combination of flex for every board size and every rider weight.

The 2010 Spark uses multiple weight biaxial and uni-directional cloth in a ‘0 -45 +45’ layup to provide precise control of board flex, ensuring a lively feel and swift reaction to rider input. Biax cloth provides a stable foundation and resistance to torsional flex, while an additional lightweight uni-directional laminate provides control of tip-to-tip flex allowing us to dial in the perfect combination of flex for every board size and every rider weight.

Our Wood Flex Core is made exclusively from choice grain Poplar wood laminates. A vertical laminate orientation creates the perfect blend of lightweight construction and endless durability. CNC profiling of upper and lower deck surfaces ensures a lively yet controlled feel underfoot, allowing intermediate riders and beginners alike to make the most of every session.

Our Wood Flex Core is made exclusively from choice grain Poplar wood laminates. A vertical laminate orientation creates the perfect blend of lightweight construction and endless durability. CNC profiling of upper and lower deck surfaces ensures a lively yet controlled feel underfoot, allowing intermediate riders and beginners alike to make the most of every session.

Our Wood Flex Core is made exclusively from choice grain Poplar wood laminates. A vertical laminate orientation creates the perfect blend of lightweight construction and endless durability. CNC profiling of upper and lower deck surfaces ensures a lively yet controlled feel underfoot, allowing intermediate riders and beginners alike to make the most of every session.

Our Wood Flex Core is made exclusively from choice grain Poplar wood laminates. A vertical laminate orientation creates the perfect blend of lightweight construction and endless durability. CNC profiling of upper and lower deck surfaces ensures a lively yet controlled feel underfoot, allowing intermediate riders and beginners alike to make the most of every session.

A great board needs progressive flex to be able to resist the low frequency impacts of heavy landings and still be able to soak up the high frequency chatter generated by riding through choppy water at speed. The Spark design carefully blends the core profile and deck concave depth to provide you with Controlled Flex zones that deliver the smoothest riding board we’ve ever made.

A great board needs progressive flex to be able to resist the low frequency impacts of heavy landings and still be able to soak up the high frequency chatter generated by riding through choppy water at speed. The Spark design carefully blends the core profile and deck concave depth to provide you with Controlled Flex zones that deliver the smoothest riding board we’ve ever made.

A great board needs progressive flex to be able to resist the low frequency impacts of heavy landings and still be able to soak up the high frequency chatter generated by riding through choppy water at speed. The Spark design carefully blends the core profile and deck concave depth to provide you with Controlled Flex zones that deliver the smoothest riding board we’ve ever made.

A great board needs progressive flex to be able to resist the low frequency impacts of heavy landings and still be able to soak up the high frequency chatter generated by riding through choppy water at speed. The Spark design carefully blends the core profile and deck concave depth to provide you with Controlled Flex zones that deliver the smoothest riding board we’ve ever made.

3D channel Grip Tips on the underside of the Spark help you hold a better line in the water by providing the added control of larger fins without the associated increase in drag and reduction in planing speed. Storming upwind and hard carving just became a whole load easier, regardless of your skill level.

3D channel Grip Tips on the underside of the Spark help you hold a better line in the water by providing the added control of larger fins without the associated increase in drag and reduction in planing speed. Storming upwind and hard carving just became a whole load easier, regardless of your skill level.

3D channel Grip Tips on the underside of the Spark help you hold a better line in the water by providing the added control of larger fins without the associated increase in drag and reduction in planing speed. Storming upwind and hard carving just became a whole load easier, regardless of your skill level.

3D channel Grip Tips on the underside of the Spark help you hold a better line in the water by providing the added control of larger fins without the associated increase in drag and reduction in planing speed. Storming upwind and hard carving just became a whole load easier, regardless of your skill level.

Utilizing individual mounting blocks for all fin and strap hardware means the Controlled Flex Zone pattern and inherent strength of the Spark board is not compromised by providing multiple foot strap position options to accommodate all riders. The discreet inserts on the Spark board are each thermally bonded in place during the molding process for the most positive contact between insert and wood core.

Utilizing individual mounting blocks for all fin and strap hardware means the Controlled Flex Zone pattern and inherent strength of the Spark board is not compromised by providing multiple foot strap position options to accommodate all riders. The discreet inserts on the Spark board are each thermally bonded in place during the molding process for the most positive contact between insert and wood core.

Utilizing individual mounting blocks for all fin and strap hardware means the Controlled Flex Zone pattern and inherent strength of the Spark board is not compromised by providing multiple foot strap position options to accommodate all riders. The discreet inserts on the Spark board are each thermally bonded in place during the molding process for the most positive contact between insert and wood core.

Utilizing individual mounting blocks for all fin and strap hardware means the Controlled Flex Zone pattern and inherent strength of the Spark board is not compromised by providing multiple foot strap position options to accommodate all riders. The discreet inserts on the Spark board are each thermally bonded in place during the molding process for the most positive contact between insert and wood core.

The 2010 Spark uses multiple weight biaxial and uni-directional cloth in a ‘0 -45 +45’ layup to provide precise control of board flex, ensuring a lively feel and swift reaction to rider input. Biax cloth provides a stable foundation and resistance to torsional flex, while an additional lightweight uni-directional laminate provides control of tip-to-tip flex allowing us to dial in the perfect combination of flex for every board size and every rider weight.

The 2010 Spark uses multiple weight biaxial and uni-directional cloth in a ‘0 -45 +45’ layup to provide precise control of board flex, ensuring a lively feel and swift reaction to rider input. Biax cloth provides a stable foundation and resistance to torsional flex, while an additional lightweight uni-directional laminate provides control of tip-to-tip flex allowing us to dial in the perfect combination of flex for every board size and every rider weight.

The 2010 Spark uses multiple weight biaxial and uni-directional cloth in a ‘0 -45 +45’ layup to provide precise control of board flex, ensuring a lively feel and swift reaction to rider input. Biax cloth provides a stable foundation and resistance to torsional flex, while an additional lightweight uni-directional laminate provides control of tip-to-tip flex allowing us to dial in the perfect combination of flex for every board size and every rider weight.

The 2010 Spark uses multiple weight biaxial and uni-directional cloth in a ‘0 -45 +45’ layup to provide precise control of board flex, ensuring a lively feel and swift reaction to rider input. Biax cloth provides a stable foundation and resistance to torsional flex, while an additional lightweight uni-directional laminate provides control of tip-to-tip flex allowing us to dial in the perfect combination of flex for every board size and every rider weight.

Our Wood Flex Core is made exclusively from choice grain Poplar wood laminates. A vertical laminate orientation creates the perfect blend of lightweight construction and endless durability. CNC profiling of upper and lower deck surfaces ensures a lively yet controlled feel underfoot, allowing intermediate riders and beginners alike to make the most of every session.

Our Wood Flex Core is made exclusively from choice grain Poplar wood laminates. A vertical laminate orientation creates the perfect blend of lightweight construction and endless durability. CNC profiling of upper and lower deck surfaces ensures a lively yet controlled feel underfoot, allowing intermediate riders and beginners alike to make the most of every session.

Our Wood Flex Core is made exclusively from choice grain Poplar wood laminates. A vertical laminate orientation creates the perfect blend of lightweight construction and endless durability. CNC profiling of upper and lower deck surfaces ensures a lively yet controlled feel underfoot, allowing intermediate riders and beginners alike to make the most of every session.

Our Wood Flex Core is made exclusively from choice grain Poplar wood laminates. A vertical laminate orientation creates the perfect blend of lightweight construction and endless durability. CNC profiling of upper and lower deck surfaces ensures a lively yet controlled feel underfoot, allowing intermediate riders and beginners alike to make the most of every session.

A great board needs progressive flex to be able to resist the low frequency impacts of heavy landings and still be able to soak up the high frequency chatter generated by riding through choppy water at speed. The Spark design carefully blends the core profile and deck concave depth to provide you with Controlled Flex zones that deliver the smoothest riding board we’ve ever made.

A great board needs progressive flex to be able to resist the low frequency impacts of heavy landings and still be able to soak up the high frequency chatter generated by riding through choppy water at speed. The Spark design carefully blends the core profile and deck concave depth to provide you with Controlled Flex zones that deliver the smoothest riding board we’ve ever made.

A great board needs progressive flex to be able to resist the low frequency impacts of heavy landings and still be able to soak up the high frequency chatter generated by riding through choppy water at speed. The Spark design carefully blends the core profile and deck concave depth to provide you with Controlled Flex zones that deliver the smoothest riding board we’ve ever made.

A great board needs progressive flex to be able to resist the low frequency impacts of heavy landings and still be able to soak up the high frequency chatter generated by riding through choppy water at speed. The Spark design carefully blends the core profile and deck concave depth to provide you with Controlled Flex zones that deliver the smoothest riding board we’ve ever made.

3D channel Grip Tips on the underside of the Spark help you hold a better line in the water by providing the added control of larger fins without the associated increase in drag and reduction in planing speed. Storming upwind and hard carving just became a whole load easier, regardless of your skill level.

3D channel Grip Tips on the underside of the Spark help you hold a better line in the water by providing the added control of larger fins without the associated increase in drag and reduction in planing speed. Storming upwind and hard carving just became a whole load easier, regardless of your skill level.

3D channel Grip Tips on the underside of the Spark help you hold a better line in the water by providing the added control of larger fins without the associated increase in drag and reduction in planing speed. Storming upwind and hard carving just became a whole load easier, regardless of your skill level.

3D channel Grip Tips on the underside of the Spark help you hold a better line in the water by providing the added control of larger fins without the associated increase in drag and reduction in planing speed. Storming upwind and hard carving just became a whole load easier, regardless of your skill level.

Utilizing individual mounting blocks for all fin and strap hardware means the Controlled Flex Zone pattern and inherent strength of the Spark board is not compromised by providing multiple foot strap position options to accommodate all riders. The discreet inserts on the Spark board are each thermally bonded in place during the molding process for the most positive contact between insert and wood core.

Utilizing individual mounting blocks for all fin and strap hardware means the Controlled Flex Zone pattern and inherent strength of the Spark board is not compromised by providing multiple foot strap position options to accommodate all riders. The discreet inserts on the Spark board are each thermally bonded in place during the molding process for the most positive contact between insert and wood core.

Utilizing individual mounting blocks for all fin and strap hardware means the Controlled Flex Zone pattern and inherent strength of the Spark board is not compromised by providing multiple foot strap position options to accommodate all riders. The discreet inserts on the Spark board are each thermally bonded in place during the molding process for the most positive contact between insert and wood core.

Utilizing individual mounting blocks for all fin and strap hardware means the Controlled Flex Zone pattern and inherent strength of the Spark board is not compromised by providing multiple foot strap position options to accommodate all riders. The discreet inserts on the Spark board are each thermally bonded in place during the molding process for the most positive contact between insert and wood core.

The 2010 Spark uses multiple weight biaxial and uni-directional cloth in a ‘0 -45 +45’ layup to provide precise control of board flex, ensuring a lively feel and swift reaction to rider input. Biax cloth provides a stable foundation and resistance to torsional flex, while an additional lightweight uni-directional laminate provides control of tip-to-tip flex allowing us to dial in the perfect combination of flex for every board size and every rider weight.

The 2010 Spark uses multiple weight biaxial and uni-directional cloth in a ‘0 -45 +45’ layup to provide precise control of board flex, ensuring a lively feel and swift reaction to rider input. Biax cloth provides a stable foundation and resistance to torsional flex, while an additional lightweight uni-directional laminate provides control of tip-to-tip flex allowing us to dial in the perfect combination of flex for every board size and every rider weight.

The 2010 Spark uses multiple weight biaxial and uni-directional cloth in a ‘0 -45 +45’ layup to provide precise control of board flex, ensuring a lively feel and swift reaction to rider input. Biax cloth provides a stable foundation and resistance to torsional flex, while an additional lightweight uni-directional laminate provides control of tip-to-tip flex allowing us to dial in the perfect combination of flex for every board size and every rider weight.

The 2010 Spark uses multiple weight biaxial and uni-directional cloth in a ‘0 -45 +45’ layup to provide precise control of board flex, ensuring a lively feel and swift reaction to rider input. Biax cloth provides a stable foundation and resistance to torsional flex, while an additional lightweight uni-directional laminate provides control of tip-to-tip flex allowing us to dial in the perfect combination of flex for every board size and every rider weight.

The Delta canopy design of the Kahoona allows for a unique combination of exceptional low end power, high depower and maximum stability. The Kahoona blends favorable traits from both C-kites and SLE kites to provide an exceptional riding experience for kitesurfers of all skill levels.

The Delta canopy design of the Kahoona allows for a unique combination of exceptional low end power, high depower and maximum stability. The Kahoona blends favorable traits from both C-kites and SLE kites to provide an exceptional riding experience for kitesurfers of all skill levels.

The Delta canopy design of the Kahoona allows for a unique combination of exceptional low end power, high depower and maximum stability. The Kahoona blends favorable traits from both C-kites and SLE kites to provide an exceptional riding experience for kitesurfers of all skill levels.

The Delta canopy design of the Kahoona allows for a unique combination of exceptional low end power, high depower and maximum stability. The Kahoona blends favorable traits from both C-kites and SLE kites to provide an exceptional riding experience for kitesurfers of all skill levels.

The leading edge shape and highly swept back wingtips of the Kahoona allowed the R&D team to remove the centre strut from the airframe: with one less strut in the air the Kahoona is able to turn faster, with less drag and fly in less wind than would be possible with a 5 strut layout.

The leading edge shape and highly swept back wingtips of the Kahoona allowed the R&D team to remove the centre strut from the airframe: with one less strut in the air the Kahoona is able to turn faster, with less drag and fly in less wind than would be possible with a 5 strut layout.

The leading edge shape and highly swept back wingtips of the Kahoona allowed the R&D team to remove the centre strut from the airframe: with one less strut in the air the Kahoona is able to turn faster, with less drag and fly in less wind than would be possible with a 5 strut layout.

The leading edge shape and highly swept back wingtips of the Kahoona allowed the R&D team to remove the centre strut from the airframe: with one less strut in the air the Kahoona is able to turn faster, with less drag and fly in less wind than would be possible with a 5 strut layout.

A short leading edge bridle provides exceptional shape support and effective distribution of canopy loads across the entire kite: the Kahoona has stability that will encourage you to push your limits. VP2's innovative pivoting design provides maximum depower from minimum bar travel making kite control simpler than ever.

A short leading edge bridle provides exceptional shape support and effective distribution of canopy loads across the entire kite: the Kahoona has stability that will encourage you to push your limits. VP2's innovative pivoting design provides maximum depower from minimum bar travel making kite control simpler than ever.

A short leading edge bridle provides exceptional shape support and effective distribution of canopy loads across the entire kite: the Kahoona has stability that will encourage you to push your limits. VP2's innovative pivoting design provides maximum depower from minimum bar travel making kite control simpler than ever.

A short leading edge bridle provides exceptional shape support and effective distribution of canopy loads across the entire kite: the Kahoona has stability that will encourage you to push your limits. VP2's innovative pivoting design provides maximum depower from minimum bar travel making kite control simpler than ever.

Kevlar reinforced airframe construction for maximum precision, durability and minimum weight.All leading edge and strut joints on your kite are laser cut, 3D shaped and Kevlar tape reinforced.
Sure it takes a little longer and costs a little more to build kites this way, but there is no better way to connect the leading edge to the struts.

Kevlar reinforced airframe construction for maximum precision, durability and minimum weight.All leading edge and strut joints on your kite are laser cut, 3D shaped and Kevlar tape reinforced.
Sure it takes a little longer and costs a little more to build kites this way, but there is no better way to connect the leading edge to the struts.

Kevlar reinforced airframe construction for maximum precision, durability and minimum weight.All leading edge and strut joints on your kite are laser cut, 3D shaped and Kevlar tape reinforced.
Sure it takes a little longer and costs a little more to build kites this way, but there is no better way to connect the leading edge to the struts.

Kevlar reinforced airframe construction for maximum precision, durability and minimum weight.All leading edge and strut joints on your kite are laser cut, 3D shaped and Kevlar tape reinforced.
Sure it takes a little longer and costs a little more to build kites this way, but there is no better way to connect the leading edge to the struts.

By placing the LE attachment points on the inside of the kite rather than on the exposed outside of the leading edge we've been able to reduce the potential for snagging seam edges and fraying the LE Dacron. For snowkiting and All-terrain riding it makes the 2010 kites the obvious choice.

By placing the LE attachment points on the inside of the kite rather than on the exposed outside of the leading edge we've been able to reduce the potential for snagging seam edges and fraying the LE Dacron. For snowkiting and All-terrain riding it makes the 2010 kites the obvious choice.

By placing the LE attachment points on the inside of the kite rather than on the exposed outside of the leading edge we've been able to reduce the potential for snagging seam edges and fraying the LE Dacron. For snowkiting and All-terrain riding it makes the 2010 kites the obvious choice.

By placing the LE attachment points on the inside of the kite rather than on the exposed outside of the leading edge we've been able to reduce the potential for snagging seam edges and fraying the LE Dacron. For snowkiting and All-terrain riding it makes the 2010 kites the obvious choice.

The new Flat Pack LE barrel seams contribute to the strongest LE construction we've ever made. Removing the overlap between segments has created a stronger and lighter LE construction with enhanced stiffness and torsion load handling for even greater responsiveness and durability.

The new Flat Pack LE barrel seams contribute to the strongest LE construction we've ever made. Removing the overlap between segments has created a stronger and lighter LE construction with enhanced stiffness and torsion load handling for even greater responsiveness and durability.

The new Flat Pack LE barrel seams contribute to the strongest LE construction we've ever made. Removing the overlap between segments has created a stronger and lighter LE construction with enhanced stiffness and torsion load handling for even greater responsiveness and durability.

The new Flat Pack LE barrel seams contribute to the strongest LE construction we've ever made. Removing the overlap between segments has created a stronger and lighter LE construction with enhanced stiffness and torsion load handling for even greater responsiveness and durability.

Crashing your kite is a fact of life. That's why the perimeter of each canopy segment in every kite we make is supported with a unique reinforcement zone: isolating the canopy from impact and crash loads.
For 2010, CFT now uses an even stronger mark cloth reinforcement directly between the struts and the canopy, further enhancing the strength of your kite without adding unnecessary weight.CFT is a unique approach to the tasks of distributing shock loads across the canopy of your kite and you'll only find it on Best kites.

Crashing your kite is a fact of life. That's why the perimeter of each canopy segment in every kite we make is supported with a unique reinforcement zone: isolating the canopy from impact and crash loads.
For 2010, CFT now uses an even stronger mark cloth reinforcement directly between the struts and the canopy, further enhancing the strength of your kite without adding unnecessary weight.CFT is a unique approach to the tasks of distributing shock loads across the canopy of your kite and you'll only find it on Best kites.

Crashing your kite is a fact of life. That's why the perimeter of each canopy segment in every kite we make is supported with a unique reinforcement zone: isolating the canopy from impact and crash loads.
For 2010, CFT now uses an even stronger mark cloth reinforcement directly between the struts and the canopy, further enhancing the strength of your kite without adding unnecessary weight.CFT is a unique approach to the tasks of distributing shock loads across the canopy of your kite and you'll only find it on Best kites.

Crashing your kite is a fact of life. That's why the perimeter of each canopy segment in every kite we make is supported with a unique reinforcement zone: isolating the canopy from impact and crash loads.
For 2010, CFT now uses an even stronger mark cloth reinforcement directly between the struts and the canopy, further enhancing the strength of your kite without adding unnecessary weight.CFT is a unique approach to the tasks of distributing shock loads across the canopy of your kite and you'll only find it on Best kites.

Enhanced leading edge protection for all conditions and all-terrain riding. Kevlar reinforced, abrasion-resistant leading edge elbow patches provide greater resistance against handling and launch/land damage. All-terrain use and snow kiting has never looked so attractive.

Enhanced leading edge protection for all conditions and all-terrain riding. Kevlar reinforced, abrasion-resistant leading edge elbow patches provide greater resistance against handling and launch/land damage. All-terrain use and snow kiting has never looked so attractive.

Enhanced leading edge protection for all conditions and all-terrain riding. Kevlar reinforced, abrasion-resistant leading edge elbow patches provide greater resistance against handling and launch/land damage. All-terrain use and snow kiting has never looked so attractive.

Enhanced leading edge protection for all conditions and all-terrain riding. Kevlar reinforced, abrasion-resistant leading edge elbow patches provide greater resistance against handling and launch/land damage. All-terrain use and snow kiting has never looked so attractive.

The tip-to-tip leading edge seam on all of our kites is triple stitched with a full length webbing tape closure on the outside. The inside is fully taped with a full length mark cloth strip for maximum strength with all internal seams being smooth-taped to protect the bladders from any ridges of stitching. The Load Flex seam design provides additional support to the leading edge helping to provide maximum strength and stability to your kite; it is one of the reasons why Best kites are famed for their legendary flying stability.

The tip-to-tip leading edge seam on all of our kites is triple stitched with a full length webbing tape closure on the outside. The inside is fully taped with a full length mark cloth strip for maximum strength with all internal seams being smooth-taped to protect the bladders from any ridges of stitching. The Load Flex seam design provides additional support to the leading edge helping to provide maximum strength and stability to your kite; it is one of the reasons why Best kites are famed for their legendary flying stability.

The tip-to-tip leading edge seam on all of our kites is triple stitched with a full length webbing tape closure on the outside. The inside is fully taped with a full length mark cloth strip for maximum strength with all internal seams being smooth-taped to protect the bladders from any ridges of stitching. The Load Flex seam design provides additional support to the leading edge helping to provide maximum strength and stability to your kite; it is one of the reasons why Best kites are famed for their legendary flying stability.

The tip-to-tip leading edge seam on all of our kites is triple stitched with a full length webbing tape closure on the outside. The inside is fully taped with a full length mark cloth strip for maximum strength with all internal seams being smooth-taped to protect the bladders from any ridges of stitching. The Load Flex seam design provides additional support to the leading edge helping to provide maximum strength and stability to your kite; it is one of the reasons why Best kites are famed for their legendary flying stability.

All of our 2010 kites benefit from our exclusive CFT reinforced trailing edge. Adding CFT to the leach line helps provide razor-sharp turning response and unmatched durability. CFT helps reduce the damage incurred by leaving kites flapping in the wind.

All of our 2010 kites benefit from our exclusive CFT reinforced trailing edge. Adding CFT to the leach line helps provide razor-sharp turning response and unmatched durability. CFT helps reduce the damage incurred by leaving kites flapping in the wind.

All of our 2010 kites benefit from our exclusive CFT reinforced trailing edge. Adding CFT to the leach line helps provide razor-sharp turning response and unmatched durability. CFT helps reduce the damage incurred by leaving kites flapping in the wind.

All of our 2010 kites benefit from our exclusive CFT reinforced trailing edge. Adding CFT to the leach line helps provide razor-sharp turning response and unmatched durability. CFT helps reduce the damage incurred by leaving kites flapping in the wind.

Surf Tough describes how we build in the absolute highest quality with every kite that we make. There are no shortcuts to great performance and lasting durability. We take pride in each and every kite that we make and that's why you will find Surf Tough features on every one of our inflatable kites.

Surf Tough describes how we build in the absolute highest quality with every kite that we make. There are no shortcuts to great performance and lasting durability. We take pride in each and every kite that we make and that's why you will find Surf Tough features on every one of our inflatable kites.

Surf Tough describes how we build in the absolute highest quality with every kite that we make. There are no shortcuts to great performance and lasting durability. We take pride in each and every kite that we make and that's why you will find Surf Tough features on every one of our inflatable kites.

Surf Tough describes how we build in the absolute highest quality with every kite that we make. There are no shortcuts to great performance and lasting durability. We take pride in each and every kite that we make and that's why you will find Surf Tough features on every one of our inflatable kites.

The Delta canopy design of the Kahoona allows for a unique combination of exceptional low end power, high depower and maximum stability. The Kahoona blends favorable traits from both C-kites and SLE kites to provide an exceptional riding experience for kitesurfers of all skill levels.

The Delta canopy design of the Kahoona allows for a unique combination of exceptional low end power, high depower and maximum stability. The Kahoona blends favorable traits from both C-kites and SLE kites to provide an exceptional riding experience for kitesurfers of all skill levels.

The Delta canopy design of the Kahoona allows for a unique combination of exceptional low end power, high depower and maximum stability. The Kahoona blends favorable traits from both C-kites and SLE kites to provide an exceptional riding experience for kitesurfers of all skill levels.

The Delta canopy design of the Kahoona allows for a unique combination of exceptional low end power, high depower and maximum stability. The Kahoona blends favorable traits from both C-kites and SLE kites to provide an exceptional riding experience for kitesurfers of all skill levels.

The leading edge shape and highly swept back wingtips of the Kahoona allowed the R&D team to remove the centre strut from the airframe: with one less strut in the air the Kahoona is able to turn faster, with less drag and fly in less wind than would be possible with a 5 strut layout.

The leading edge shape and highly swept back wingtips of the Kahoona allowed the R&D team to remove the centre strut from the airframe: with one less strut in the air the Kahoona is able to turn faster, with less drag and fly in less wind than would be possible with a 5 strut layout.

The leading edge shape and highly swept back wingtips of the Kahoona allowed the R&D team to remove the centre strut from the airframe: with one less strut in the air the Kahoona is able to turn faster, with less drag and fly in less wind than would be possible with a 5 strut layout.

The leading edge shape and highly swept back wingtips of the Kahoona allowed the R&D team to remove the centre strut from the airframe: with one less strut in the air the Kahoona is able to turn faster, with less drag and fly in less wind than would be possible with a 5 strut layout.

A short leading edge bridle provides exceptional shape support and effective distribution of canopy loads across the entire kite: the Kahoona has stability that will encourage you to push your limits. VP2's innovative pivoting design provides maximum depower from minimum bar travel making kite control simpler than ever.

A short leading edge bridle provides exceptional shape support and effective distribution of canopy loads across the entire kite: the Kahoona has stability that will encourage you to push your limits. VP2's innovative pivoting design provides maximum depower from minimum bar travel making kite control simpler than ever.

A short leading edge bridle provides exceptional shape support and effective distribution of canopy loads across the entire kite: the Kahoona has stability that will encourage you to push your limits. VP2's innovative pivoting design provides maximum depower from minimum bar travel making kite control simpler than ever.

A short leading edge bridle provides exceptional shape support and effective distribution of canopy loads across the entire kite: the Kahoona has stability that will encourage you to push your limits. VP2's innovative pivoting design provides maximum depower from minimum bar travel making kite control simpler than ever.

Kevlar reinforced airframe construction for maximum precision, durability and minimum weight.All leading edge and strut joints on your kite are laser cut, 3D shaped and Kevlar tape reinforced.
Sure it takes a little longer and costs a little more to build kites this way, but there is no better way to connect the leading edge to the struts.

Kevlar reinforced airframe construction for maximum precision, durability and minimum weight.All leading edge and strut joints on your kite are laser cut, 3D shaped and Kevlar tape reinforced.
Sure it takes a little longer and costs a little more to build kites this way, but there is no better way to connect the leading edge to the struts.

Kevlar reinforced airframe construction for maximum precision, durability and minimum weight.All leading edge and strut joints on your kite are laser cut, 3D shaped and Kevlar tape reinforced.
Sure it takes a little longer and costs a little more to build kites this way, but there is no better way to connect the leading edge to the struts.

Kevlar reinforced airframe construction for maximum precision, durability and minimum weight.All leading edge and strut joints on your kite are laser cut, 3D shaped and Kevlar tape reinforced.
Sure it takes a little longer and costs a little more to build kites this way, but there is no better way to connect the leading edge to the struts.

By placing the LE attachment points on the inside of the kite rather than on the exposed outside of the leading edge we've been able to reduce the potential for snagging seam edges and fraying the LE Dacron. For snowkiting and All-terrain riding it makes the 2010 kites the obvious choice.

By placing the LE attachment points on the inside of the kite rather than on the exposed outside of the leading edge we've been able to reduce the potential for snagging seam edges and fraying the LE Dacron. For snowkiting and All-terrain riding it makes the 2010 kites the obvious choice.

By placing the LE attachment points on the inside of the kite rather than on the exposed outside of the leading edge we've been able to reduce the potential for snagging seam edges and fraying the LE Dacron. For snowkiting and All-terrain riding it makes the 2010 kites the obvious choice.

By placing the LE attachment points on the inside of the kite rather than on the exposed outside of the leading edge we've been able to reduce the potential for snagging seam edges and fraying the LE Dacron. For snowkiting and All-terrain riding it makes the 2010 kites the obvious choice.

The new Flat Pack LE barrel seams contribute to the strongest LE construction we've ever made. Removing the overlap between segments has created a stronger and lighter LE construction with enhanced stiffness and torsion load handling for even greater responsiveness and durability.

The new Flat Pack LE barrel seams contribute to the strongest LE construction we've ever made. Removing the overlap between segments has created a stronger and lighter LE construction with enhanced stiffness and torsion load handling for even greater responsiveness and durability.

The new Flat Pack LE barrel seams contribute to the strongest LE construction we've ever made. Removing the overlap between segments has created a stronger and lighter LE construction with enhanced stiffness and torsion load handling for even greater responsiveness and durability.

The new Flat Pack LE barrel seams contribute to the strongest LE construction we've ever made. Removing the overlap between segments has created a stronger and lighter LE construction with enhanced stiffness and torsion load handling for even greater responsiveness and durability.

Crashing your kite is a fact of life. That's why the perimeter of each canopy segment in every kite we make is supported with a unique reinforcement zone: isolating the canopy from impact and crash loads.
For 2010, CFT now uses an even stronger mark cloth reinforcement directly between the struts and the canopy, further enhancing the strength of your kite without adding unnecessary weight.CFT is a unique approach to the tasks of distributing shock loads across the canopy of your kite and you'll only find it on Best kites.

Crashing your kite is a fact of life. That's why the perimeter of each canopy segment in every kite we make is supported with a unique reinforcement zone: isolating the canopy from impact and crash loads.
For 2010, CFT now uses an even stronger mark cloth reinforcement directly between the struts and the canopy, further enhancing the strength of your kite without adding unnecessary weight.CFT is a unique approach to the tasks of distributing shock loads across the canopy of your kite and you'll only find it on Best kites.

Crashing your kite is a fact of life. That's why the perimeter of each canopy segment in every kite we make is supported with a unique reinforcement zone: isolating the canopy from impact and crash loads.
For 2010, CFT now uses an even stronger mark cloth reinforcement directly between the struts and the canopy, further enhancing the strength of your kite without adding unnecessary weight.CFT is a unique approach to the tasks of distributing shock loads across the canopy of your kite and you'll only find it on Best kites.

Crashing your kite is a fact of life. That's why the perimeter of each canopy segment in every kite we make is supported with a unique reinforcement zone: isolating the canopy from impact and crash loads.
For 2010, CFT now uses an even stronger mark cloth reinforcement directly between the struts and the canopy, further enhancing the strength of your kite without adding unnecessary weight.CFT is a unique approach to the tasks of distributing shock loads across the canopy of your kite and you'll only find it on Best kites.

Enhanced leading edge protection for all conditions and all-terrain riding. Kevlar reinforced, abrasion-resistant leading edge elbow patches provide greater resistance against handling and launch/land damage. All-terrain use and snow kiting has never looked so attractive.

Enhanced leading edge protection for all conditions and all-terrain riding. Kevlar reinforced, abrasion-resistant leading edge elbow patches provide greater resistance against handling and launch/land damage. All-terrain use and snow kiting has never looked so attractive.

Enhanced leading edge protection for all conditions and all-terrain riding. Kevlar reinforced, abrasion-resistant leading edge elbow patches provide greater resistance against handling and launch/land damage. All-terrain use and snow kiting has never looked so attractive.

Enhanced leading edge protection for all conditions and all-terrain riding. Kevlar reinforced, abrasion-resistant leading edge elbow patches provide greater resistance against handling and launch/land damage. All-terrain use and snow kiting has never looked so attractive.

The tip-to-tip leading edge seam on all of our kites is triple stitched with a full length webbing tape closure on the outside. The inside is fully taped with a full length mark cloth strip for maximum strength with all internal seams being smooth-taped to protect the bladders from any ridges of stitching. The Load Flex seam design provides additional support to the leading edge helping to provide maximum strength and stability to your kite; it is one of the reasons why Best kites are famed for their legendary flying stability.

The tip-to-tip leading edge seam on all of our kites is triple stitched with a full length webbing tape closure on the outside. The inside is fully taped with a full length mark cloth strip for maximum strength with all internal seams being smooth-taped to protect the bladders from any ridges of stitching. The Load Flex seam design provides additional support to the leading edge helping to provide maximum strength and stability to your kite; it is one of the reasons why Best kites are famed for their legendary flying stability.

The tip-to-tip leading edge seam on all of our kites is triple stitched with a full length webbing tape closure on the outside. The inside is fully taped with a full length mark cloth strip for maximum strength with all internal seams being smooth-taped to protect the bladders from any ridges of stitching. The Load Flex seam design provides additional support to the leading edge helping to provide maximum strength and stability to your kite; it is one of the reasons why Best kites are famed for their legendary flying stability.

The tip-to-tip leading edge seam on all of our kites is triple stitched with a full length webbing tape closure on the outside. The inside is fully taped with a full length mark cloth strip for maximum strength with all internal seams being smooth-taped to protect the bladders from any ridges of stitching. The Load Flex seam design provides additional support to the leading edge helping to provide maximum strength and stability to your kite; it is one of the reasons why Best kites are famed for their legendary flying stability.

All of our 2010 kites benefit from our exclusive CFT reinforced trailing edge. Adding CFT to the leach line helps provide razor-sharp turning response and unmatched durability. CFT helps reduce the damage incurred by leaving kites flapping in the wind.

All of our 2010 kites benefit from our exclusive CFT reinforced trailing edge. Adding CFT to the leach line helps provide razor-sharp turning response and unmatched durability. CFT helps reduce the damage incurred by leaving kites flapping in the wind.

All of our 2010 kites benefit from our exclusive CFT reinforced trailing edge. Adding CFT to the leach line helps provide razor-sharp turning response and unmatched durability. CFT helps reduce the damage incurred by leaving kites flapping in the wind.

All of our 2010 kites benefit from our exclusive CFT reinforced trailing edge. Adding CFT to the leach line helps provide razor-sharp turning response and unmatched durability. CFT helps reduce the damage incurred by leaving kites flapping in the wind.

Surf Tough describes how we build in the absolute highest quality with every kite that we make. There are no shortcuts to great performance and lasting durability. We take pride in each and every kite that we make and that's why you will find Surf Tough features on every one of our inflatable kites.

Surf Tough describes how we build in the absolute highest quality with every kite that we make. There are no shortcuts to great performance and lasting durability. We take pride in each and every kite that we make and that's why you will find Surf Tough features on every one of our inflatable kites.

Surf Tough describes how we build in the absolute highest quality with every kite that we make. There are no shortcuts to great performance and lasting durability. We take pride in each and every kite that we make and that's why you will find Surf Tough features on every one of our inflatable kites.

Surf Tough describes how we build in the absolute highest quality with every kite that we make. There are no shortcuts to great performance and lasting durability. We take pride in each and every kite that we make and that's why you will find Surf Tough features on every one of our inflatable kites.

The Delta canopy design of the Kahoona allows for a unique combination of exceptional low end power, high depower and maximum stability. The Kahoona blends favorable traits from both C-kites and SLE kites to provide an exceptional riding experience for kitesurfers of all skill levels.

The Delta canopy design of the Kahoona allows for a unique combination of exceptional low end power, high depower and maximum stability. The Kahoona blends favorable traits from both C-kites and SLE kites to provide an exceptional riding experience for kitesurfers of all skill levels.