The swept wingtip design of the Kahoona V3 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 swept wingtip design of the Kahoona V3 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 swept wingtip design of the Kahoona V3 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 swept wingtip design of the Kahoona V3 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 five-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 five-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 five-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 five-strut layout.

New high performance fiber coatings on both Ripstop and Dacron materials maximize strength and increase handling responsiveness. With reduced material elongation under load the new v3 kites are the crispest handling and most responsive designs we’ve ever made.

New high performance fiber coatings on both Ripstop and Dacron materials maximize strength and increase handling responsiveness. With reduced material elongation under load the new v3 kites are the crispest handling and most responsive designs we’ve ever made.

New high performance fiber coatings on both Ripstop and Dacron materials maximize strength and increase handling responsiveness. With reduced material elongation under load the new v3 kites are the crispest handling and most responsive designs we’ve ever made.

New high performance fiber coatings on both Ripstop and Dacron materials maximize strength and increase handling responsiveness. With reduced material elongation under load the new v3 kites are the crispest handling and most responsive designs we’ve ever made.

A short leading edge bridle provides exceptional shape support and effective distribution of canopy loads across the entire kite: the Kahoona V3 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 V3 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 V3 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 V3 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.

As simple as it sounds, using a brand new needle every time you start to build a new leading edge isn’t standard practice in the industry - but it’s the best way to build the strongest kite possible and that’s why we build the Kahoona V3 this way.

As simple as it sounds, using a brand new needle every time you start to build a new leading edge isn’t standard practice in the industry - but it’s the best way to build the strongest kite possible and that’s why we build the Kahoona V3 this way.

As simple as it sounds, using a brand new needle every time you start to build a new leading edge isn’t standard practice in the industry - but it’s the best way to build the strongest kite possible and that’s why we build the Kahoona V3 this way.

As simple as it sounds, using a brand new needle every time you start to build a new leading edge isn’t standard practice in the industry - but it’s the best way to build the strongest kite possible and that’s why we build the Kahoona V3 this way.

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 snow-kiting and All-terrain riding it is 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 snow-kiting and All-terrain riding it is 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 snow-kiting and All-terrain riding it is 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 snow-kiting and All-terrain riding it is 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. 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. 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. 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. 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.

Allows you to adjust the turning speed and bar-pressure to your personal preference. Dial in more feedback for unhooked steering response and down the line riding ability, or set the back lines for reduced bar pressure and maximum depower.

Allows you to adjust the turning speed and bar-pressure to your personal preference. Dial in more feedback for unhooked steering response and down the line riding ability, or set the back lines for reduced bar pressure and maximum depower.

Allows you to adjust the turning speed and bar-pressure to your personal preference. Dial in more feedback for unhooked steering response and down the line riding ability, or set the back lines for reduced bar pressure and maximum depower.

Allows you to adjust the turning speed and bar-pressure to your personal preference. Dial in more feedback for unhooked steering response and down the line riding ability, or set the back lines for reduced bar pressure and maximum depower.

The tip-to-tip leading edge seam on all of our kites is triple stitched with a full length tape closure on the outside. Each overlap is backstitched to ensure exceptional durability and integrity. It’s one of the reasons why Best kites have such a good reputation for durability.

The tip-to-tip leading edge seam on all of our kites is triple stitched with a full length tape closure on the outside. Each overlap is backstitched to ensure exceptional durability and integrity. It’s one of the reasons why Best kites have such a good reputation for durability.

The tip-to-tip leading edge seam on all of our kites is triple stitched with a full length tape closure on the outside. Each overlap is backstitched to ensure exceptional durability and integrity. It’s one of the reasons why Best kites have such a good reputation for durability.

The tip-to-tip leading edge seam on all of our kites is triple stitched with a full length tape closure on the outside. Each overlap is backstitched to ensure exceptional durability and integrity. It’s one of the reasons why Best kites have such a good reputation for durability.

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

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.

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.

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.

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.

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.