Our Wood Flex Core is made exclusively from choice grain Paulownia wood. 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 Paulownia wood. 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 Paulownia wood. 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 Paulownia wood. 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.

The 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 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 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 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.

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.