Huck Knife 2023

Sidecuts:
- 292/248/ 292 in the 148cm model
- 296/251/ 296 in the 152cm model
- 298/253/ 298 in the 155cm model
- 301/255/301 in the 155Wcm model
- 301/255/301 in the 158cm model
- 309/263/309 in the 158Wcm model
- 307/261/307 in the 162cm model

Radius:
- 148cm: 7.1m
- 152cm: 7.3m
- 155cm: 7.5m
- 155Wcm: 7.6m
- 158cm: 7.7m
- 158Wcm: 7.8m
- 162cm: 7.9m

Camber:
Quad Camber (Camber+Rocker): The combination of the powerful camber and rocker at the ends makes the board playful and agile in powder snow. The Quad Camber offers multiple turn radii while being more forgiving than a conventional camber, yet offering excellent responsiveness and flex.

Shape:
- True Twin: Shape specifically designed for freestyle: identical nose/tail lengths, symmetrical core and flex, and a centred binding stance.

- EQ Rad: The straight Equalizer and Radial lines blend together for the perfect balance of agility and fun.

- Freestyle EB: The angle of the edges is softened at the ends, with a 2-degree bevel on the key parts of the sidecut, which then drops to a 3-degree bevel between the feet. This gives flawless stability and flexibility on the slopes.

Core:
- Popster: Preformed wood core profile with different thicknesses at strategic points. As a result, the natural liveliness and spring of the wood are used to their fullest potential. It will feel like the kicktail of your skateboard is finally connected to your snowboard.

- Triax: The fibre technology core increases the life and longevity of the board for all riders who hit the snowparks.

-Aspen SLCT: Each strip of Aspen has been hand-selected, ensuring quality.

Technology:
- Medium stone finish: A medium structure finish that improves our fast sintered base glide. Quicker in all snow conditions, from cold morning packed snow to spring slush.

- Bi-axial medium density fibreglass: The medium density fibre layers manufactured in Europe guarantee consistency in terms of quality for light and dynamic boards.

- Royal Rubber Pads: Soft Royal Rubber blocks have been inserted into the ABS sidewall in areas subject to heavy pressure in order to dampen vibrations and reduce the effect of large impacts.