EPS Pro Technology
Light weight, responsiveness, and targeted reinforcement.
EPS Pro technology is designed for riders seeking the lightest possible feel, maximum responsiveness, and direct feedback underfoot. Its epoxy carbon/fiberglass construction over a high-density EPS core concentrates reinforcement only where loads are greatest, eliminating unnecessary weight.
- 3D-designed shape developed with CAD software for precise control of volume, outlines, and balance.
- CNC pre-shaped blank ensuring perfect consistency from board to board.
- Final hand-finishing using traditional templates to preserve the shaper's precision and attention to detail.
- Epoxy carbon/fiberglass laminate over a 28 kg/m³ high-density EPS core, reinforced with a single 3 mm wooden stringer to combine light weight, durability, and lively flex.
- Deck: one layer of 6 oz carbon fibre to maximize responsiveness, backed by one layer of 6 oz fiberglass for impact absorption.
- Bottom: one full layer of 6 oz carbon fibre, reinforced with two staggered carbon patches around the US boxes to reduce the risk of damage in this highly loaded area.
- Rails: the deck laminates overlap the bottom laminate, creating a three-layer carbon/fiberglass/carbon rail structure that maximizes impact and flex resistance while increasing overall stiffness and responsiveness.
- Foil box construction: a 35 mm thick, 80 kg/m³ high-density PVC foam insert fully integrates the twin US boxes into a rigid, waterproof structural block.
- Pigmented hot coat for premium finish quality, lower weight, and increased durability.
- Hand-finished matte custom finish to minimize weight while maintaining clean hydrodynamic performance.
- Light pink bottom finish to reduce heat build-up by reflecting more sunlight.
Even with this light-coloured finish, an EPS board should never be unnecessarily exposed to direct sunlight or excessive heat.
EPS Pro technology is designed for riders seeking the lightest possible feel, maximum responsiveness, and direct feedback underfoot. Its epoxy carbon/fiberglass construction over a high-density EPS core concentrates reinforcement only where loads are greatest, eliminating unnecessary weight.
- 3D-designed shape developed with CAD software for precise control of volume, outlines, and balance.
- CNC pre-shaped blank ensuring perfect consistency from board to board.
- Final hand-finishing using traditional templates to preserve the shaper's precision and attention to detail.
- Epoxy carbon/fiberglass laminate over a 28 kg/m³ high-density EPS core, reinforced with a single 3 mm wooden stringer to combine light weight, durability, and lively flex.
- Deck: one layer of 6 oz carbon fibre to maximize responsiveness, backed by one layer of 6 oz fiberglass for impact absorption.
- Bottom: one full layer of 6 oz carbon fibre, reinforced with two staggered carbon patches around the US boxes to reduce the risk of damage in this highly loaded area.
- Rails: the deck laminates overlap the bottom laminate, creating a three-layer carbon/fiberglass/carbon rail structure that maximizes impact and flex resistance while increasing overall stiffness and responsiveness.
- Foil box construction: a 35 mm thick, 80 kg/m³ high-density PVC foam insert fully integrates the twin US boxes into a rigid, waterproof structural block.
- Pigmented hot coat for premium finish quality, lower weight, and increased durability.
- Hand-finished matte custom finish to minimize weight while maintaining clean hydrodynamic performance.
- Light pink bottom finish to reduce heat build-up by reflecting more sunlight.
Even with this light-coloured finish, an EPS board should never be unnecessarily exposed to direct sunlight or excessive heat.
