Ingredients: the Elements combined to make a particular dish

The choice of the ingredients is the creative part of the Recipe. Picking up the right ones is essential to reach that particular flavour the Baker is searching for. Like an endless convergence towards an ideal standard, selections and combinations are part of a continuous search process, a quest for the better taste.

Natural performance

Original efficiency

Natural performance. Originally, these two words used to go hand in hand. For some reasons, since the early stages of the industrial era they are being pulled apart. Structural performance hardly rhymes with natural products anymore. So.. what happened? Let’s go back one step.

Composite materials

They are on the forefront of state-of-the-art structural performance. Composite means a combination of at least two different materials which, once bonded together, give an assembly stronger than each material taken separately. In the late 80’s the upcoming of synthetic materials marked a rupture, where the performance escalated with petroleum-derivated possibilities. This race towards the toughest materials slowly overtook the engineering aspect of performance, or how to steer quality by thinking it through. One shall not forget that the first composite material is over 300 Millions years old, and can be found in every forest of the world. Wood.

In wood, Cellulose fibers are mixed with an organic polymer called Lignin. The fibers give out the strength, when kept closely in shape together: the resin is the binder that enables the tree to grow high. Fibers + resin = strong. Composite.

Wood essence

Local Trees know best about local hills

Wood has a natural range of variety quite impressive. Over 60.000 species grow all over the world. Each one having his own shape, density, size, grain, stiffness… This variation range is also observed at the species level: the location of the growth place, its climate, environment, altitude, slope orientation are few key parameters shaping the tree and defining its individual assets. Knowing where and when the tree was cut is essential information for the choice of performant specimens. The way the tree is cut is also determinant. Full moon cycles are said not to be appropriate for the cut – in the way the moon pulls up tides on the Ocean, it pulls up the sap up to every branch tip, making it a denser and heavier. New moon gives good wood.

Due to its outstanding general dynamic properties, wood is predisposed to be the soul constituent of a board. Trees soak every aspect of the terrain they grow on; they are used to specific temperature variations, moisture contents and atmospheric pressures. In that way, local trees know best about local hills. Wood is predisposed to ride on the terrain it aged on, the local backyard.

Wood Core

Wood is predisposed to be the soul constituent of a board, the core

It constitutes the soul and guts of the board, conditions its pop and springback behaviour. The Woodcore is the main structural part of a deck, making it lively and dynamic. It is made out of different wood stringers assembled along their length. This process avoids the warping of a massive wood piece and ensures geometrical stability over time. It also gives the opportunity to alternate the species used for each stringer, opening up infinite possible combinations. Stiffer woods like Ash, Beech, Maple are mixed with lighter ones like Poplar, Spruce, Lime-tree, to reach the optimal stiffness to weight ratio and enhance the structural performance.


Bambus have a versative behaviour: the more it bends, the softer it becomes – it makes it an ideal sidewall protection to the woodcore

Unlike trees, Bamboo is a grass. One of the fastest growing plant on the planet, is it made from hollow circular stems piled onto eachother. These closed air compartments are supporting the weight of the branch, acting like a dumping system (the name Bambu originated from the Kanarese language after the successive series of cracking sounds occuring when the plant was taken down). This particular natural arrangement gives it a higher compressive strength than concrete, combined with a very versative bending behaviour: the more it bends, the softer it becomes. Naturally rot and waterproof material, it is an ideal sidewall protection to the woodcore.


Peeling its bark does not harm the Cork oak tree: a new layer regrows, making it a renewable source

Dampening. The Cork oak tree has the particularity to build up a thick bark when growing up, in the way sheep accumulate wool during the winter. This soft protection is a rugged material that can be harvested every decade to produce Cork. As only the bark is extracted, it does not harm the tree: a new layer of Cork regrows, making it a renewable source. Also used to retain the wine in a bottle, its waterproof properties enable a protection of the woodcore around thin locations. There, where the vibration dampening is the most efficient, Cork stabilizes the structure by lowering tips eigenfrequencies.

Wood Veneers

Possibly blending into eachother in wood Marquetry, Veneers constitute the outer most layer of the board, the topsheet

Peeled out around the trunk with a blade, veneers are thin slices of wood that can be flatten down like paper. With thicknesses down to half a millimeter it becomes, once coated, an optimal protection of the inner composite structure. Each species has its unique shade of brown, and can be pigmented enabling aesthetical creative combinations. Possibly blending into eachother in wood Marquetry, they constitute the outer most layer of the board, the topsheet.

Towards 100% organic?

So, now what? Aren’t there enough products out there which, once worked and assembled together, bring that outstanding natural performance required for a board? Surely yes, but there is still a lot of work ahead. Presently, synthetic complements help improving the lifetime of the board, making it more eco-efficient on the long term. And there is the current balance to sustainable development: natural ingredients preserved between strong synthetic skins.

Fiber reinforced Epoxy Resins have the longest elongation to rupture. Placed as outer layers along specific orientation, their quantity can be reduced to the optimum strength to weight ratio.

High density Polyethylene gives outstanding gliding properties in contact with the snow. Used as a base material it also protects the structure, absorbing shocks and scratches. The repairability of the material makes it long-term efficient by extending the considerably the board’s life-time.

Working with high-end engineering techniques and quality products topping up aeronautics standards ensure the longest lifetime for the boards, and finally contribute to lower down the overall carbon footprint. In that way, the natural constituents are preserved and enhanced to their maximal structural capabilities.

There’s nothing quite like freshly baked bread. Its magic transcends the sum of its parts: the crunch of the crust, the spring of the crumb; the way its scent suffuses the air with warmth.