At Bloom District Barcelona we have developed the first snowshoes that allow maximum buoyancy and fixation on snow. Thanks to the new lattice technology, the internal structures of the material adapt to the forces exerted by your foot against the ground, obeying any movement with total firmness, lightness and freedom on the foot itself.
DIFFERENT SURFACES
Both your racket and your shoe will adapt with maximum flexibility and buoyancy to surfaces of virgin snow, ice and rocks.
FLEXIBILITY
Shoe and racket with an internal ultra-light mesh structure acting as a metamaterial and with shape memory. It offers flexibility and comfort.
NATURAL MOVEMENT
You do not need to have your foot fixed to a bar, the anchoring system is simple and optimal for a completely natural walk.
TWO FUNCTIONS
HYDROPHOBIC
WASP DESIGN
Al ser multisuperficies puedes usar la zapatilla independientemente de la raqueta, según el terreno donde estés y tu comodidad a la hora de hacer running o senderismo.
Surface and final touches composed by an adhesion of non-polar substances, causing the hydrophobicity effect on the Bamba and the racket.
It provides great comfort with the possibility of designing perfect rackets according to your measurements.
HEALTH AND WELL-BEING FOR YOUR FEET
We know it is important to take care of our feet when practicing any sport, therefore, we have developed a rigorous study applied to running.
Sports shoes dampen the reaction forces of the ground. The ideal shoes are those that cushion the forces of the entire surface of the foot and form an appropriate torsion with minimal variation of the Achilles tendon angle. Runners seek to reduce pronation and create movement within the limits of the natural.
According to the study of foot movement, we highlight the following relevant information:
The barefoot runner generates the minimum tension angle of the achilles tendon, also generates greater torsional movements between the front and rear and the cushioning is full and naturally avoids injuries.
The runner with shoes and running heel generates a quite small twisting movement due to the sole and consequently does not allow enough twisting movement.
On the other hand, the angle of the achilles tendon is greater and the harder the sole, the more angle it will produce at the achilles heel.
Lastly, the runner with footwear and running on tiptoe generates a greater torsional movement than the heel runner and since the heel does not support the influence of the sole is minimal.
In conclusion, we extract that the most optimal and natural design is the one that damps the reaction forces of the ground to the foot and allows an adequate torsion that causes a minimum variation of the Achilles tendon angle.
BLOOM DISTRICT BARCELONA FOOTWEAR
Thanks to its main material, neoprene, we allow the foot to be freely adapted to all the foot, increasing the foot's support point and reducing injury. Natural foot pronation is produced for each user with a distributed reaction of forces on the foot, thanks to the double sole surface and the lattice between the two surfaces.
We guarantee the ability of foot movement, to generate natural pronation and without losses in the cushioning capacity thanks to the rebound in the same strings.
We designed the first multifunction racket, thanks to the type of anchor. The cleats allow you to anchor your shoe both to your racket and to your bicycle.
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The anchoring and unpinning method is very simple. The shoe is anchored to the racket by pressure, and the cleat disengages from the racket by means of a dry heel turn to the outside and keeping the toe (cleat area) on the same axis perpendicular to that of the racket.
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Due to the huge network of structural parts, optimized lattice designs tend to exhibit better stability and better thermal behavior. They also have excellent weight characteristics and are used as a solution for weight reduction.
In our product, this type of optimization has been implemented in two elements: the racket frame and the thick sole of the shoe. Regarding the frame of the racket, this technique has been used to provide lightness to the product above all (since it is not a solid piece but its interior is made up of lattice structures) + flexibility of the lattice to the movement of the foot. In relation to the sole of the shoe, it has been used in order to facilitate the user's natural movement of the foot while practicing this sport, that is, flexibility in the sole.
DIFFERENT
SUPERFICIES
Both your racket and your shoes will adapt with maximum flexibility and buoyancy to surfaces of virgin snow, ice and rocks.
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CONTROL YOUR
LATTICE TECH
Bamba and snowshoe with an ultra-light mesh inner structure, offering a balance between weight, honor, and technicality. Designed with 3D printing and parametric design according to the dimensions of each client.
