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Dettagli prodotto
Materiale ecosostenibile
Contiene materiali sostenibili, come materiali organici o riciclati
Produzione ecosostenibile
Prodotto in modo più rispettoso dell'ambiente e risparmiando risorse
Curvatura
Il miglior controllo lamina e carving potente
Forma
Nose ampio e tail stretto per un galleggiamento straordinario in powder
Articolo numero
Stile di riding
- Touring
- Freeride
Livello di riding
- Avanzato
- Esperto
Rigidità
- 9
Flex
- Rigido
Genere
- Uomo
Specifica materiali
- ICP 8212 CORUND MATTE 0.4mm, 10mm POPLAR / 20mm PAULOWNIA - SPLI
Eco
- Sostenibile
- Materiali riciclati
Base
- Sinterizzata
Lunghezza (cm)
- 159 cm
Raggio di sciancratura
- 7 m
Lamina effettiva
- 123 cm
Larghezza del nose
- 31.8 cm
Larghezza centrale
- 26.7 cm
Larghezza del tail
- 31.2 cm
Lunghezza del nose
- 32 cm
Lunghezza del tail
- 16 cm
Stance
- 49.5-67.3 cm
Peso del rider
- 72-95 kg
Caratteristiche
- Wide
- Base di colore casuale
Compatibilità
- Standard Inserts
Descrizione prodotto
Optisplitstic: Yes we can
Optisplitstic : YES. We Can. We’re not ones to make apologies for showing up late to a party. For us to release a splitboard, it had to be the right time and with the right people behind it. Taking the powerful and versatile outline of our Optimistic, sizing it for the needs of our team and partners at Eagle Pass Heli was the first step to making this program legit. We then designed and developed a simple (read: reliable), lightweight clip system with our friends at Spark R&D® that maintains the torsional integrity of the solid Optimistic so that after that long, leg-burn up to your line, you can rip down it with uncompromising confidence.
- Directional
- MODERN CAMBER 7mm Camber between bindings UNDERBITE: By redistributing rider weight and input
- the UnderBite enhances turning ease and edge hold on every sidecut we apply it to
- UNDERBITE: By redistributing rider weight and input
- the UnderBite enhances turning ease and edge hold from every sidecut we apply it to. Pulling short sections of the sidecut inward at the binding area by a couple mms disrupts and reduces the surface area of the edge that has contact with snow while the board is turning. This increases the edge pressure by distributing your weight/energy in the areas where you need it - from the binding out
- and through the center of the board where the carving arc is taking place. This segmentation of the sidecut into 3 key zones focuses your body weight onto areas that initiate
- hold and release turns.