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Ogni piede è unico
e diverso da un altro.
Con una personalizzazione mirata dello scarpone da sci, potrai trovare la calzata perfetta.
Per questo per eliminare fastidi ed eventuali dolori dovuti a particolari conformazioni della pianta, delle ossa o del collo del piede, è utile una personalizzazione mirata dello scarpone da sci, per trovare la calzata perfetta e ottenere così performance ottimali sugli sci.
Nel Boot lab dei negozi START GATE troverai bootfitter specializzati pronti a fornire una consulenza competente e completa grazie a una formazione di alto livello, derivata direttamente dai bootfitter che seguono gli atleti Rossignol e Lange nella Coppa del Mondo di Sci.
Il processo di personalizzazione dello scarpone da sci
Nei negozi START GATE troverai il Custom and Boot fitting podium: uno spazio interamente dedicato al boot fitting, per personalizzare lo scarpone da sci con tecniche avanzate.
Grazie alla scansione tridimensionale del piede con l’innovativo FOOT SCANNER 3D, in pochi secondi sarà possibile avere tutte le informazioni per adattare lo scarpone al tuo piede e trovare il migliore compromesso tra comfort e performance.
Il processo di boot fitting si compone di 4 fasi:
Scansione del piede in 3D
per una corretta e personalizzata analisi.
Analisi del piede
per rilevare l’impronta e la distribuzione dei carichi.
Realizzazione di un plantare
ad uso sportivo personalizzato al 100%.
Termoformatura della scarpetta
per ottenere comfort e fit più elevati.
Scansione del piede in 3D
per una corretta e personalizzata analisi.
Analisi del piede
per rilevare l’impronta e la distribuzione dei carichi.
Realizzazione di un plantare
ad uso sportivo personalizzato al 100%.
Termoformatura della scarpetta
per ottenere comfort e fit più elevati.