- Artikel-Nr.: 10852
MARIANI PLASMA ID Lieferzeit 3-4 Wochen ab Bestellung. Das schwarze Modell haben wir am Lager und kann bis Größe 44,5 bestellt werden
Der Plasma liefert Rennleistung mit einer anpassbaren Passform, bewährtem Komfort, schlankem Design und hocheffizienter Kraftübertragung.
Die PLASMA-spezifische Oberkonstruktion wurde ergonomisch für Füße mit geringerem Volumen entwickelt und umfasst die Ferse, die Knöchel und den Vorfuß, um optimale Unterstützung zu gewährleisten. Der PLASMA ist für junge Skater mit schmalen bis normalen Füßen geeignet.
Technologie
UCF HEAT-MOLDABLE SHELL
Designed to provide more comfort, precision, and efficiency. 100% engineered and manufactured in-house offers the right balance of stiffness and responsiveness, thanks to a unique carbon fiber layup. Fully heat-moldable, it allows you to fine-tune the fit to your foot shape, maximize power transfer, and ensure premium performance without sacrificing comfort.
UCF DUAL DENSITY PADDING
Our unique dual-density EVA padding offers firm support and snug fit while keeping its responsive cushioning properties over time. The memory EVA improves support while adapting to each skater’s unique foot shape and keeps it locked-in.
EPT TOE BOX & HEEL COUNTER
Anatomically shaped, the EPT toebox and heel counter cradle the foot to create a seamless connection with the skate. It provides enhanced lateral support for all kinds of feet, maximizes power transfer, and avoids pressure points.
VEGAN FABRICS
All our boots are carefully made with natural/vegan microfiber. Made in Italy and ethically sourced, it ensures an eco-friendly footprint.
MICROFIBER LINER & UPPER
All our boots are PU and PVC free. Our premium microfiber is made in Italy and offers long-lasting properties, a second-skin feel, a sleek aesthetic, and easy cleaning.
ADJUSTABLE MOUNTING SLOTS
Our stiff and long-lasting CNC machined mounting slots allow skaters to fine-tune the boot/frame assembly to their tastes. It will allow pronating and/or supinating skaters to find the right/efficient boot position and maximize power transfer.