About the Rossignol Arcade 84 / Spx 13 Gw
What is the Rossignol Arcade 84 / Spx 13 Gw good for?
With eco-friendly features like recycled materials and sustainably sourced wood core, the Arcades innovative design caters to different riding styles, excelling on groomed runs and off-piste, offering stability and responsiveness across diverse snow conditions.
Who is the Rossignol Arcade 84 / Spx 13 Gw good for?
Tailored for advanced skiers who favour dynamic performance on the slopes, the Arcades versatile design accommodates various riding styles, excelling in both groomed runs and off-piste terrain. Additionally, this ski appeals to eco-conscious riders, as it incorporates recycled materials, a sustainably sourced wood core, and is manufactured using green electricity, minimising its environmental impact.
When and where should the Rossignol Arcade 84 / Spx 13 Gw be used?
Its design caters to different riding styles, making it suitable for both on-piste carving and off-piste exploration. This ski performs admirably on groomed runs, moguls, and even in light powder, providing stability and responsiveness across diverse terrain and snow conditions.
How will some of the key features of the Rossignol Arcade 84 / Spx 13 Gw enhance my experience?
The Arcade features a Carbon Alloy Matrix, which combines carbon and basalt fibres for enhanced stability and edge grip. The skis Poplar Wood Core provides a lively and responsive feel, while the All-Terrain Rocker profile ensures versatility across various snow conditions. Additionally, the VAS technology reduces vibrations for a smoother ride, making the Arade 84 Open ideal for advanced skiers seeking precision and comfort.
Why choose the Rossignol Arcade 84 / Spx 13 Gw?
The Arcade ski is designed with advanced technology, offering a blend of stability and responsiveness suitable for advanced skiers tackling varied terrain and snow conditions. Additionally, its sustainable features, such as the Poplar Wood Core and Carbon Alloy Matrix, make it an environmentally friendly option without compromising performance.