The Atomic Redster S9 FIS is the ideal Slalom ski for any FIS junior event. This high-performance ski boasts a well-balanced flex with an Ultra Power Woodcore. It has titanium layers, while the narrow waist allows instant carve turns. Lesen Sie mehr.
Redster S9 FIS J + X 12 TL RS GW:
The Atomic Redster S9 FIS is the ideal Slalom ski for any FIS junior event. This high-performance ski boasts a well-balanced flex with an Ultra Power Woodcore. It has titanium layers, while the narrow waist allows instant carve turns. It incorporates junior directional SL tips for enhanced performance, while the shovel, tail and cap radius, as well as increased V-shape, create a geometry that enhances handling specifically for juniors.
X 12 TL Bindings:
The Atomic X 12 TL RS ski binding is a perfect solution if you’re looking for race performance and toolless adjustment. With 75mm brakes and Full Flex, the X 12 TL RS GW delivers top power transfer, total control and, crucially, fantastic speed – all without the hassle of tools!
FEATURES
Ultra Power Woodcore: Made from strong beech and lightweight poplar – for supreme running stability and agility in our racing skis.
Titanium Powered: A titanium layer above and below the core creates supreme shock absorption, strong running ability and a high torsional flex.
Active Camber: The ACTIVE CAMBER for on-piste skiers, who expect perfect edge-grip even in the hardest snow conditions.
Flex Interface: Perfect balance between the ski and binding.
Full Cap: A construction with no sidewall where the top sheet folds down over the edges, making it easy to handle.
Base: We use 7000-Series sintered bases that are fast on any snow, can stand up to anything, and are easy to maintain.
Edges: Our edges are made from steel five times more wear resistant than standard steel, for strength and perfect grip.
Topsheet: Our topsheets are lightweight and highly resistant (made 50% from rapeseed oil).
X12 Bindings: Adjustable without a tool for a quick change to different boot sole sizes or to change the skiers center of gravity to compensate for varied snow conditions.