The Atomic Colt 10 is an all-purpose ski binding designed to deliver excellent performance in any condition and for skiers of all levels. With a DIN range of 3-10, it provides the flexibility to accommodate different-sized riders and varying skill levels, making it an ideal choice for everything from on-piste carving to off-piste exploration or even hitting the park. Despite its lightweight design, the Colt 10 doesn't compromise on power transmission or control, ensuring a smooth and responsive ride.
Key Features:
DIN Range of 3-10: Offers a wide range of adjustability to suit skiers of different sizes and experience levels, allowing for a personalized fit and optimal safety.
Super Lightweight Design: This binding is lightweight yet durable, ensuring that you can enjoy high performance without being weighed down.
Low Profile Chassis: The low stand height improves your feel for the terrain, allowing for better power transmission and more precise control on the snow.
Automatic Toe Adaption: Automatically adapts to the height of alpine-normed boots, ensuring consistent and reliable release values for increased safety and performance.
Technologies:
Low Profile Chassis: Enhances your connection to the ski by lowering the stand height, which improves terrain feedback and overall power transfer.
Automatic Toe Adaption: Ensures the binding consistently adjusts to the boot height, providing optimal safety by maintaining accurate release values.
Benefits:
All-Purpose Versatility: Suitable for all conditions—on-piste, off-piste, or in the park—making it perfect for skiers of all levels who want a reliable binding for any situation.
Easy Adjustability: With its wide DIN range and automatic toe adaption, this binding offers ease of use for various boot sizes and skier levels.
Lightweight Design: Delivers high performance without added weight, allowing for a smooth and effortless skiing experience.
The Atomic Colt 10 Alpine Ski Bindings are an excellent choice for skiers who need versatile, lightweight, and high-performance bindings that adapt to any conditions while maintaining precise control and safety.