CAMP USA

Rocket XS Ice Screw

Chromoly Steel is a high-strength steel alloy made from chromium and molybdenum. It is lightweight yet incredibly durable, making it ideal for ice screws that need to withstand significant stress during climbing. Using Chromoly Steel ensures that the screws are both reliable and effective, providing climbers with the confidence they need in challenging conditions.

Reverse-angle threads are designed to enhance the screw's ability to grip the ice securely. The unique angle allows the screw to be driven in more smoothly, reducing the risk of it loosening under pressure. This design is crucial for ice climbing, as it ensures that the screw remains firmly in place, providing safety and stability during climbs.

The hanger is a vital component that attaches to the ice screw, allowing climbers to clip their gear, such as carabiners, onto it. A well-designed hanger ensures proper alignment with the screw, which helps distribute the load evenly. This enhances the holding power of the screw, making it safer for climbers to rely on during their ascent.

Color-coded crank knobs help climbers quickly identify the size or type of ice screw they need in high-pressure situations. This feature allows for faster decision-making and reduces the time spent searching for the right equipment, which is crucial when every second counts during a climb.

Stubby screws are shorter ice screws, typically 7cm and 9cm in length, designed for use in thin ice conditions. Their compact size allows climbers to place them in areas where the ice is stronger and more reliable, providing better safety and stability. If you're climbing in conditions with limited ice thickness, stubby screws are an excellent choice for ensuring secure placements.

The size of the ice screw you should choose depends on the thickness and quality of the ice you'll be climbing on. For thin or less stable ice, stubby screws (7cm or 9cm) are recommended for better grip. In contrast, longer screws are suitable for thicker ice. Consider the conditions of your climb and the specific requirements of your route to select the appropriate size.