This comprehensive guide details how to adjust Salomon, Atomic, and Armada Shift ski bindings. Shift bindings, known for their lightweight design and versatility, require precise adjustments to ensure optimal performance and, critically, safety. Improper adjustment can lead to premature release, increasing the risk of injury, or failure to release in a fall, resulting in serious consequences. This guide covers three key adjustments: forward pressure, AFD (Anti-Friction Device) plate, and DIN settings. Each step is explained clearly, providing detailed instructions for achieving the correct settings.However, while this guide offers a helpful overview, it's crucial to emphasize that professional adjustment is strongly recommended. A certified technician possesses the expertise and tools to accurately assess your individual needs, considering factors like weight, skiing ability, and boot sole length, to ensure optimal and safe binding performance. Ignoring professional adjustment could compromise safety and significantly impact your skiing experience. Prioritize safety and seek expert help for precise binding adjustments.
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Forward Pressure Adjustment
The forward pressure adjustment is crucial for optimal ski performance and safety. It ensures the binding engages properly during a fall, preventing premature release. This adjustment is identical across Atomic, Salomon, and Armada Shift bindings, differing only in branding.
Locate the forward pressure indicator on the heel piece. It features a raised metal section that should sit flush between two arrows on the binding housing. Use a Phillips head screwdriver to adjust the screw until the indicator aligns perfectly.
Proper adjustment is vital to prevent accidental release or binding failure. Take the time to carefully align the indicator to ensure the most secure and safe binding. It is essential to ensure this step is executed correctly before proceeding to the next step.
Adjusting the AFD (Anti-Friction Device)
The AFD plate in the toe piece of the binding needs to provide the correct amount of resistance. This prevents the boot from releasing too easily. An AFD test card (similar thickness to a business card) is required for this adjustment.
Insert the AFD test card between your boot and the AFD plate. There should be some resistance, but the card should not be easily bent or ripped. If there is too much movement, adjust the screw on the left side of the binding to increase the friction.
Continue adjusting until you achieve the desired friction level. The AFD adjustment is crucial for preventing unwanted release, ensuring safety and control while skiing. Accurate adjustment is vital to your skiing experience.
DIN Setting Adjustment
The DIN setting determines the release force of the binding, crucial for safety. This setting is personalized and depends on factors like weight, skiing ability, and boot sole length. It's always best to have this professionally adjusted.
Adjust the DIN settings independently on both the toe and heel pieces using Phillips head screwdrivers. Remember, small adjustments make a big difference. Refer to the DIN indicator windows on both pieces.
Never attempt to adjust DIN settings without professional guidance if uncertain. Incorrect settings can lead to either premature release, increasing risk of injury, or a failure to release during a fall.
Conclusion: Professional Adjustment Recommended
While this guide provides a basic understanding of adjusting Shift bindings, professional adjustment is strongly recommended. A certified technician considers various factors to ensure the optimal settings for your individual needs and ski style.
Incorrect adjustment can compromise safety and performance. Ignoring this advice could lead to both decreased performance and potential injury, so a professional check is highly recommended.
The safety and effectiveness of your bindings should always be prioritized. Seeking professional help ensures your equipment is setup correctly and safely for your skiing needs.