Atomic Backland Summit 9 BR 110mm 25/26

The Atomic Backland Summit9BR combines versatile touring performance with ease of use, offering ambitious ski tourers a completely reliable concept. Thanks to the adjustable release value up to 9, the binding adapts precisely to your skiing ability and ensures maximum safety on any terrain. The AutoFlexSystem, with 5mm of dynamic play in the heel piece, supports the natural flex of your ski, improving cushioning and increasing comfort with every turn. The patented Step-in Aid automatically positions the ski boot precisely, allowing you to click in and out quickly and safely, even with thick gloves.

For efficient ascent, there are three walking positions (0°, 7°, 13°), which can be easily operated with your ski pole. Touring stoppers and the sophisticated mode change system allow you to quickly transition from ascent to descent without slowing down your pace. The Alu/PA pin-toe and heel components are made of fiberglass-reinforced PA material and keep the weight low without compromising on stability and durability. The Summit9BR offers a perfect combination of lightweight construction, elasticity, and reliable performance – for effortless touring and safe fun on the ascent and descent.

Features:

• Alu/PA Pin Toe and Heel: High-quality, fiberglass-reinforced PA material – for easy, efficient ascents while providing stability and durability.
• AutoFlex System: Elasticity within the binding through 5mm of dynamic play – supports the ski's natural flex and provides more cushioning and control.
• Release Value Adjustment: Adjustable up to Z-value 9 for reliable safety and individually adaptable performance.
• Patented Entry Aid: Automatic positioning of the ski boot for quick and safe clipping in – even with gloves.
• Climbing Aid (3-stage): Three walking levels (0°, 7°, 13°) can be easily activated using a pole – for efficient ascents.
• Touring Stops: Integrated ski stops for more safety and easy handling.
• Mode change system: Quickly switch between ascent and descent mode without time-consuming conversion.