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Cruise 12 Black/Green
Freerando bindings -
Home delivery from 30/07/2026
60 days to change your mindThe Cruise 12 is a ski touring binding from Marker.
This new fastener is made from bio-sourced and recycled plastics, with no compromise on quality or performance. Weighing just 475g per binding, this model provides an incredibly simple, comfortable and modern entry into ski touring.
The clip on bindings have a number of exceptional features that make life easier for skiers when they go out. The Cruise 12 has an ISI toe piece and heel support to reduce the effort required to fit it. What's more, you'll have no trouble clipping the heel support, as it features a comfortable ascent aid at 0°, 8° and 12°. Finally, thanks to its ergonomic design, it can be easily pivoted through 180°, so you can switch from Hiking to Ski touring mode quickly and easily.
The Cruise 12 is for anyone who wants to discover the world of ski touring!
Compatibility length ski boots : 243-387mm
Width brake : 90millimeters
Fitted heel : 25millimeters
Recommended user weight : less than 120 kg
| CRUISE HEEL | The Ergonomic Tail makes it easy to switch from ski to walk mode by simply rotating the heel 180°. |
| ISI TOE | The new ISI front toe piece system makes Fitting easier thanks to its durability and carbon reinforcement. |
| CLIMBING AID | The ascent aid is made of titanium or Steel, and can be easily adjusted using the Ski pole. It has three positioning options: 0°, 8° or 12°. Built-in elastomer damping elements allow for a pleasant hike, simply by reducing the irritating "click" sound. |
| BIO-BASED PLASTIC | Biobased plastics are used in components subject to maximum mechanical load. They have the same mechanical properties as conventional plastics, have a lower CO2 footprint and do not require the consumption of fossil resources such as oil or natural gas. Biobased plastics are used, for example, for the System Climbing Aid and the heel support. |
| RECYCLED PLASTIC | Recycled plastics have the best environmental footprint and reduce waste. The material is used in less stressed components, and the geometry of the components has been specially adapted to the properties of recycled plastic. |
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