Marker Baron EPF 13 ID 110mm S (black)

Extended Power Frame (EPF) , with its extra wide ski connection, gives it the necessary structure for the widest skis in all conditions of snow, on piste or off the slopes. The larger 10 mm model propels the Baron into a new power stratosphere, with a DIN 13 setting. In addition, the Baron 13 EPF also features Sole.ID and easy-to-handle climbing aid.

ASSETS:

• Fixation very pleasant whether it is on the ascent or descent
• Anti-friction plate adjustable according to the type of shoe worn
• Climbing wedges that allow for more pleasant hiking trips

TECHNICAL CHARACTERISTICS :

• AFD anti-friction steel plate, adjustable to adapt to all types of ski boots, alpine or hiking
• Backcountry Technology
• Front thrust Triple pivot elite 2 for optimal energy transfer
• Interval pivot heel 2 which ensures you an effective maintenance
• Broad base that transfers energy in all conditions
• Three wedges 0 °, 7 ° and 13 °

TECHNOLOGIES:

• AFD anti-friction plate: All MARKER bindings are equipped with a movable AFD device (anti-friction device) leading to an extremely precise release, almost completely free of dirt, snow and ice! The individual setting of the AFD in the application area guarantees perfect functionality, regardless of the mounting model.
• Inter Pivot Heel: The construction of the heel provides superior holding force for ski riding, with an ISO 6-16 certified DIN. Inter Pivot Heel directs forces in the angle of elasticity by improving the holding force and reducing pre-outs.
• Magnesium parts: Magnesium is THE lightest and strongest metal construction material, making it perfect for our high-end products. This makes you well equipped for a faster race and the most radical lines!
• Triple Pivot Elite Toe: The construction of DIN / ISO up to Z 18 allows for impressive retention when practicing freeride. The spring in the tip is inserted horizontally and with an inclined sole of 5 °, it provides the greatest shock absorption to reduce the risk of skidding the ski at least moment. The large support surface optimizes power transmission and allows for large constraints and constraints. Compared to their weight, toes with this technology achieve a performance never seen before.