Celebrating its 16th anniversary, the Jester 10 ID is a powerful freeride binding with features for the most demanding rider. The latest version is fully updated as are all bindings in the Markers Royal Family. Both the toe part and the heel of the Interpivot 3 have an updated construction with magnesium components. Although the binding weighs less, it has higher torsional stiffness and improved power transmission. The Anti Ice Rail is handy for getting snow off the boots and with the integrated Sole.ID construction, the binding is compatible with both alpine and touring boots.
Specification
– Width stop: 110 mm
– Din/ISO: 6.0 – 16.0
– Technology: standard Alpine, GripWalk Adult, touring boots
– Standing height w/o ski: 24 mm
– Length adjustment heel: 20 mm
- Weight: 1070 grams
AFD Gliding Plate
The binding is equipped with a stainless steel AFD plate that provides precise release regardless of dirt, snow and ice. Individual adaptation for the area of use is recommended for optimal functionality.
Anti Ice Rail
A metal splint on the toe part used to scrape off ice and snow from under your boot.
Inter Pivot 3 Freeride Heel
The 3rd and latest generation pivot binding with improved power transfer, energy absorption and vertical elasticity in the heel. This binding also has an improved entry for added comfort.
Magnesium Construction
The arms on the toe part and the heel base are made of magnesium which provides the most solid and powerful construction possible.
SOLE.ID
Slide plate that can be adjusted to prevent the sole from getting stuck in the binding when it is released. Adjusted with a star chisel on the toe part to lower or raise the sliding plate in relation to the sole of the boot. Compatible with alpine soles ISO 5355, touring ISO 9523 and GripWalk soles.
Triple Pivot Elite Toe
The toe part with DIN / ISO up to Z18 enables impressive power when free riding. The spring in the toe runs horizontally and the front plate is tilted 5° to provide higher energy absorption which reduces the risk of involuntary releases. The large support surface provides higher power transmission and swallows large loads. In relation to the weight, this toe part provides maximum performance.