Lightweight, stable and supportive 100% carbon cuff has excellent power transfer for an excellent ride quality. Snug, secure Boa® closure system and 80° forward cuff rotation allow efficient climbing.
Excellent fit, natural freedom of movement and stability
Fischer’s new Travers CC blends an excellent fit with natural freedom of movement and stability in a completely new way to be ready for any challenge on the mountain. This ski touring boot’s cuff is 100% lightweight carbon for maximum climbing efficiency through its optimal energy transfer. On the descent, carbon offers absolute stability for impressive performance. An Aramid insert in the sole provides the needed torsional rigidity for total control at speed. The touring-specific cuff construction of the Travers CC allows optimal freedom of movement in Walk mode. A full 80° of forward rotation at the ankle and an overall lightweight construction let skiers make efficient forward progress. Simple-to-adjust Boa® Performance Fit system guarantees a secure, even fit throughout the entire boot to further enhance performance.
- Art.Nr. U18519
- Last 100
- Shell Material Grilamid + Dynafit Insert
- Cuff Material Carbon
- Weight 930
- Size 25.5, 26.5, 27.5, 28.5, 29.5, 30.5
Lace Liners provide a better and more compact support in the shell and for the foot, especially on the insteps and heel fit.
The natural V-position enables skiers to control their skis with absolute precision.
Guaranteed compatibility to all Tech-bindings and high wear resistance. Verified by lontime experience and use of these inserts.
The special shell construction in combination with the Boa® Closure System enables perfect interaction between the boot and the foot for a perfect fit and maximum comfort.
Enables a previously unattained rotation angle of over 80° for optimum freedom of movement and unrestricted comfort when climbing.
Only one move needed to open or close the buckle which brings a fast change from uphill to downhill mode. Additionally the buckle can be locke in open position.
The pulley-operated guides enable smooth power transfer from the instep to the toes and thus ensure that the shell is adapted perfectly to the individual anatomy of the foot.