Precise and powerful for sport climbing on rock of all angles
Developed in parallel with the OASI, the TARIFA shares many of the technical advances applicable to that model. The major difference is that the TARIFA is slightly stiffer in the forefoot and heel, allowing greater force to be transmitted through the toes when using tiny edges, but still flexible enough in the midsole for marginal smears. This shoe is perfect for vertical walls and for routes requiring demanding foot placements. Like all Tenaya's models in the Aerial Plus range, the TARIFA’s curved shape and advanced toe-box means it is also a star performer on overhung walls.
Sizing is in US sizes.
Climbing Shoe Style:
Vibram XS Grip 3.5 mm
TXT treated cotton
Mfg Sku/Part Number:
• Curved form enables maximum precision on overhanging rock without sacrificing efficiency on vertical walls or friction holds.
• Perforated upper increases breathability while the tubular-shaped bellows tongue provides a glove-like fit and superb control.
• Unique and precise lace closure system maximizes the transmission of force, while leaving the rubber-coated toe-box free of impediments for marginal toe-hooking.
-- Tongue: Lycra two-layer and bidirectional
-- Insole: 2D multi-layer Stretchtex
-- Midsole: Double midsole GI 1.8 & TST 150
-- Sole: Vibram XS Grip 3.5 mm
There are no unnecessary gimmicks on the TARIFA ' everything has a function. From the tubular construction lining and perforated microfiber outer giving added breathability, to the seamless bellows tongue made from advanced materials, everything comes together to create a shoe which is precise yet superbly comfortable and easy to use.
Much more than just a lace-up shoe
All the advantages of a lace-up shoe but with added technical features such as a fitted internal sock which feels like a second skin and provides exceptional levels of comfort and control.
SXR Dynamics and Free Instep
The precision of adjustment afforded by Tenaya's SXR Dynamics system has allowed them to create a much cleaner, more streamlined design around the instep area of the shoe enabling greater usability in a number of situations.