Climbing Gear PITON

Tapered pitons designed to fit extremely thin cracks of various depths. Two carabiner holes increase clipping options and reduce weight. Chromoly steel Product name Weight Total length Blade length Thickness Material g oz mm in mm in mm in EN 569 KNIFEBLADE 7.5 cm 54 1.9 75 2,95 35 1,38 3 0,12 Hardened Steel Progression KNIFEBLADE 9 cm 58 2.0 90 3,54 50 1,97 KNIFEBLADE 10 cm 68 2.4 100 3,94 60 2,36

Tapered pitons designed to fit extremely thin cracks of various depths. Two carabiner holes increase clipping options and reduce weight. Chromoly steel Product name Weight Total length Blade length Thickness Material g oz mm in mm in mm in EN 569 KNIFEBLADE 7.5 cm 54 1.9 75 2,95 35 1,38 3 0,12 Hardened Steel Progression KNIFEBLADE 9 cm 58 2.0 90 3,54 50 1,97 KNIFEBLADE 10 cm 68 2.4 100 3,94 60 2,36

Tapered pitons designed to fit extremely thin cracks of various depths. Two carabiner holes increase clipping options and reduce weight. Chromoly steel Product name Weight Total length Blade length Thickness Material g oz mm in mm in mm in EN 569 KNIFEBLADE 7.5 cm 54 1.9 75 2,95 35 1,38 3 0,12 Hardened Steel Progression KNIFEBLADE 9 cm 58 2.0 90 3,54 50 1,97 KNIFEBLADE 10 cm 68 2.4 100 3,94 60 2,36

Most pitons rely on compression of the metal and leverage from directional pull for their holding power. The U shape of the shaft on the Corner piton adds an additional holding force by creating spring tension when the piton is driven into a crack proportionately smaller than its width. Product name Weight Total length Blade length Thickness Material g oz mm in mm in mm in EN 569 CORNER N.1 56 2.0 105 4,13 70 2,76 12 0,47 Hardened Steel Progression CORNER N.2 65 2.3 110 4,33 75 2,95 16 0,63 Hardened Steel Progression CORNER N.3 95 3.4 145 5,71 110 4,33 18 0,71 Hardened Steel

Most pitons rely on compression of the metal and leverage from directional pull for their holding power. The U shape of the shaft on the Corner piton adds an additional holding force by creating spring tension when the piton is driven into a crack proportionately smaller than its width. Product name Weight Total length Blade length Thickness Material g oz mm in mm in mm in EN 569 CORNER N.1 56 2.0 105 4,13 70 2,76 12 0,47 Hardened Steel Progression CORNER N.2 65 2.3 110 4,33 75 2,95 16 0,63 Hardened Steel Progression CORNER N.3 95 3.4 145 5,71 110 4,33 18 0,71 Hardened Steel

Most pitons rely on compression of the metal and leverage from directional pull for their holding power. The U shape of the shaft on the Corner piton adds an additional holding force by creating spring tension when the piton is driven into a crack proportionately smaller than its width. Product name Weight Total length Blade length Thickness Material g oz mm in mm in mm in EN 569 CORNER N.1 56 2.0 105 4,13 70 2,76 12 0,47 Hardened Steel Progression CORNER N.2 65 2.3 110 4,33 75 2,95 16 0,63 Hardened Steel Progression CORNER N.3 95 3.4 145 5,71 110 4,33 18 0,71 Hardened Steel

Integrated, refillable chalk ball Comes with chalk bag belt and can clip directly to your harness Slot for lead certification tag Brush holder S/M and M/L Weight: 83 g (2.93 oz)