Pikatec Nanoblade 4.5 2WL – this geometry is significantly faster and more agile than regular blades. The edges of all Pikatec Nanoblade geometries have the same sharpness. The blade is about 4 mm higher than conventional blades, and the sharp edges allow a greater incline in turns. The surfaces of the grooves are widened from 3 mm to almost 4.5 mm, thus changing the physical mechanisms of skating. We recommend this geometry for all hockey players as the first geometry for a transition to blades with a nano-groove. Hockey players generally get used to these blades very quickly! 

Goalkeeper geometries GK have excellent agility and speed properties. The Pikatec nano-groove has very sharp edges and allows excellent lateral movement properties.

Goalkeeper geometries GK have excellent agility and speed properties. The Pikatec nano-groove has very sharp edges and allows excellent lateral movement properties.

Great things can be done with this geometry, but it is most true for this geometry that the skater should already have experience with nano-groove blades, otherwise they will not suit him at first. The edges of all Pikatec Nanoblade geometries have the same sharpness. The blade is about 10 mm higher than conventional blades, and the sharp edges allow a greater incline in turns. The holes in the high blades (Light) make them significantly lighter, increasing the skater's agility.

Goalkeeper extreme geometry GK 10 has excellent agility and speed properties. The blades are high and allow the goalkeeper better knee bends. The holes in the high blades (Light) make them significantly lighter, increasing the skater's agility.

Pikatec Nanoblade 4.5 2WL – this geometry is significantly faster and more agile than regular blades. The edges of all Pikatec Nanoblade geometries have the same sharpness. The blade is about 4 mm higher than conventional blades, and the sharp edges allow a greater incline in turns. The surfaces of the grooves are widened from 3 mm to almost 4.5 mm, thus changing the physical mechanisms of skating. We recommend this geometry for all hockey players as the first geometry for a transition to blades with a nano-groove. Hockey players generally get used to these blades very quickly! 

Goalkeeper extreme geometry GK 10 has excellent agility and speed properties. The blades are high and allow the goalkeeper better knee bends. The holes in the high blades (Light) make them significantly lighter, increasing the skater's agility.

Great things can be done with this geometry, but it is most true for this geometry that the skater should already have experience with nano-groove blades, otherwise they will not suit him at first. The edges of all Pikatec Nanoblade geometries have the same sharpness. The blade is about 10 mm higher than conventional blades, and the sharp edges allow a greater incline in turns. The holes in the high blades (Light) make them significantly lighter, increasing the skater's agility. These high blades are just as heavy as lower blades that are not lightened. The surfaces of the grooves are widened from 3 mm to almost 5 mm, thus changing the physical mechanisms of skating.

This geometry is even faster than the WL geometry. The edges of all Pikatec Nanoblade geometries have the same sharpness. The blade is about 4 mm higher than conventional blades, and the sharp edges allow a greater incline in turns. The surfaces of the grooves are widened from 3 mm to almost 4.5 mm, thus changing the physical mechanisms of skating. We recommend this geometry for all hockey players as the next geometry to move on to after gaining experience with the nano-groove and the WL geometry.