Men's hockey skates Tempish Volt-T Max black (130000031)

The Tempish Volt-T Max black men's ice hockey skates provide solid support for those starting their hockey journey as well as for intermediate-level players. The model incorporates thoughtful technical solutions aimed at improving stability during dynamic skating and turns on the ice.

Stability and stainless steel blades

The Tempish Volt-T Max features blades made of stainless steel, which translates to high resistance to mechanical damage and long-lasting edge sharpness. The use of this technical solution allows for confident handling of the skate on the ice even during intense maneuvers. Additionally, the stability-enhancing construction gives the user greater control over every movement.

Upper materials and fastening

The upper of the boot is made of high-quality plastic, ensuring both adequate stiffness and comfort during skating. Precise fitting is enabled by classic laces, allowing for individual adjustment of tension in different areas of the boot. This combination of materials and fastening system supports optimal ankle joint movement during play.

Designed for skill level

The Tempish Volt-T Max is created with beginner and intermediate users in mind, offering solutions tailored to their needs. This approach guarantees an appropriate level of protection and comfort during the learning of basic techniques and the first training sessions on the rink. The design of the skates promotes the quick acquisition of the skills necessary for playing hockey.

Tempish Volt-T Max black men's ice hockey skates - features:

• Stainless steel blades ensure long-lasting sharpness and durability;
• Stable construction enhances control over the skate during skating;
• Upper made of high-quality plastic;
• The lacing system allows for precise fitting;
• Model dedicated to beginner and intermediate users;
• Solid construction supports proper ankle joint movement;
• Thoughtful solutions improve comfort and safety while skating;
• Suitable choice for ice hockey training;
• High resistance to mechanical damage of the blade;
• Ergonomic design increases comfort during use.