Women's figure skates HEAD H7 F600 white (H18 SF 01)

HEAD H7 F600 Figure Skates are a model designed for intermediate users who want to develop their skills on the ice. Solid construction ensures durability and safety, while the refined design facilitates control over every movement.  

Materials and Construction

The boot upper is made of natural leather combined with polyester, allowing for a blend of durability and flexibility. The thick polar lining in the upper part of the boot provides warmth and softness, minimising discomfort during prolonged use. The design stabilises the foot and supports the ankle, which is crucial during dynamic movements.

Blade Technology and Cutouts

The skates are equipped with a blade featuring a mirror finish that increases its lifespan and protects against corrosion. The special V-shaped cut improves flexibility and facilitates foot bending. This feature enhances support for the ankle joint and increases comfort during skating.

Performance Parameters

The boot has laces that allow for precise fitting and stable foot retention. The maximum user weight is 100 kg, indicating the sturdiness of the construction. The model provides ankle support and is designed for intensive use by intermediate users.

HEAD H7 F600 Figure Skates – Features:

• Upper made of natural leather and polyester material;

• Thick polar lining in the upper part of the boot;

• Blade with a mirror finish surface resistant to corrosion;

• Special V-shaped cut that improves flexibility;

• Structure stabilising the ankle joint and supporting the ankle;

• Lacing type for precise fitting;

• Maximum user weight up to 100 kg;

• Skill level intended for intermediate users;

• Blades mounted with rivets to the boot construction;

• Rails made of metal for durability and stability;

• Internal reinforcements enhancing safety during use;

• Comfortable design tailored for intensive training;

• Lining providing protection against pressure and abrasions;

• Sturdy construction guaranteeing long product longevity;

• Design optimised for support and control of movements.