Riedell Vega figure skate, custom product

Riedell Vega is a super lightweight and very comfortable figure skating boot. The Riedell Vega figure skate is Riedell's ergonomically designed lightweight shoe model. The new manufacturing materials used in the figure skate, which is the result of intensive research, product development and design, provide the skater with a good support structure for goal-oriented training. The Riedell Vega figure skate is suitable for novice-level formation skating and solo skaters practicing double jumps.

This medium-stiffness figure skate boot features a more durable, shorter, water-repellent HydroShield outsole that allows for more agile skating with a shorter blade. The EvoFit last features a grippy heel section for better skate control, a wider toe section for comfort, and a higher heel for better foot positioning. A shock-absorbing EVA midsole, pre-shaped fit, double ankle padding, and a redesigned flap with strategically placed reinforcements and lacing loops to keep the flap in place provide the skater with optimal comfort and fit.

The upper of the skate is made of lightweight but very durable microfiber. The shoe also has a lightweight insole. The beautiful appearance is completed by sparkling rhinestones on the outside of the skate shoe.

The blade is selected and purchased separately.

Riedell Vega figure skate product features:

• Shoe features
• Skate interior: renewed padded sock interior
• Heel height: raised cork heel
• Skate upper: lightweight, abrasion and cut-resistant, top-quality microfiber material
• Other features
• EvoFit last wider than before at the toe
• Pre-shaped fit - no need for heat shaping
• More sturdy, shorter water-repellent HydroShield outsole
• EVA shock absorption midsole
• Double ankle padding
• Support level
• Shoe: 75 stability rating - stable
• Skill level
• Single skaters practicing single and double jumps
• Novice-level formation skaters
• Color scheme
• Available in white and black

Read more about Riedell products on the manufacturer's brand introduction page >>