Lake Placid Whitney Women's Traditional Figure Ice Skates - Warm & Comfortable

Lake Placid Whitney Women's Traditional Figure Ice Skates - Warmth Meets Performance!

Enjoy the ice in warm comfort with these Lake Placid Whitney figure skates! Designed specifically for women, these skates combine traditional figure skating performance with modern comfort features including faux-fur lining and comfort padding.

Key Features:

• Faux-Fur Lining - Keeps feet warm during cold ice sessions
• Synthetic Uppers - Water-resistant material keeps feet dry
• Comfort Padding - Plush interior for a great fit and all-day comfort
• Firm Ankle Support - Essential support for balancing, gliding, and jumping
• Imperial Elite Stainless-Steel Blades - Edge-hardened, heat-treated for maximum durability
• Traditional Lacing with Speed Hooks - Easy on/off with secure fit
• Synthetic Soles - Durable construction for long-lasting performance

Perfect For:

• Figure skating lessons
• Recreational skating
• Public skating sessions
• Beginners to intermediate-level skaters
• Women seeking warm, comfortable ice skates

Specifications:

• Women's U.S. shoe sizes
• Material: Synthetic uppers with faux-fur lining
• Blades: Imperial Elite stainless-steel, edge-hardened and heat-treated
• Support: Firm ankle support
• Closure: Traditional lacing with speed hooks

Warmth & Comfort:

These Whitney figure skates are designed with cold-weather comfort in mind. The faux-fur lining provides warmth during extended ice sessions, while the synthetic uppers keep moisture out. The comfort padding ensures a great fit that won't cause discomfort even during long skating sessions.

Performance Features:

The firm ankle support is perfect for beginners and intermediate skaters who need stability while learning to balance, glide, and jump. The Imperial Elite stainless-steel blades are edge-hardened and heat-treated for exceptional durability and toughness, ensuring they'll last through countless skating sessions.

Important: Please sharpen blades prior to first use for optimal performance and safety.