POWERSTEP PINNACLE PLUS - MET

The PowerStep® Pinnacle Plus Met full length insoles offer the same support and cushioning as our popular Pinnacle style, but with a built-in metatarsal pad to treat metatarsalgia, Morton's Neuroma, and general ball of foot pain. The built-in neutral arch support and two layers of plush cushioning are the perfect balance of comfort and support. The Pinnacle Plus Met insoles feature the signature PowerStep arch shape that cradles the arch and heel, adding stability and motion control to limit excess stress on feet, ankles, joints, and tendons. Feet with neutral arches naturally pronate when walking, where the feet and ankles roll slightly inward, placing pressure on the bigger toes and inside of the foot. Neutral arches need stable, yet flexible arch support for shock absorption and proper alignment. By combining premium cushioning and the clinically proven PowerStep arch shape in a firm but flexible neutral arch support shell, the PowerStep Pinnacle Plus Met shoe insoles are a trusted solution to improve foot function, decrease arch pain, and help alleviate common foot conditions typically caused by mild to moderate pronation. Mild to moderate pronation can cause: Plantar Fasciitis; Achilles Tendonitis; Arch & heel pain; Ankle, knee, hip & back pain; Shin splints; Bunions; Heel spurs; Hammer & claw toes; Calluses & corns Top Cover: Odor control polyester top fabric, royal blue with pattern Arch: Firm but flexible polypropylene support shell Metatarsal Pad: Foam Dual Layer Cushioning: Foam top layer, black; EVA base, royal blue Shoe Sizes: Available in 10 sizes ranging from Men's U.S. shoe sizes 4 to 15, and Women's U.S. shoe sizes 6 to 12 Packaging Contains: 1 pair Ideal shoe type: Intended for footwear where the factory insoles can be removed and designed for shoes such as Athletic (Walking/Running), Work, & Casual Dress Shoes Proper care: Spot clean with mild detergent. Do not immerse in water. Air dry. Covered under US Patent #D846,853 PowerStep insoles should last 6 months or longer depending on wear usage and activity level.