PowerStep ProTech Control Orthotic Insoles – Medical-Grade Arch Support, Made in USA, Maximum Cushioning & Shock Absorb

Elevate your step with PowerStep ProTech Control

PowerStep ProTech Control orthotics are designed to address common foot alignment concerns with a firmer shell, a slightly angled heel post, and a deep heel cradle. This full-length insole integrates built-in neutral arches with dual-layer cushioning to deliver a balanced blend of support and comfort. Created for both men and women, these insoles are designed to fit footwear with removable factory insoles, including athletic, work, and casual dress shoes.

In everyday use, you may notice steadier footing during long walks, standing sessions, or shifts that require a mix of standing and moving. The signature PowerStep arch shape cradles the heel and supports the arch, potentially reducing excessive motion that can stress feet, ankles, knees, and hips. The 2° angled heel post adds subtle correction to improve motion control, while the deep heel cradle helps keep the insole aligned as you move.

What makes ProTech Control stand out

• Comfort Meets Support - specifically engineered for plantar fasciitis-related concerns, heel pain, arch pain, overpronation, and flat feet.
• Full Heel Support - full-length design with a slightly angled heel post to help with motion control and additional cushioning at heel strike.
• All-Around Support - rigid arch support shell with neutral arches for greater correction and a secure, stable feel.
• Intense Comfort - a ShockAbsorb memory foam heel cushion delivers extra padding for the heel area.
• Warranty - PowerStep backs these insoles with a 60-day guarantee and a lifetime warranty on the plastic arch support against breakage under normal use.

Ideal shoe types include athletic, work, and casual dress shoes. The ProTech Control line is designed to be worn daily, providing a stable base for daily activities, commutes, and longer outings. While individual results vary, many wearers appreciate the sense of added stability, reduced fatigue, and a more even weight distribution across the foot.