Traditional heated insoles degrade under high-impact use, but ELOS insoles use micro-engineered weight-bearing pillars to evenly distribute pressure, enhancing durability, flexibility, while maintaining consistent support and reducing foot fatigue.

ELOS insoles feature a precision-engineered blend of Iron-Filings that regulate thermal output for consistent, even warmth, preventing overheating, discomfort, and excessive sweating while using phase-change thermal regulation to maintain optimal foot temperature in extreme cold.

ELOS insoles feature an internal heat storage cavity that acts as a thermal reservoir, gradually releasing stored heat to maintain consistent warmth, prevent rapid heat loss, and ensure extended thermal performance even in fluctuating cold conditions.

ELOS insoles feature a contoured heel cup that stabilizes the heel, promotes natural foot alignment, and enhances shock absorption, reducing strain and fatigue during high-impact activities while providing orthotic-grade support for long-term foot health.