Arctic Mobility Reimagined:
advancing soldier performance with Solarcore® insulation

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Traditional cold-weather systems often force a difficult compromise between warmth, mobility, weight and endurance. Heavy lofted insulation can protect against the cold, but they also add bulk, limit dexterity, increase fatigue and complicate system integration across the soldier platform.

This is where Solarcore® and its advanced Solarcore® Foam insulation platform offer a fundamentally different approach to Arctic mobility. Built around aerogel-based thermal technology pioneered for NASA, Solarcore® Foam delivers high thermal efficiency in an ultra-thin, lightweight form factor. Instead of relying solely on thick layers of trapped air like conventional insulation systems, Solarcore leverages aerogel particles infused into a closed cell foam to help reduce heat transfer while maintaining flexibility and minimal bulk. The result is insulation engineered for movement, endurance and operational effectiveness.

Redefining Cold-Weather Footwear

One of the most critical challenges in Arctic environments is maintaining foot warmth without sacrificing mobility. Solarcore® Foam enables footwear systems to achieve superior thermal performance with significantly less thickness than traditional insulation packages. By reducing insulation bulk, footwear designers can create lighter boots with improved agility, better ground feel, and reduced energy expenditure during long-duration movement.

Lightweight Thermal Protection for Apparel Systems

Solarcore® Foam allows apparel designers to strategically place thermal protection exactly where it is needed most. Through body-mapped integration, insulation can be concentrated in critical heat-loss zones such as the torso, kidneys, chest, shoulders, knees and extremities, while maintaining breathability and flexibility in high-mobility regions.

This is especially valuable for layered soldier systems where insulation must coexist with communications equipment, ballistic protection, hydration systems and mission-specific loadouts.

Insulating the Modern Soldier System

Modern warfighters depend on an expanding ecosystem of powered systems including radios, optics, navigation tools, drones, wearable electronics, battery packs and thermal imaging devices. In Arctic conditions, battery performance degradation becomes a major operational concern.

Cold temperatures dramatically reduce lithium-ion battery efficiency, limiting runtime and affecting mission-critical systems. Solarcore® Foam can be integrated into battery management and thermal protection systems to help stabilize internal temperatures and reduce exposure to extreme cold environments.

By helping preserve operational temperature ranges, advanced insulation solutions can extend system reliability and improve mission endurance in cold-weather environments.

Shelter Systems and Mobile Operations

Arctic mobility extends beyond the individual soldier. Expeditionary shelters, mobile command centers, vehicle systems, and rapidly deployable infrastructure all require insulation solutions that minimize weight while maximizing thermal protection.

Traditional insulation materials can add substantial bulk and shipping volume to military shelters and mobile systems. Solarcore® Foam offers the opportunity to reduce material thickness while maintaining thermal performance, helping improve deployability and transport efficiency.

Reduced material volume can also improve packing density, lower logistics burdens, and accelerate deployment times in remote operating environments.

Enabling the Future of Arctic Readiness

As defence organizations around the world increase investment in Arctic preparedness, the need for lightweight, low-bulk thermal technologies will continue to grow. Future cold-weather systems must balance survivability with agility, endurance and integrated system performance.

Solarcore® Foam represents a new generation of thermal insulation technology designed for this evolving operational landscape.

For more information please visit:
https://solarcore.tech