U.S. Army Class II Recommendations for DLA Industry Innovation Day.pdf

U.S. Army Class II Recommendations for DLA Industry Innovation Day

1. Improved Hot Weather Combat Uniform (IHWCU)

Topic: Explore innovative fabrics and construction techniques designed for hot-weather and jungle environments, while enhancing durability.

Background: The current IHWCU represents a significant improvement for operations in hot and humid conditions. However, textile technology is advancing rapidly, and there's an opportunity to further enhance performance. This enhancement could involve evaluating materials with superior moisture-wicking properties, faster drying times, increased air permeability, and improved durability against rips and tears, while also considering signature management. Additionally, it's essential to address the accelerated wear and tear experienced during current Southern Border mission support. Soldiers dealing with concertina wire, clearing brush, and navigating cactus-heavy, rocky terrain often encounter rapid fabric shredding, punctures, and seam failures.

Recommendation: Seek industry ideas for lightweight, highly breathable, and durable fabrics that can be integrated into the next version of the IHWCU. The focus should be on materials that help reduce heat stress and enhance Soldier performance in extreme temperatures. Additionally, consider high-mobility, lightweight fabrics featuring targeted aramid and ceramic-coated reinforcements, superior puncture and abrasion resistance, and ultra-durable triple-stitched seam construction.

2. Specialized Crew Coveralls

Topic: Explore next-generation fabrics to enhance the performance, safety, and longevity of utility uniforms for maintainers and crew members.

Background: Fuel handlers, mechanics, and tanker crews work in high-heat, high-friction environments. Current coveralls lack breathability, stain easily from petroleum/oils/lubricants (POL), and hinder mobility during heavy maintenance or vehicle egress.

Recommendation: Incorporate design elements such as bi-swing backs, articulated elbows and knees, and 4-way stretch gussets in non-critical wear areas to maximize motion during vehicle maintenance and tight-space maneuvering. Utilize oleophobic textile treatments to repel POL, keeping garments stain-free and chemically safe, and integrate breathable, moisture-wicking mesh panels in strategic areas while ensuring these panels retain Flame-Resistant (FR) properties for tanker crews.

3. Army Green Service Uniform (AGSU) Fabric and Materials

Topic: Evaluate alternative and improved materials for the AGSU coat, trousers, and shirt.

Background: The re-introduction of the AGSU presents an opportunity to embrace modern textile technologies. While maintaining its traditional look, the uniform could benefit from fabrics that improve wrinkle and stain resistance, enhance durability for everyday wear, and offer greater breathability and comfort in varied climates without sacrificing its professional appearance.

Recommendation: Collaborate with industry leaders to explore advanced fabric blends that uphold the military's appearance and heritage of the AGSU while enhancing long-term durability, wearer comfort, and ease of maintenance.

4. Cold Weather Layering Systems and Outerwear

Topic: Modernize Army's cold-weather outerwear, including base layers, fleece, and shells as part of the Extended Cold Weather Clothing System (ECWCS).

Background: The commercial outdoor and mountaineering apparel sectors have achieved remarkable innovation in lightweight insulation, wind and water resistance, and moisture management. The Army's multi-layered system could benefit from materials that provide superior protection with less weight and bulk, enhancing Soldier mobility while reducing burden.

Recommendation: Invite industry contributions to showcase advancements in synthetic insulation, high-performance base layers, and durable, breathable shell fabrics that could enhance the ECWCS, improving protection and mobility in cold and extreme cold environments.