Intelligent, reusable up to 10-day container system for transporting blood to and throughout the battlefield

A significant percentage of trauma-associated deaths from non-compressible hemorrhage and trauma-induced coagulopathy are potentially preventable if resuscitation products—namely whole blood or blood components—are available at the point-of-injury (POI), during evacuation, and throughout prolonged field care. However, maintaining a reliable cold chain for blood transport to far-forward bases remains a critical challenge. Blood products must be kept within a strict temperature range in containers rugged enough to endure long, complex, and often harsh journeys where environmental extremes and physical impacts may compromise payload integrity. The blood supply chain spans from collection centers in the U.S. to overseas deployment areas, requiring multiple handoffs across air and ground routes. Distribution from these forward bases to Role 1, 2, and 3 care facilities involves even more logistical hurdles. Role 1—where medics must carry blood units on high-risk missions—poses the greatest challenge. Ensuring that blood remains within its required 1–10°C range at every stage of this multi-leg journey is critical to its efficacy and safety. A rugged, isothermal container with integrated temperature monitoring is essential to maintain an unbroken cold chain and meet compliance standards. To address this need, MaxQ—in collaboration with military partners—developed two Blood Armor solutions: one for global blood distribution enabling 10+ days of transport, and one tailored for medics in Role 1 care with 72-hour capability. Field tests with ASWBPL-West, USCENTCOM, and JBLM provided valuable operational feedback that highlighted key areas for improvement, including durability, ease of handling, size, and cost optimization. This project will address those improvements to ensure that the Blood Armor Global Transport system meets the operational military requirements with increased thermal reliability, improved usability, and even lower costs. The objective is to strengthen the blood logistics infrastructure by delivering a more resilient, efficient, and field-validated transport solution. By optimizing this critical component of the military medical supply chain, this project will enhance readiness, reduce waste, and support safe delivery of lifesaving blood products across operational theaters including arctic conditions. The outcomes of this effort aligns with the Department of Defense’s mission to strengthen medical logistics and save lives by ensuring timely access to blood products even in the most austere and unpredictable environments.