NanoCube develops body armor utilizing nanotechnology and infrared signature reduction to enhance ballistic protection while improving breathability, temperature control, and mobility for military personnel. The technology also serves as a protective laminate for aircraft, vehicles, and infrastructure, addressing the need for increased survivability and situational awareness in combat environments.
Funding
Funding not disclosed
Founders
Product
Problem
Military personnel face threats from ballistic weapons and detection by thermal imaging, while existing body armor solutions often compromise breathability, temperature control, comfort, and mobility. Aircraft, vehicles, and infrastructure also require enhanced protection against combat damage.
Solution
NanoCube is developing advanced body armor that utilizes nanotechnology to provide full-body ballistic protection while improving breathability, temperature control, comfort, and mobility. The technology incorporates infrared signature reduction to minimize detection and traceability by thermal imaging devices. This technology can also be applied as a protective laminate on aircraft, vehicles, marine craft, and deployed infrastructure to enhance survivability in combat scenarios.
Target Audience
The primary target audience includes military personnel requiring advanced body armor, as well as defense organizations seeking protective laminates for vehicles, aircraft, and infrastructure.
Features
- Nanotechnology-based body armor for comprehensive ballistic protection
- Infrared signature reduction to minimize detection by thermal imaging
- Enhanced breathability and temperature control for improved comfort
- Laminate layer for aircraft, vehicles, and infrastructure to protect against damage
- Integration of nanorobotics technology (via a sister company) for enhanced situational awareness and protection