A Synchronized Wireless Transmitter System for Parachute Strain Data Acquisition

The project aims to develop a compact wireless data acquisition system (DAS) for gathering parachute strain data, featuring synchronized measurement channels and centralized data storage. This system will address the limitations of current wireless DAS platforms, which are not suitable for flight parachute instrumentation. Funding will be used to adapt Bloomy's existing soldier-borne wireless power monitoring sensor platform to meet the requirements for parachute applications, including the implementation of Wi-Fi for long-range data transfer, improved packing pressure withstand, and increased channel density. Additional focus areas for the funding include environmental testing, technical studies, and component selection. These innovations will bridge the TRL gaps of current wireless DAS platforms, which are not appropriate for flight parachute instrumentation. Innovations include pressure packing withstand of up to 45 lb/ft³, rapid data transmission and storage across distances of at least 30 meters, synchronized wake-up to 20 outer nodes, and channel density per node of up to 10 sensors. Target markets for this technology are diverse. The primary markets include parachute systems, soldier systems, UAVs/UGVs, energy storage systems, and microgrids. The parachute systems market encompasses space agencies, the military, and parachute manufacturers. The soldier systems market consists of the US Department of Defense and NATO forces. The UAV and UGV markets feature both military and commercial applications, along with research organizations. Additionally, this technology can be applied to energy storage systems, microgrids, and other industrial applications. This project strategically leverages Bloomy's existing eSoldier platform, enhancing its capabilities and creating opportunities in markets beyond soldier and space equipment.