Irvine, California – The U.S. Air Force Research Laboratory (AFRL) has tapped the expertise of DZYNE Technologies (DZYNE), a leading provider of uncrewed systems and analytical system technology solutions, in an effort to meet the growing demand for a system that delivers small payloads to the battlefield. AFRL has awarded DZYNE the Small Payload Precision Air-Launched Inexpensive Delivery System (SPPAIDS) contract.
Under the $89.4 million contract for SPPAIDS, DZYNE will develop, mature, and demonstrate uncrewed aerial system (UAS) swarming technologies for an eventual transition to U.S. military users. SPPAIDS is a low-cost system designed to improve small-payload precision delivery at long standoff ranges.
DZYNE is responsible for the aerodynamic and mechanical design, software development for precision delivery, prototyping of the air vehicle, and material and manufacturing development.
“As UAS continue to evolve, the military is seeking platforms that are smaller, lighter, nimbler, faster, and have longer ranges,” said Dr. Thomas Strat, CEO of DZYNE Technologies. “DZYNE is thrilled to work with the Air Force to enhance critical precision payload delivery to the battlefield.”
The SPPAIDS contract, expected to be completed by June 2027, is a Small Business Innovation Research (SBIR) Phase III contract to commercialize technology previously developed by DZYNE under the Air Force SBIR program.
The air-launched SPPAIDS system is expected to precisely deliver as much as 25 pounds (11 kilograms) of payload, with minimal cost and labor necessary from the end user. The aircraft will be designed to deliver payloads to support various missions.
About DZYNE Technologies
DZYNE is a high-growth, leading technology developer and manufacturer of Group I-V UAS platforms. The Company’s platforms provide advanced intelligence, reconnaissance, and surveillance capabilities, and the Company specializes in the rapid design, development, and deployment of advanced crewed and uncrewed systems. DZYNE integrates artificial intelligence into its operational aircraft with state-of-art payloads and end effects through concept creation, rapid prototypes, and finished products and can provide its aircraft with advanced full-motion video and video processing, autonomous navigation, and targeting and tracking capabilities. Learn more at DZYNEtech.com.