PteroDynamics has developed the Transwing aircraft, capable of folding its wings for different flight modes, a design that the US Navy is investing in for delivering repair cargo to warships.
The Navy's BlueWater Maritime Logistics UAS project is exploring innovative VTOL designs, with PteroDynamics receiving a $4.65 million contract expansion for the Transwing design.
The Navy seeks to use smaller drones for delivering critical repair parts to warships, reducing fuel consumption and wear on current aircraft.
PteroDynamics' CEO, Matthew Graczyk, believes in the value of efficient, time-sensitive missions that can be achieved with innovative unmanned aircraft systems.
The Transwing design allows for variations in flight modes by folding wings and leveraging propellers for lift, representing VTOL 3.0 according to Graczyk.
The BlueWater project aims to find simpler and innovative VTOL designs like the articulating wing concept of the Transwing.
The PteroDynamics Transwing design, conceived by founder Val Petrov, represents a disruptive approach in aircraft innovation compared to traditional designs from major aerospace companies.
The Navy is evaluating various unmanned aircraft designs like Skyways V2.6, ShieldAI's V-BAT, and Sierra Nevada Corporation's Voly-50, seeking cost-effective and autonomous delivery solutions.
The BlueWater UAS program addresses the need for efficient delivery of repair cargo to warships using lightweight drones with autonomy and long-range capabilities.
PteroDynamics foresees the Transwing design as a long-term aircraft solution, offering autonomy and mission-driven operations for future military needs.