Autonomous. Expendable. Aerial Resupply – Designed for Denied Environments.
Grasshopper by DZYNE is an autonomous, expendable fixed-wing cargo glider that delivers up to 500 pounds of supplies with pinpoint accuracy. Mission-ready and cost-effective, it extends resupply beyond enemy threat range into denied areas, supporting humanitarian relief and frontline logistics. Deployable from multiple platforms, Grasshopper redefines low-cost aerial delivery in the toughest environments.
Air-launched from a host aircraft and autonomously transitions into stable flight mode
Autonomously navigates and maneuvers across diverse terrain toward a pre-planned target, including operating effectively in GPS-denied or degraded environments
Upon reaching the designated target area, Grasshopper transitions to terminal descent and lands precisely under parachute to deliver its payload



Developed in collaboration with AFRL’s Center of Rapid Innovation, DZYNE Technologies’ Long-Range Grasshopper is the next leap in autonomous contested logistics. This turbine-powered platform delivers 500 pounds of critical payload with precision and survivability – bringing game-changing standoff resupply to the front lines. Proven in real-world testing and built for rapid deployment, the Long-Range Grasshopper redefines what’s possible in autonomous delivery. Launching 2026.
For information about our Sawtooth and DZYNE’s layered defense capabilities, contact [email protected]
Airborne Systems
Proven cost-disruptive autonomous airborne systems providing long range ISR, expendable capabilities, threat emulation, and mission-driven aircraft development.
Counter-UAS Systems
A suite of software-enabled autonomous systems providing modular, interoperable security for intelligent awareness and response for militaries and civilian organizations.
Software & AI
Artificial intelligence and advanced software creating integrated intelligent systems and human-machine teams.
Operations Support
Laser-focused support delivering exceptional maintenance, training, and results.