Building on the original Grasshopper autonomous glider, the new version features a turbine engine and upgraded systems to increase operational reach. Designed to be cost-effective, it delivers high performance at a fraction of the cost of comparable platforms.
“The Long-Range Grasshopper represents a game-changing capability for accurate and survivable payload delivery in contested logistics environments,” said Matthew McCue, CEO of DZYNE Technologies. “It is a testament to our unwavering commitment to breaking the traditional defense acquisition cost curve while safeguarding our country and its interests.”
Flight testing took place in late 2024 at Dugway Proving Ground, Utah, and Pendleton UAS Range, Oregon. During testing, the vehicle deployed from a host aircraft, transitioned to fixed-wing flight, activated its onboard jet engine, flew under power, and landed precisely at the designated location.
Ed Smetak, Executive Vice President of Programs, said, “The Long-Range Grasshopper program exemplifies the innovative potential of low-cost manufacturing techniques to deliver game-changing cargo capabilities.” He also highlighted the productive collaboration with AFRL/RSC, which accelerated development and enabled rapid feedback.
The Grasshopper platform is designed for operations in high-risk environments, allowing critical payloads to be delivered from safe standoff distances. These capabilities support various missions, including emergency resupply and tactical deliveries, with flexibility and reliability.
To meet expected demand, DZYNE Technologies expanded its manufacturing operations with a new 125,000-square-foot facility in Irvine, California, opened in November 2023. The facility consolidates engineering, research, and production functions to scale up output of the Grasshopper line.
In addition to the Grasshopper family, DZYNE’s defence portfolio includes the LEAP and ULTRA ISR platforms and the Dronebuster, Sawtooth, and Shield counter-UAS systems. These innovations reinforce DZYNE’s role as a leading provider of autonomous and cost-disruptive defence solutions.
