Draganfly manufactures long-range, hyper‑customizable, multi‑purpose fixed‑wing sUAS that are hand‑launchable and mass‑produced in the United States. The company designs, prototypes, and deploys autonomous aerial solutions, working directly with customers on site for testing, training, and operational integration.
Funding
Funding not disclosed
Founders
Product
Problem
Organizations that require persistent aerial coverage over large areas often face limitations with conventional drones, which have short range, limited payload flexibility, and require complex launch procedures. These constraints hinder missions such as long-distance surveillance, extensive data collection, and rapid deployment in remote environments.
Solution
Draganfly offers a line of hand‑launchable, fixed‑wing small unmanned aerial systems (sUAS) designed for long‑range operations and extensive payload customization. Each platform is mass‑produced in the United States, ensuring consistent quality and supply chain reliability. The company works directly with customers on site to prototype, test, and integrate autonomous flight solutions tailored to specific mission requirements. By combining extended endurance with modular payload bays, the sUAS can be configured for surveillance, mapping, environmental monitoring, or other data‑gathering tasks. The hand‑launch capability enables rapid deployment without the need for ground support equipment, making the system suitable for field operations in remote or austere locations.
Target Audience
Primary customers include government agencies, defense contractors, and commercial enterprises that conduct long‑duration aerial missions such as border surveillance, infrastructure inspection, and large‑scale environmental monitoring.
Features
- Fixed‑wing airframe optimized for high cruise efficiency, delivering ranges of several hundred kilometers per flight
- Hand‑launchable design eliminates the need for launch catapults or runways, supporting quick field deployment
- Modular payload interface allowing interchangeable sensors such as EO/IR cameras, LiDAR, hyperspectral imagers, or communication relays
- Fully autonomous flight stack with waypoint navigation, fail‑safe return‑to‑home, and real‑time telemetry
- U.S. domestic manufacturing for consistent build quality and streamlined logistics
- On‑site engineering support for rapid prototyping, testing, and mission‑specific integration