How Hummingbird Works
A patented airborne charging system that keeps drones in continuous flight.
The Charging Cycle
Contact-Based Power Transfer
Hummingbird uses a simple yet powerful concept: when a drone touches a conductive charging node, regulated DC power flows into the drone’s onboard receiver. This power feeds both the propulsion system and the battery, enabling rapid mid-mission recharging without landing.
Components Explained
Charging Node
Mounted on poles, barns, towers, or vehicles. Provides high-efficiency, regulated DC power through durable conductive surfaces.
Receiver Module
A lightweight onboard assembly that receives power and routes it safely into the battery and propulsion bus.
Control Electronics
Current limiting, voltage regulation, reverse-flow protection, thermal monitoring, and failsafes maintain safe, controlled charging.
Distributed Mesh *Future Capability
Charging nodes can be networked to create intelligent routes for autonomous drones.
Reliability & Safety
Engineered for Harsh Conditions
- Regulated DC power with adjustable current limits
- Short-circuit and reverse-current protection
- Safe charging even with minor hover drift
- Works in wind, dust, and outdoor environments
- Durable coatings and conductive surfaces for long service life
Why This Matters
This Is the Missing Infrastructure for High-Volume Drone Operations
Drones can now perform long-range missions, multi-hour surveys, and continuous patrols without ever returning for battery swaps. Hummingbird unlocks the operational scale required for a true aerial logistics ecosystem.