Hoverfly Elements

Engineering the Next Generation of Drone Components

Our Origin

Born in Defense, Not Adapted to It

Hoverfly was founded in 2010, developing flight controllers in the early stages of quadcopter technology before moving into tethered drone systems for defense and security operations. Hoverfly Elements brings that experience back to core components, delivering hardware built for modern UAV and UAS systems and scalable production.

Field-Tested Systems

The #1 Tethered Drone Supplier for the US Army

Years of developing tethered drone systems for the U.S. Army have shaped how our components are engineered, tested, and deployed. That experience carries forward into hardware built for reliability and consistent performance in real operating environments.

Secure Integration

Built to Meet Evolving Compliance Standards

Our components are developed with U.S. sourcing, security, and procurement standards in mind. From NDAA-aligned supply chain requirements to evolving federal compliance expectations, our approach supports long-term availability, operational reliability, and integration into regulated commercial and defense systems.

Mission

To engineer and deliver high-performance battle-ready components that enable manufacturers to build more reliable, efficient, and scalable unmanned systems.

Objective

To establish Hoverfly Elements as the backbone and go-to partner for U.S.-based drone manufacturers seeking performance, reliability, and supply chain resilience.

The New Blueprint

#1 Tethered UAS Supplier for the U.S. Army 

Supporting operations & mission requirements across defense applications.

U.S. Defense 
Standards

Engineered to meet defense expectations for performance, reliability, & operational use.

16+ Years of UAS Innovation

Over 16 years of experience developing, manufacturing, & supporting advanced drone technologies.

NDAA-Compliant

All components meet NDAA requirements for secure, compliant sourcing & deployment.

Full Propulsion
& Navigation Stack

Motors, ESCs, & GPS modules designed to support fully integrated UAS builds.