Flexible Circuit Technologies:
For UAVs, Drones & Autonomous Systems
UAV and drone technology continues to evolve rapidly as unmanned systems become more intelligent, lightweight, and capable. From commercial and industrial applications to defense, agriculture, surveying, and public safety, next-generation drones demand electronics that maximize performance while minimizing size and weight. Flexible circuits enable compact, reliable interconnect solutions that withstand vibration, complex routing, and demanding operating environments. This is helping manufacturers build more efficient and higher-performing UAV systems.
Why Flex Circuits for UAVs & Drones?
Flexible circuits are helping drive the next generation of UAVs by delivering lighter, more reliable interconnect solutions. Replacing traditional wire harnesses with flexible circuits can reduce system weight by up to 70%, improve reliability by eliminating connectors and wiring failures, and create more compact designs. The result is longer flight times, increased performance, and greater durability for demanding industries and applications.
Enabling Innovation Across UAV Markets
UAVs powered by flexible circuit technology are advancing applications across defense, surveillance, agriculture, cargo and delivery, mapping and surveying, inspections, public safety, energy, and mining markets.
Powering Critical UAV & Drone Applications
- Flight controllers
- Gimbals
- Cameras
- Battery management
- Motor controllers
- GPS
- Radar
- LiDAR
- RF communications
- Antennas
Why FCT for Design Solutions
- HDI Flex
- Rigid-Flex
- Long-length flex
- High-current flex
- Lightweight copper options
- Controlled impedance
- RF materials
- Quick-turn prototypes
- Volume production in Asia
Why OEMs Choose FCT
OEMs choose Flexible Circuit Technologies for our U.S.-based engineering support, global manufacturing capabilities, advanced technology, turnkey solutions, proven track record, and long-term partnerships that help bring innovative products to market with confidence.