Circuit protection that keeps drones in flight
Modern drones depend on reliable power and control systems where even small electrical faults can compromise performance or safety. Proper circuit protection helps engineers build safer, more reliable drone designs for real-world conditions.
Unmanned Aerial Vehicles (UAVs)
Hybrid or combustion drivetrains designed for long flights
Onboard 270VDC bus for high-power loads like radar, ISR and flight controls
Long-range communications
Hybrid or combustion drivetrains designed for long flights
Onboard 270VDC bus for high-power loads like radar, ISR and flight controls
Long-range communications
Hybrid UAV system design framework
Inspect components by interacting with circles 
Commercial drones for professional applications
Fully electric drivetrains with swappable batteries for extended uptime
Supports payloads including HD cameras, thermal imaging/environmental sensors for surveying and inspection
Long-range remote data links or LTE connectivity enable BVLOS flights
Fully electric drivetrains with swappable batteries for extended uptime
Supports payloads including HD cameras, thermal imaging/environmental sensors for surveying and inspection
Long-range remote data links or LTE connectivity enable BVLOS flights
Commercial & consumer drone system design framework
Inspect components by interacting with circles
Consumer drones for everyday flight
Lightweight construction with a camera and telemetry equipment
Wi-Fi or proprietary 2.4/5.8GHz connection for VLOS flights
Lightweight construction with a camera and telemetry equipment
Wi-Fi or proprietary 2.4/5.8GHz connection for VLOS flights
Published: 2026-16-07