Airborne power & integration
Which power module fits my aircraft?
Work from the aircraft DC bus, measured demand and installation constraints to an integration brief.
Start here
- Confirm the aircraft voltage window.
- Separate sustained demand from short peaks.
- Review the complete power chain and thermal conditions.
How to Specify an Onboard Tethered Drone Power Module
Prepare the voltage, load, mounting and cooling information needed to select an airborne DC-DC module for a tethered UAV.
Read guide →Continuous, Rated and Peak Power in a Tethered Drone System
Understand which power figures belong in a tethered UAV comparison and how to describe load duration in an integration brief.
Read guide →Battery Backup and Power Sharing in a Tethered Drone
Review how a tethered airborne power module works with the aircraft battery, including normal load, transient demand and the response to loss of ground power.
Read guide →Tether Voltage, Cable Loss and Airborne Power: What to Compare
Organize tether voltage, current, cable length and converter input information before comparing a ground-to-air power architecture.
Read guide →Power Requirements for a Drone Communications Relay
Plan ground and airborne power for a drone carrying communications equipment. Separate aircraft demand, payload supply, data connections and installation needs.
Read guide →Preparing an eVTOL Ground-Test Power Requirement
Structure an early power-supply enquiry for an eVTOL or high-power UAV test project around the DC bus, load profile and test environment.
Read guide →Turn your requirements into a project brief
Share the task, existing equipment and constraints with us for a configuration-specific discussion.
Discuss your project