Ground power & tether
What does the complete system need?
Connect the ground supply, station, reel and cable to the requirements of the airborne equipment.
Start here
- Record the available AC supply.
- Describe height, cable route and deployment space.
- List the station, tether and airborne equipment together.
Choosing the AC Supply for a Tethered Drone Ground Station
Compare site mains, a generator and a mobile power station against the selected ground station's actual AC input requirements.
Read guide →How to Match a Ground Station and an Airborne Power Module
Match the ground output, tether and airborne input before choosing a tethered drone power system. Compare the interfaces that determine a usable configuration.
Read guide →Tether Length vs Operating Height: Planning a Drone Deployment
Separate cable length from working height and describe the site layout, payload and cable route needed for a tethered-system review.
Read guide →What to Ask About a Tether Cable and Reel
Review cable handling, interfaces, deployment space and replacement requirements when specifying a tethered drone ground system.
Read guide →Planning Power and Fiber Connections for a Tethered UAV
Plan the electrical supply and fiber data path in a tethered UAV, including endpoint interfaces, conversion equipment, cable handling and module selection.
Read guide →Complete Tethered System or Separate Components? Define the Supply Scope
Compare buying a named tethered configuration with sourcing ground stations, airborne modules and accessories for an integration project.
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