Active Tethered DMO Repeater
When a TMO network goes down, communication doesn't just become difficult—it stops entirely. For emergency services, security teams, and operational staff on the ground, that is not an inconvenience. It is a critical failure at exactly the moment when reliable communication matters most.
Extended coverage in the event of a TMO network outage
A tethered DMO repeater keeps teams connected even when the infrastructure beneath them fails. Mounted on a drone and held stable at altitude via a continuous cable connection, the repeater extends DMO radio coverage far beyond what ground-level devices can achieve on their own. No battery limitations, no signal dropouts, no repositioning required—the system stays in the air and stays online for as long as the situation demands.
The elevated position makes all the difference. Where buildings, terrain, or sheer crowd density would normally block or degrade radio signals, an airborne repeater cuts through the interference and delivers consistent, reliable coverage across the entire operational area. Teams spread across a large festival site, a disaster zone, or a complex urban environment can communicate with each other as if they were standing side by side.
Ready when it matters
The system can be deployed within minutes and operated by a single person. If the situation shifts, it shifts with it—relocatable, adaptable, and always where it is needed most. For any operation where TMO network reliability cannot be guaranteed, a tethered DMO repeater is not a backup plan. It is the plan.
Key Benefits
- Continuous aerial coverage without battery downtime or signal interruptions
- Extended DMO radio range beyond ground-level limitations
- Rapid deployment within minutes, operable by a single person
- Stable altitude position via cable connection for consistent signal quality
- Fully relocatable as the operational situation evolves
- Cuts through terrain, buildings, and crowd density that block ground signals
- Functions independently of TMO network availability
Continuous aerial coverage without battery downtime or signal interruptions
A tethered system draws power directly from the ground via cable, meaning there are no charging cycles, no landing breaks, and no gaps in coverage. The repeater stays airborne and active for as long as the operation requires—hours or days if needed.
Extended DMO radio range beyond ground-level limitations
Altitude changes everything. A repeater mounted at height reaches far across an operational area, covering ground that no handheld or vehicle-mounted device could serve reliably from below.
Rapid deployment within minutes, operable by a single person
There is no complex setup procedure, no specialist crew required. One trained operator can have the system airborne and fully operational in a matter of minutes—critical in fast-moving scenarios where every second counts.
Stable altitude position via cable connection for consistent signal quality
Unlike free-flying drones that drift with wind or require constant correction, a tethered system holds its position precisely. That stability translates directly into a consistent, predictable signal footprint across the entire coverage area.
Fully relocatable as the operational situation evolves
If the incident moves, the system moves with it. The entire setup can be packed down and redeployed to a new position quickly, without losing operational continuity.
Cuts through terrain, buildings, and crowd density that block ground signals
Where physical obstacles degrade or completely block radio communication at ground level, an elevated repeater rises above the interference. Dense urban environments, hilly terrain, large festival sites—none of these present the same challenge from altitude.
Functions independently of TMO network availability
The system does not rely on existing infrastructure to operate. Whether the TMO network is overloaded, damaged, or entirely unavailable, the tethered DMO repeater keeps teams connected and communication flowing.
related use cases
temporary 5G telecommunications base stations
monitor critical areas during floods
