AT&T starts testing drones to provide LTE service in disaster areas or other locations without cell coverage
During several short test flights in a “dead zone” about an hour outside of Atlanta, the drones successfully transmitted and received LTE signals.
Context & Ripple Effects
This flight test is the payoff of a year of groundwork: AT&T first partnered with Intel to test 4G LTE for drones and reduce signal interference in early 2016, then worked with Qualcomm on drone-to-network trials using Snapdragon Flight. The Atlanta-area flights are the first reported proof that a drone can actually carry usable LTE traffic in a dead zone.
It also lands AT&T squarely into a race Verizon opened months earlier when it announced data plans for drones and its own aerial-cell-tower testing, making flying coverage a two-carrier contest rather than one carrier's experiment.
First-order effects
- AT&T gains field evidence that drones can transmit and receive LTE in uncovered areas, giving disaster-response planners and rural operations teams a new coverage option that doesn't require building towers.
- Verizon's parallel aerial-tower program now has a direct competitor with demonstrated flight results, pressuring both carriers to move from lab tests toward deployable kits.
Second-order effects
- Drone and network-equipment suppliers such as Qualcomm and Intel, already embedded in these trials, become the beneficiaries of whichever carrier scales first, shifting procurement toward airborne base-station hardware.
- If aerial LTE proves out, carriers can price temporary coverage as a service — event deployments, disaster zones, remote sites — rather than treating dead zones as permanently uneconomic.
Third-order effects
- Coverage competition moves from tower footprints to rapidly deployable airspace, eroding the assumption that geography fixes who gets served — and likely drawing FAA and spectrum regulators deeper into how carriers operate networks.
- Rural connectivity strategies like AT&T's earlier fixed-wireless push would gain an aerial complement, letting carriers fill gaps between permanent infrastructure investments.
The trend: Carriers are turning drones from inspection tools into flying cell infrastructure, with AT&T and Verizon now testing aerial LTE coverage in parallel.