Ground Testing of Drone Electronics — Before Takeoff

The reliability of an unmanned system is determined on the ground. We build ground-based test systems that verify the operation of a drone’s electronics and sensors under controlled conditions—including simulations of situations that cannot be tested in flight.

What We Test

Drone Electronics and Sensors — functional verification in a controlled environment
Immunity to Interference — behavior when the signal is degraded
Resistance to signal interference — response to non-standard inputs (GNSS, RF)
Environmental Impact — temperature, vibration, humidity
Repeating Scenarios — verification that there is no variation in behavior among individual units

Why Does It Matter

Drones cannot be tested repeatedly in flight. Every flight is different—weather, GPS, interference in the airspace. Without a ground-based testing system that provides repeatable conditions, it is impossible to determine whether a deviation in the drone’s behavior is caused by a manufacturing defect or by the environment.

Furthermore, in the defense context, resistance to interference and signal tampering is not an optional feature, but an operational requirement. This cannot be replicated in the real world—it must be simulated.

How We Handle It

The test system combines:

Mechanical Mounting and Power Supply for the Drone
Jammer Generators and Signal Simulators (GNSS, RF)
Environmental Chamber for Controlled Loading
A record of the entire test sequence for each item

The result is a repeatable sequence of tests with identical conditions for each unit produced. Defects are detected during production, not during operation.

Are you working on the validation of unmanned systems or their electronics?

Please describe your situation to us. No obligation—just the technical details and specifics.