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Counter-drone site survey: what it includes and how to prepare

Counter-drone systems are often selected from a catalogue. A year later it turns out the radar faces a wall, the optics cannot see a low-flying target, and the operator has no authority to act. A site survey is how you avoid buying the wrong system.

October 7, 20268 minProject
Optical-electronic system at the stage of object inspection
ContentsWhy is an examination needed?What's includedWhat data to prepareHow is the examination carried out?What should be in the reportCommon mistakes

The examination is not a formality and not a “manager’s visit.” This is an engineering work that determines the composition of the system, installation location and rules of application. Without it, any project remains a set of equipment.

Why is an examination needed?

  • Understand real threats and approach directions.
  • Find blind spots and interference.
  • Check the infrastructure: power, communications, supports.
  • Agree on application areas and rules.
  • Assess the budget and phasing.

What's included

BlockContent
3D modelRelief, buildings, pipes, tanks, crowns
Radio situationBackground, interference, occupied frequencies
Electromagnetic compatibilityInfluence of REP on the object
InfrastructurePower, communications, supports, access
Threat modelTarget types, altitudes, scenarios

What data to prepare

  • General plan and floor plans.
  • Heights of buildings and structures.
  • Power and communication circuits.
  • Existing cameras and sensors.
  • Operating hours and access restrictions.
  • Notable drone incidents.

How is the examination carried out?

Usually this is two days at the site: the first is a walk-through and measurements, the second is clarification of zones and approval. A report is then prepared with a 3D model, coverage map, list of blind spots and preliminary configuration. The duration depends on the area and complexity.

What should be in the report

  1. Threat model and scenarios.
  2. 3D model and coverage map.
  3. List of blind spots and suggestions for closing them.
  4. Configuration options to suit your budget.
  5. Rules of application and restrictions.
  6. Phased implementation plan.

Common mistakes

  • Select equipment before the examination.
  • Ignore electromagnetic compatibility.
  • Ignore night and bad weather.
  • Forget about training and regulations.
  • Consider only the purchase price, not the cost of ownership.
How much does the examination cost?
Depends on the area and complexity of the object. Usually it pays for itself by eliminating unnecessary equipment.
Is it possible to conduct the examination remotely?
Partially, but an accurate model requires on-site measurements and verification of the radio environment.
Should the object be stopped?
As a rule, no. The examination is carried out without stopping production.
What happens after the examination?
Report with configuration, budget and implementation plan. Then you can move on to the project.

Start with the site, not the hardware.

Tell us what you are protecting, the approximate perimeter and the threats you are seeing. We will come back with a layered configuration and a deployment sketch.