TDOA+AOA Drone Detection System 100MHz-6GHz Full Band Cover 360 Passive Detection Indoor/Outdoor Use Omni Positioning

Deployment Scenarios

• Airports and airfields — a ring of networked units watches the approach paths, so a drone entering the glide area is flagged while it is still far out, and the detection layer feeds the rest of the anti drone system rather than replacing it.
• Prisons and correctional facilities — contraband delivery by drone is the usual threat; alerts reach the control room while the aircraft is still inbound, giving staff time to respond on the ground.
• Borders and coastal stretches — with few structures to mount on, units go onto masts and towers, and overlapping coverage follows the line of the patrol route rather than a single compound.
• Stadiums, arenas and large venues — permanent nodes cover the bowl, the roof lines and the surrounding approach roads, so match-day airspace is watched without a temporary set-up.
• Critical infrastructure — substations, refineries and water plants use a compact installation on existing structures; where only a warning is needed, one unit already supplies direction data.

Emission-Free Detection

Nothing leaves this unit. It works entirely by listening, which is the difference between equipment that can be sited almost anywhere and equipment that has to be planned around the spectrum it occupies. Because there is no transmission, an anti drone solution built around this detector does not compete with the Wi-Fi, radio and mobile services already running on site, and it will not take a site's own communications down while it works. There is an operational benefit too: a passive unit gives a drone operator no warning that anyone is watching, so the intrusion is reported before the flight is abandoned or the approach changed. Hospital campuses, residential districts and dense business parks suit this approach particularly well, and neighbouring nodes can run side by side without interfering with one another.

Siting & System Integration

• Line of sight first — mount the unit high enough that buildings, containers and terrain do not block the approaches you care about; roof corners, parapets and short masts are the usual positions.
• Indoor and outdoor placement — outdoors the unit takes roof, wall and mast positions; indoors it covers atriums, halls and perimeter corridors where permanent cover is needed.
• Overlapping nodes for location data — plan coverage overlaps between units wherever you want more than a bearing; integrators and anti drone companies work out node positions with our engineers before installation.
• Power and network at every node — agree the power feed and the network path to each mounting point early, because retrofitting cable routes after the units are up is the slowest part of a project.
• Reporting into your own platform — the detector feeds alerts into the site's monitoring or command layer alongside cameras and access control; tell us what your platform expects and we plan the reporting side with you.

Technical Support & Model Matching

Choosing between a handheld detector, a vehicle-mounted or tripod-deployed system, a fixed passive detection installation, and a GaN suppression module comes down to your site, your threats and your existing equipment. Our team works with integrators and security buyers from your first enquiry: we help match the right detection range, band coverage and output level to the job, support customisation of module parameters, and stay available through installation, commissioning and troubleshooting. Send us your deployment scenario and we will recommend a configuration.

FAQ