Model: APX-JC-GNSS-D
Case GNSS spoofing · directional · 200–400W · spoof up to 15 km · IP65 · Catalog p.10
The APX-JC-GNSS-D is a directional GNSS spoofing device in an aluminium case for taking control of a drone's navigation. It transmits false GPS, BDS, GLONASS and Galileo signals on the 1.2 GHz and 1.5 GHz navigation bands, so a drone that enters its beam follows the spoofed position instead of its real one — and can be guided away from the protected area or forced to land.
The directional dish antenna focuses the spoofing signal into a beam out to 15 km, so the operator aims the effect at the threat instead of broadcasting in every direction. The aluminium case mounts on a pole or hangs from a structure, and the 200–400 W output is strong enough to override the real satellite signals at long range.
With a 3-second response time and a 110–250 V AC supply, the APX-JC-GNSS-D is a fixed-site spoofing layer for airports, prisons, energy sites and military bases that need drones kept out of their airspace — not just jammed, but controlled.
1) Directional GNSS Spoofing
2) Aluminium Case, Pole or Hanging Mount
3) 200–400 W Output Power
4) Fast Response & Mains Power
Spoofing
Power & Mechanical
1) Airports & Airfields
Installed at airports and airfields, the APX-JC-GNSS-D spoofs the navigation of any drone that enters its beam out to 15 km, guiding it away from runways and terminals instead of letting it fly its own course.
2) Military Bases & Government Facilities
For military bases and government compounds, the directional spoofing beam takes control of hostile drones at long range, denying them their navigation without affecting friendly systems outside the beam.
3) Prisons & Critical Infrastructure
Suitable for prisons, power plants, oil refineries and other sensitive facilities. The fixed installation spoofs drone navigation around the clock, so delivery and surveillance drones cannot reach the site.
4) Border & Coastal Defense
For border posts and coastal sites, the APX-JC-GNSS-D adds a long-range spoofing layer that turns back drones before they cross the line, working alongside detection and jamming systems.