
In the landscape of low-altitude threats, the hardest targets to defend against are often the ones you cannot see. FPV hommeltuie, modified UAVs, and low-flying “rogue” aircraft frequently evade cameras and radar—yet they cannot hide from radio frequency. This radio detection equipment passively intercepts drone signals without emitting high-power electromagnetic radiation, and keeps working continuously through rain, mis, duisternis, and building obstructions.
Covering a wide 70 MHz to 10 GHz band (subject to local frequency regulations), it identifies drone video and control links and simultaneously tracks more than 40 teikens, with a detection range beyond 5 km that can reach 10 km under favorable conditions, while operating with a low false-alarm rate. It captures the drone’s unique electronic fingerprint (SN), distinguishing individual airframes of the same model and resolving the operator’s location; it decodes domestic and international Remote ID standards such as GB42590-2023, ASTM F3411-22a, and ASD-STAN PrEN4709-002, as well as DJI Drone-ID; it also decodes civil aviation ADS-B broadcasts to provide real-time position information.
With average power consumption not exceeding 100 W and support for 7×24 unattended operation, it features built-in GPS auto north-alignment and multi-unit networking for 360° full-airspace coverage and cross-location, with linked execution of countermeasure strategies. A Web interface and RESTful API make it easy to integrate into existing security platforms. It is widely suited to low-altitude detection and operator tracing at airports, tronke, oil depots, borders, and other critical sites.

*Let daarop dat voorkoms, spesifikasies en funksies kan verskil sonder kennisgewing.
| Model | TXPP5000-S1 |
| Frekwensiereeks | 70 MHz ~ 10 GHz |
| Maksimum opsporingsreeks | ≥3 myl (5 km) Maximum detection distance can exceed 6 miles (10 km); actual performance may vary depending on the electromagnetic environment and drone type.) |
| Direction finding accuracy | ≤20°(RMS, Drone hovering condition; applicable to 2.4 GHz an 5 GHz bands only.) |
| Maksimum gelyktydig dop | ≥40 |
| Maximum detectable target speed | ≥±66 ft/s (±20 m/s) |
| Asimuth dekking | 0 ~ 360° |
| Hoogte dekking | 0 ~ 90°
|
| Kragtoevoer | AC 80 ~ 264V / DC 113 ~ 370V |
| Kragverbruik | ≤ 100W |
| Werk temperatuur | -20 ~ +60°C |
| Afmetings | ≤ 14 × 20 in (350*480 mm) (Diameter*Height) |
| Gewig | ≤ 33 lbs (15 kg) (Main unit only, excluding mounting bracket) |

Anti-UAV-verdedigingstelsel is saamgestel uit front-end toerusting soos opsporingsradar, RF detektor, E/O-opsporingskamera, RF-storing of spoofing toestel en UAV beheer platform sagteware. Wanneer die hommeltuig die verdedigingsone binnegaan, die opsporingseenheid lewer akkurate posisie-inligting deur middel van aktiewe afstand, hoek, spoed en hoogte. Met die betreding van die waarskuwingsone, die stelsel sal onafhanklik bepaal en die stoortoestel begin om die hommeltuig-kommunikasie te belemmer, sodat die hommeltuig terugkeer of land. Die stelsel ondersteun multi toestelle en multi sones bestuur en kan realiseer 7*24 alle weersmonitering en beskerming teen hommeltuig-inval.

Anti-UAV-verdedigingstelsel bestaan uit radar- of RF-opsporingseenheid, EO-opsporingseenheid en stooreenheid. Die stelsel integreer teikenopsporing, dop & erkenning, bevel & beheer oor versteuring, multi funksies in een. Gebaseer op verskillende toepassingscenario's, die stelsel kan buigsaam in 'n optimale oplossing ontplooi word deur verskillende opsporingseenhede en blokkeringstoestelle te kies. AUDS kan vaste installasie wees, voertuig mobiel gemonteer of draagbaar. Volgens vaste installasie tipe, AUDS word wyd gebruik in 'n hoë vlak sekuriteit beskerming webwerf, voertuig gemonteerde tipe word gewoonlik gebruik vir roetine patrollie of meer, en draagbare tipe word baie gebruik vir tydelike voorkoming & beheer in sleutelkonferensie, sportgebeurtenisse, konsert ens.


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