"drone jamming system"
HB09 Drone Detectie en Drone Jamming Apparaat 300MHz-6000MHz Drone Spoofing Apparaat
HB09 Drone-detectie Jamming GPS-misleidingsapparatuur, 300 MHz ~ 6000 MHz spectrumdetectie 3 km bereik, 35+ doelen gelijktijdige detectie, GPS/GLONASS/BDS/GALILEO-misleiding en 2,4/5,2/5,8 GHz stoorapparaat
14-kanaals drone-storingsapparatuur met aangepaste frequentie 100W signaalblokkering
14-channel drone jamming equipment The frequency band is customized according to customer requirements. The power is 100W. 6,Countermeasure Equipment 6.1 Product Appearance 6.2 introduction The fixed jamming box is specially designed for outdoor deployment and can be installed on poles or walls. It is sturdy and durable, and can maintain its operation effectively in various weather conditions, such as thunderstorms, heavy fog, and snow. The equipment can also switch between
LS01 Handheld Anti Drone met Multi-Band 60 Watt RF Vermogen en Draagbaar Ontwerp voor Efficiënte Drone Jamming
LS01 draagbaar anti-droneapparaat met 60 W RF-vermogen, multibandinterferentie (720-5850 MHz), draagbaar ontwerp van 1,2 kg, werkingsduur van 20 minuten. Voorzien van volledig aluminium koeling, vermogensdisplay en veiligheidsbeschermingsmechanismen.
10W 1,2GHz Drone Jamming Modules Custom Signal Jammer Module met GaN Lora Technology
Test item Metric Unit Remarks frequency range 2400-2500/1550-1 620/1180-1280/84 0-930/420-450 MHz With an efficient sweep source/Customizable frequency band working voltage 28 V / gain 38-40 db / Output Power 40±0.5 dBm 1. 1A Output port in SWR ≤1.30 / No power supply, the grid points the test High and low temperature test Working environment temperature: (℃) -40～+55 ℃ Power stability 1.0 dB -40℃~+55℃ Power supply requirements ≥2A / A CW output of 20W Power supply interface
5,2 GHz Drone Jamming Modules 100 Watt Veilig Stabiel Anti-UAV Module
Model1: 5800-100W-SG Parameters Test item Metric Unit Remarks frequency range 5150-5350 /5725-5850 MHz With an efficient sweep source/Customizable frequency band working voltage 32 V / gain 45-50 db / Output Power 50±0.5 dBm 7.5A Output port in SWR ≤1.30 / No power supply, the grid points the test High and low temperature test Working environment temperature: (℃) -40～+55 ℃ Power stability 1.0 dB -40℃~+55℃ Power supply requirements ≥15A / A CW output of 100W Power supply
100W 2,4GHz drone jamming modules, op maat geproduceerd met GaN Lora technologie
Model2:400-2700-100W-SG Parameters Test item Metric Unit Remarks frequency range 2400-2500/1550-1620/1180-1280/840-930/420-450 MHz With an efficient sweep source/Customizable frequency band working voltage 32 V / gain 45-50 db / Output Power 50±0.5 dBm 7.2A Output port in SWR ≤1.30 / No power supply, the grid points the test High and low temperature test Working environment temperature: (℃) -40～+55 ℃ -40℃~+55℃ Power stability 1.0 dB Power supply requirements ≥15A / A CW
TQ01-JM07-HB22 Vaste geïntegreerde drone detectie jamming spoofing device, RemoteID & DroneID spectrum detection, 100-6500MHz multi-band anti-drone system for critical airspace security
Drone Detecting & Jamming & Spoofing Device Specification Document Product Introduction TQ01-JM07-HB22 is a fixed integrated device for drone detection, linked jamming and deception. The detection module integrates protocol analysis, spectrum detection, and RID identification functions; the jamming module supports customized working frequency of 100-6500MHz and output power of 10-200W, and can be configured with 4-channel and multi-channel interference frequency bands. The
Voertuig gemonteerde dronesignaljammer geïntegreerde frequentie 300MHz-6GHz
The vehicle-mounted integrated drone detection and countermeasure system is a comprehensive security solution that combines drone detection, identification, and countermeasure capabilities. It is specifically designed to address the increasingly complex threats posed by drones. The system can detect drone activity in the surrounding airspace in real-time, quickly identify the type and flight path of the drone, and effectively suppress illegal intrusion or malicious activities
70MHz-6GHz anti-dronesysteem afstandsbediening Intelligent aangepast UAV-verdedigingssysteem
WS03-Detection Unmanned Aerial Vehicle Defense System & Equipment Specifications Product Introduction The drone detection and countermeasure system consists of detection equipment, countermeasure equipment, and software. The system detects drone signals in the 70MHz-6GHz frequency band via radio spectrum and automatically activates the countermeasure band to defend against and attack the drone. The countermeasure band and power level can be customized to meet customer needs,
70-6200MHz Geïntegreerde Anti-Drone Detectie Video Transmissie Interceptie Apparatuur
1. Introduction With the rapid development and popularization of drone technology, drones have shown great application potential in aerial photography, agriculture, rescue, security and other fields, but at the same time they have also brought increasingly serious safety risks. Incidents such as illegal intrusions, malicious reconnaissance, and privacy violations occur frequently, posing serious threats to national security, public safety, and personal privacy. Therefore, the
Militair kwaliteitsvaste drone detector langeafstands hoge precisie Fpv detector
TQDR200 Fixed Drone Detection and Jamming Device Technical Specifications Table of Contents 1. Introduction 2. Device Overview 2.1 Device Name 2.2 Device Model 2.3 Device Usage 2.4 Device Technical Parameters 3. Device Features and Functions 4. Device Structure and Components 4.1 Device Four Views 4.2 Device List 5. Device Control and Interface 5.1 System Operation Interface 5.2 Device Security Protection 6. Device Maintenance 1. Introduction With the rapid development and
500MHz-6GHz voertuigdrone jammer fullband scanning geïntegreerde anti-drone jammers
1. Overview With the rapid development and widespread adoption of drone technology, drones have shown great potential in areas such as aerial photography, agriculture, rescue operations, and security. However, this growth has also introduced increasing safety concerns. Incidents of illegal intrusion, malicious reconnaissance, and privacy violations are becoming frequent, posing serious threats to national security, public safety, and personal privacy. Therefore, developing
