Unmanned combat series

Carried and used by a single person

It is used to capture small UAVs, FPVs, wild hunting, etc

Diameter: 70mm (rear), 130mm (front)

Length: 700mm

Total weight: 4Kg 

Effective distance:300-500m

High Power Outdoor Type Technical Specifications

Designed and developed based on the SDR (Software Defined Radio) architecture, it supports four major navigation systems including GPS, Beidou, GLONASS, and Galileo, and performs precise interference, only interfering with navigation terminal devices without affecting communication services.

Low transmission power, good interference effect, based on signaling shielding technology, compared with other suppression interference devices using high-power digital synthesis technology (DDS), it has low transmission power and good interference effect. The interference method uses the same standard signaling method as navigation, which can meet the precise shielding of all frequency bands of the navigation system.

Self-adaptive, plug and play, no need for complex parameter settings.

The device can be used after powering up without any parameter settings, and the coverage can be controlled by adjusting the power in some scenarios.

Self-adaptive, plug and play, no need for complex parameter settings.
The device can be used after powering up without any parameter settings, and the coverage can be controlled by adjusting the power in some scenarios.

Based on SDR (Software Defined Radio) architecture design and development, it complies with 3GPP protocol standards, supports 2G/3G/4G/5G mobile networks including TDD/FDD, and carries out precise jamming, interfering only with terminal-side equipment, without any interference with base stations, and does not affect or hinder the operator's public communication services.
It can effectively shield/interrupt the transmission of wireless communication signals of mobile communication networks such as 2G/3G/4G/5G, including voice, SMS, data uploading/downloading and other services, and the shielding effect covers the mainstream application frequency bands of operators.
Low transmit power, good interference effect, based on signalling shielding technology, compared with other suppression jamming equipment using high-power digital synthesis technology (DDS) method, low transmit power, good interference effect, interference method using the same base station 3GPP communication protocol standard signalling method, to meet the accurate shielding of all frequency bands of the GSM, CDMA, WCDMA, LTE, TDD, SA system. 
Support smooth upgrading, for operators' network upgrading, from 2G to 5G, the shield only needs software configuration can be achieved, which is better than the traditional jammer that requires hardware replacement, thus reduce customers’investment. Support unified network management platform architecture, a single device can be used independently, large-scale network support network management platform unified management.

Anti-drone active defense system, through the radiation of low-power navigation deception signal, the invasion of GPS, GLONASS, BeiDou and Galileo and other navigation of the drone satellite navigation components to block and deceive, to achieve all-weather, all-day, all-round to the drone to drive away, forced landing, out of control, etc.,

This product has completely autonomous intellectual property rights and is a low-altitude safety control gadget. In order to successfully cut off communication between the unmanned aerial vehicle (UAV) and its remote controller at a distance, it primarily uses high-power electromagnetic waves to control UAVs during flight. By compelling UAVs to land or return to their starting place, this device allows for the control and administration of UAVs and guarantees the security of low-altitude airspace within the assigned area.

This product is a low-altitude safety control device with fully independent intellectual property rights. It mainly utilizes high-power electromagnetic waves to regulate unmanned aerial vehicles (UAVs) during flight, effectively cutting off the communication between the UAV and its remote controller from a long distance. This device enables the control and management of UAVs by forcing them to land or return to their starting point, ensuring the safety of low-altitude airspace in the designated area.

1.Promptly detect nearby drones by detecting the electromagnetic spectrum signals of surrounding unmanned aerial vehicles (UAV).

2.The detection radius is required to be greater than 2000m (specifically depending on the electromagnetic intensity of the operating environment).

3.Accurate sound, light, and vibration alarms can be effectively achieved for commonly used civilian drones, including quadcopters, fixed-wing aircraft, DIY drones, and FPV (First Person View) racing drones.

4.The equipment needs to consider harsh working environments and ensure normal operation in high humidity, high and low temperature environments.

The equipment needs to consider long working hours, with a minimum working time of 4 hours when using a lithium battery and a minimum working time of 3 hours when using a low-temperature battery.