Luowave Anti UAV system,
Anti UAV system radar Luowave,
Anti UAV system Luowave
Wuhan Luowave SDR Co., Ltd.---A world wide professional radio equipment manufacturing and application technology service provider. We are dedicated to develop professional software radio equipment and related application. The company has independently developed USRP-LW universal software radio equipment, SDR-LW independent software radio equipment and other accessory products, and can provide radio communication, radar and detection , radio frequency signal capture and analysis , radio transmission and electronic countermeasures , practical teaching and training exercises, and other Complete systems and solutions in related fields.
In response to the increasingly severe UAV threat, We have independently developed the Anti UAV-TB-I multi-functional and configurable anti-UAV system. In addition to basic functions such as anti-drone detection, lateral direction, deception, and suppression, it can also be configured according to different users and different application scenarios , and it supports Redevelop.
1. Anti - UAV detection and direction finding equipment: Anti UAV-TB-I multifunctional configurable anti-drone system
Appearance of equipment
Anti UAV-TB-I multi-functional and configurable anti-drone system adopts amplitude ratio direction finding technology, which can provide electronic fence function based on GPS location information deception. It has a wide-band signal monitoring function,frequency range from 70MHz to 6GHz (the factory default is ISM2.4GHz&5.8GHz frequency band). After detected the UAV signal, it calculates the azimuth angle of the UAV, and directionally transmits the simulated no-fly zone navigation signal at the corresponding angle, to deceive and interfere with the navigation position information of the UAV, so that it cannot approach; the system can run unattended 24 hours. After startup, the drone is being identified, targeted, and regional rejection, and the alarm information can be uploaded to the control center through the network port or digital radio, among which navigation deception is an optional function.
The drone monitoring interface can visually display the location of the drone on the map, and upload and save early warning information. When the system is running under manual mode, the system will report early warning information including the drone type, intrusion time, and azimuth,the personnel on duty will carry out the next step. When the system is running under the automatic countermeasure mode ( need to be equipped with a navigation decoy function module ), the system will send a simulated navigation signal according to the direction of the drone to drive the drone away.
The basic model of Anti UAV-TB-I multi-function configurable anti UAV system includes the following functions and technical specification:
|Single channel, 56M receiving bandwidth; including drone detection and identification functions
|Option list: (options are based on standard machines)
|Dual channel (coherent) 160Mhz receive bandwidth;
|Dual channel (coherent) 200Mhz receive bandwidth;
|Four-channel (full coherence) 200Mhz receive bandwidth;
|Eight channels (full coherence) 200Mhz receiving bandwidth;
|Direction finding: It can estimate the orientation and signal strength of the drone, the direction finding accuracy: 5 degrees
|Navigation deception: dual-mode navigation signal simulation of GPS L1 and GLONASS L1, which can guide the drone to fly away, flying in circle or make a forced landing.
Directional communication link interference:
Full frequency power suppression (single channel 30W) is applied to remote control and image transmission links. Directional antenna is used with turntable. Operating range: 2km;
Omnidirectional communication link interference:
All frequency band and omnidirectional power suppression (single channel 50W) is applied to remote control and image transmission links. Operating distance: 1.5km.
|Analyze the frequency hopping patterns of unknown UAVs;
|Analyze UAV carrier modulation schemes: support the identification of ASK, FSK and PSK modulation Methods.
|Cracking the drone control link radio protocol
|Cooperative development is possible
Combined with the existing anti-drone series products, our company has developed a anti-drone teaching and training system, which can be used for teaching and training in colleges and universities, and it is helpful to research the latest anti UAV technology and cultivate relevant talents.
2. Anti-UAV teaching and training system
Our Anti-UAV teaching and training system is based on the live simulation of anti UAV electronic countermeasure reconnaissance, navigation countermeasure and interference suppression, so that students can participate in and experience it in person. The whole system includes anti UAV electronic countermeasure experiment subsystem and anti UAV GPS/telecontrol jamming experiment subsystem, which can be used to carry out UAV perception and UAV system control right jamming suppression.
Anti-UAV Electronic Countermeasures Research Platform Interface — 1
Anti-UAV Electronic Countermeasures Research Platform Interface--2
Training score reporting system interface
The anti UAV EW reconnaissance experiment subsystem is mainly used to carry out UAV data transmission or image transmission and other telemetry link signal reconnaissance experiments to realize telemetry signal reconnaissance and analysis. The system uses a dual channel phase interferometer system to measure the direction of the target, providing target indication for the subsequent effective anti UAV operations. The subsystem is mainly composed of the electronic countermeasure reconnaissance equipment and UAV telemetry signal reconnaissance control software. Among them, the electronic countermeasure reconnaissance equipment is mainly responsible for reconnaissance and interception of UAV telemetry signals; UAV telemetry signal reconnaissance control software is mainly equipped through outsourcing or procurement, including telemetry signal analysis module, DF control module and other modules. It is mainly responsible for the analysis of UAV telemetry signals and direction finding. The software is mainly developed based on LabView and Matlab, and can be redeveloped.
The anti UAV GPS/telecontrol jamming experiment subsystem is mainly used to carry out suppression or deception jamming experiments on the UAV airborne GPS navigation system and flight telecontrol system, so as to achieve effective jamming on the UAV GPS/telecontrol navigation system, making it unable to obtain effective position information or obtain wrong position information or control information. The anti UAV GPS suppression jamming equipment mainly radiates high fidelity false GPS navigation signals or high-power suppression jamming signals to the target UAV, thus forming a trap for the target UAV GPS navigation system and remote control system, thereby affecting the flight control of the UAV and making it deviate from the scheduled flight route.
The functions of this system are:
About Luowave SDR:
Our company is located at the Great Wall Science and Technology Park of the East Lake High tech Zone. It was jointly founded by famous domestic college scholars and graduates, and won the title of high-tech enterprise in Hubei Province. It is one of the first batch of enterprises listed on the "Haichuang Board" in Hubei Province ,the mass entrepreneurship and innovation enterprises for overseas students, the enterprises selected under the "3551 Plan" of Optics Valley, and the "urban partner" enterprises in Wuhan, enjoying the financial support of Wuhan Municipal Government and the East Lake High tech Zone Government.
Since its establishment, our company has always adhered to the quality policy of "keeping improving and customer satisfaction first", adhere to the customer focus and people-oriented management system. Our company has a professional leading research and development team, an experienced technical support team, and a senior marketing management team, which had provided products and technical services for many domestic and foreign enterprises and research institutes.
Contact Person: Mr. Chen