UAV Drone Jamming Module

Why do we need to conduct the anti-interference test of anti drone module?The purpose of the anti-interference performance test: to ensure that the Drone UAV jammer module can work stably and remain safe in a real environment, and to improve the reliability and safety of the UAV system.
1. There are various complex wireless signals and electromagnetic interference in the modern environment, so the anti-interference test must ensure that the rone Amplife Module can still work normally in the complex electromagnetic environment.
Ensure safety: Because the signal jammer module may fail or behave abnormally due to complex interference factors in the external environment, the anti-interference test detects the resistance of the jamming module to external anti-interference signals.
Test content: simulated interference signal injection, electromagnetic radiation measurement, etc. Drone amplife module performance under different interference signal frequencies, amplitudes and durations.
Performance parameters: Modules with excellent anti-interference properties UAV Drone Jamming Module that can interfere with signals through various types of radars, communication equipment, electronic countermeasures systems, etc. can maintain a stable working state in the context of these interference signals. , complete its intended function without being affected.
Frequency: 0.9-5.8GHz, multi-band compatibility.
Power: 5-150W adjustable.
Supply Voltage: DC 24V for stable operation.
V.S.W.R: ≤1.5 for efficient Transmission.
Input Impedance: 50 ohms standard.
Polarization: Vertical for line-of-sight.
Service: OEM & ODM customization.
Connector: SMA/N female, versatile connectivity.
Max Input Power: 150W capacity.

The impact of signal jammer on GPS is a complex issue involving the principles of wireless communication and electromagnetic waves. First, we need to understand how GPS works. GPS relies on signals transmitted from multiple satellites, which are picked up by receivers on the ground and used to determine their position. These signals are carefully coded and time-stamped so that the receiver can accurately determine its distance from the individual satellites and thus calculate the position.
The Jammer signal blocker works by sending a signal on the same frequency as a GPS signal, which disrupts the satellite signal received by the GPS receiver. Jamming signals can mask or confuse the real GPS signal, causing the receiver to be unable to decode and calculate the position properly. This will not only lead to inaccurate positioning, but in severe cases may even make the receiver completely lose its positioning ability.
It is important to realize that modern GPS systems generally have some immunity to interference. They use sophisticated algorithms and filtering techniques to distinguish between real GPS signals and interference signals. However, if the jamming signal is strong enough, these safeguards can be breached, leading to positioning problems.
Therefore, the use (UAV Drone signal blocker) may have an impact on GPS. This does not mean that all GPS will be interfered with, but it does increase the risk of inaccurate positioning or loss of ability to locate. In order to avoid these problems, we should try to choose GPS devices with strong anti-interference capabilities and avoid using them in environments where there may be a lot of interference.

Does the number of antennas affect the interference effect of the signal jammer? There are various jammer signal blockers on the market. In addition to different appearances, the number of antennas is also different. Does the number of antennas affect the effect of the UAV Drone signal blocker? The number of antennas does affect the interference effect. A large number of antennas means a long interference distance, and a small number of antennas means a short interference distance. But mainly the power of the Drone Jammer itself is the most important factor that affects the interference distance.
The antenna used in the signal jammer must be consistent with the power and frequency of the jammer. Antenna directivity determines the signal coverage. Omnidirectional antennas cover a wide range, but the interference distance is shorter than directional ones. A Jammer signal blocker with a large number of antennas can provide wider coverage and stronger interference signals.
However, the technology and design of the jammer itself are the main factors that determine the jammer's interference distance. If the jammer uses the optimal solution, only one antenna can exert the greatest interference effect.

Look at our Jammer signal blocker, you can choose the correct blocker to meet all your needs. Our Jammer Signal Blocker supports dirupting multiple distances and multiple frequencies and can work in most harsh environments.Our jammer can disrupt signals across diverse distances. We provide a power spectrum from 10W to 150W. The 10W model efficiently blocks signals up to 100m, conversely, the powerful 150W model reaches kilometers, ensuring full coverage in small area or vast outdoors. Choose jammer signal blocker of power spectrum you want, all depends on your need. Our jammer signal blocker supports 1.26/1.56/2.4G/5.8G/344MHZ/868MHZ, making it a one-stop solution for most communication technologies. Whether you're dealing with cell phones, Wi-Fi signals or specific devices like Drone UAV jammer module, you can choose our jamming module to handle it all. Moreover, our signal jammer module blocker can work within the temperature range of -40°C to +65°C. Meanwhile, it has the high-quality components and robust construction, so it can work under the toughest environments. Max Output Power: 10W/20W/30W/50W/100W/150W - Choose the power level that best suits your needs. Work Voltage: 24/28/32V - Versatile voltage options for compatibility with various power sources. Max Gain: 45dB - Enhanced signal gain for improved signal disruption capabilities. Flatness ±3dB - Ensures consistent performance across the entire frequency range. Max Current: 2.9A - Efficient power consumption without compromising performance. Output VSWR ≤ 1.5 - Minimizes reflection and maximizes signal Transmission efficiency. Output Connector: SMA/F 500 - Industry-standard connector for easy integration and compatibility. Switch Control: High/Low Level Current - Precise control over the jammer's operation, allowing for customized interference levels.

700MHz-840MHz 100W anti-UAV N-UAV signal jamming module​ This module is a special high-power jamming equipment, which is mainly used to disrupt signals in the frequency range of 700-840MHz. As an advanced UAV Drone Jamming Module, it adopts advanced gallium nitride (GaN) technology to provide high-efficiency interference with lower energy consumption, which is suitable for the applications that need reliable interference in this frequency band. As a practical UAV Drone Jammer, it is equipped with a durable N-connector that can ensure safe integration into various systems.​ Frequency range: effective in 700–840 MHz band, and optimized for signal interruption in this band.​ GaN technology allows: providing high output power, low heat generation, maximizing energy efficiency and durability.​ N-type connector: Ensure stable and reliable connection in various settings.​ High power output: it can interfere with strong signals at a long distance.​ Thermal management: integrate heat dissipation to achieve long-term stable operation.​ Compact and lightweight design: easy to integrate into mobile or fixed interference solutions.​ Rugged and durable: able to withstand challenging environmental conditions and ensure reliable performance.​ Low noise output: reduce accidental interference with other frequency bands and improve operation accuracy.​ FAQ​: 1.Can the module work normally in a low temperature environment?​ Yes. Its working temperature range is-20 ~+65℃, and it can work normally in low temperature environment, and its gain and power stability can be kept in good condition.​ 2.Can the input signal source of this module be replaced?​ Sure. The input signal source of the module is a built-in high-speed noise modulation signal source, and other signal sources such as customized VCO, DDS or SDR are also supported.​ 3.Do you need special tools when connecting N-type connectors?​ No need. The design of N-type connector is convenient for connection, which can be completed by routine operation and can ensure the stability and reliability of connection.​ WELCOME TO CONTACT US!

Jammer signal blocker：Is there a risk of accidentally injuring others or other equipment? How can these risks be reduced?
signal jammer uses electromagnetic interference to interfere with UAVs or other equipment, or affects the operation of UAVs through optical interference. Improper use UAV Signal Blocker may have adverse effects on nearby equipment and personnel. In order to reduce the damage caused by Drone Jammer to people or equipment, the following measures can be used to control the reasonable use of interference: Precise control and adjustment of the jamming technology is required when starting Drone Jamming Equipment, to ensure that Drone UAV jammer module Only aim at drones or other interference targets to prevent interference signals from overflowing into non-target areas and avoid anti drone module causing harm to other equipment or personnel.
When using signal jammer module, it is necessary to clearly formulate the conditions for use jamming module, conduct training and examinations for operators, master the basic principles, operating methods and safety precautions of jamming technology, improve operating skills and respond to emergencies situational capabilities. Only those who meet the qualification requirements can operate drones. Regularly check whether each parameter of the jamming module is qualified, and adjust the unqualified parameters to ensure that the jammer is safe when used. Our relevant agencies should strengthen the supervision of jammers and crack down on the illegal use or misuse of jammers. Reduce the risk of jammers accidentally injuring others or other equipment.
Frequency Range: 900MHz, 2.4GHz, 5.1GHz, or customized. Input Power (dBm): ≤0-20dBm, adjustable or customized. Impedance: Fixed at 50 Ohms. Working Current: <10-16A, low power consumption. Voltage: DC 22-28V. ALC Range (dB): ≥5dB for stable output. RF In/Out Connector: SMA-Female for easy connection. Working Temperature: -25°C to +65°C. Storage Temperature: -40°C to +85°C. Operating Humidity: 0% to 90% RH.

Does signal jammer have the function of monitoring and identifying drones? Currently, there is no Jammer signal blocker on the market that can monitor and identify drones. If you want to monitor and identify drones, you must use a Drone Detector, equipped with radar, cameras, and radio spectrum analyzers, which can accurately identify the Drone's model, altitude, positioning, and monitor the drone's flight trajectory, etc. Equipped with radar, cameras, radio spectrum analyzers or other sensors, it can position and monitor the surrounding airspace in real time and identify flying objects. With Drone Detector Radar, we can quickly and accurately detect potential drones that are invisible to the naked eye, and then take interference measures against the drones. For example, if a drone flies into our area, Drone Uav Detector will sound an alarm and can accurately identify the drone model, flight distance, location, flight trajectory, etc. After identifying the drone, we can use the Drone Jammer to carry out precise jamming. But not all drone models can detect it. Common drones on the market can detect it. Not all drone jamming devices have real-time monitoring and identification capabilities. Work Temperature: -40°C to +65°C operating range. Max Output Power: 10W-150W adjustable. Work Voltage: 24V/28V/32V compatible. Max Gain: 45dB gain. Flatness: ±3dB flatness. Max Current: 2.9A max current. Output VSWR: ≤1.5 VSWR. Output Connector: SMA/F 50ohm. Switch Control: High/low current control. Frequency: 1.2G-868MHZ bands supported.

The popularity of Drone UAV jammer module has made our privacy transparent. Do drones frequently enter your territory without your permission? Is this bothering you? How to get rid of drones is a problem that bothers us. You can use signal jammer module blocker. The Drone UAV Signal Blocker will cause interference to the drone, preventing the drone from flying into our area. The drone Drone Jammer will emit a signal that can interfere with eavesdropping and camera frequencies, blocking unmanned aerial vehicles. Communication between human machine and remote controller to prevent the remote controller from controlling the drone Modules.
Frequency: 1.2G-5.8G, 344MHz, 868MHz compatible.
Work Temperature: from -40°C to +65°C range.
Max Output Power: 10W-150W options.
Work Voltage: 24V, 28V, 32V input.
Max Gain: 45dB boost.
Flatness: ±3dB response.
Max Current: 2.9A draw.
Output VSWR: ≤1.5 for efficiency.
Output Connector: SMA/F 50 ohms.
Switch Control: High-low level switch.

What is the maintenance cycle and warranty period of signal jammer? The maintenance and warranty periods ofsignal jammer module are different, and each Jammer signal blocker model and manufacturer has its own regulations.
Maintenance Cycle: Varies by usage and manufacturer, typically a few months to a year, with regular checks recommended. Warranty Period: Ranges from a few months to a year, with free repairs or replacements for normal use issues. Purchasing Advice: Consult seller/manufacturer for warranty, repair, and after-sales service details to ensure timely support. Product Specifictaions:
Work Temperature: -40°C to +65°C for stable operation.
Max Output Power: Multiple options up to 150W.
Work Voltage: 24V, 28V, 32V compatible.
Max Gain: Boosts signal up to 45dB.
Flatness: ±3dB for uniform performance.
Max Current: Efficient at 2.9A.
Output VSWR: ≤1.5 for minimal reflection.
Output Connector: SMA/F 50Ω for secure connection.
Switch Control: High/low level for automation.
Frequency: Covers 1.2G to 868MHZ.

In recent years, drones have developed rapidly, and Jammer signal blocker has gradually attracted people's attention as an effective means to deal with Drone threats. However, people know nothing about the interference range of UAV. When the jammer has good design and performance, there are still some factors that will affect the interference effect of UAV Drone signal blocker. The main factors are: model It is related to power and antenna performance. Let’s talk about power first: Power is a key factor affecting interference range.Different drones use different frequencies. The jammer must flexibly adjust the frequency to adapt to different interference targets. Only when the frequencies match each other will the range of interference be farther away. Finally, antenna performance is also one of the important factors affecting the effective range of the jammer. Antennas are usually used to receive and transmit signal jammer module signals, and are the most important Transmission bridge between other devices. The performance of the antenna can directly affect the propagation effect of the interference signal. An antenna with a strong signal allows the jammer to cover the target area more intensively, thereby increasing the effective range.

What are the development trends of countermeasures technology for Drone UAV jammer module? Because there are more and more drones, they are more widely used in photography, agriculture, express delivery and other industries. Recently, drones are even used in war. Drones pose a huge threat to human privacy and security, so many engineers have to develop Drone Modules to combat them. Continuous upgrading of technology: With the advancement of science and technology, (anti drone module) technology will continue to be upgraded, including improving the attack methods, accuracy and coverage of (Drone Amplife Module). This will enable the signal jammer module to deal with various complex scenarios and threats more effectively. With the advancement of science and technology, the development of drones will become increasingly innovative, and drones need to cope with diverse needs. Not only in the air, but also on the ground, there may be threats from drones. Therefore (jamming module) needs to adapt to the air, the ground, or more application scenarios. AI artificial intelligence is very popular now and will become more popular in the future, so AI artificial intelligence technology may also be applied to drones. Therefore, the update direction of countermeasure equipment can take into account the direction of AI intelligence to achieve smarter and more autonomous identification of drones and interference with drones, and improve the interference effect on drones. There are many kinds of drones nowadays, including agricultural drones, photography drones, and FPV drones. Therefore, the jamming system needs to integrate detection, interference, blocking, capture, destruction and other technologies. Only in this way can we better deal with the threat of drones and achieve more effective interference with drones.

Our anti drone module is the best choice for you in the realm of Drone defense systems, for our anti drone module has the advantages of exceptional performance capabilities and streamlined deployment process. In today's landscape, it's important to choose the correct and match frequency module. Our drone module excels in this regard, offering a multiple range of 300-400MHz, 400-500MHz and 500-600MHz bands to choose from. This flexibility ensures that no matter the type of drone encountered, the signal jammer module has the means to disrupt its communication and operations effectively.
Frequency:Multi-band selectable (300-400MHz/400-500MHz/500-600MHz), offering flexibility to counter various drone signal frequencies.
Work Temperature: Wide temperature range (-40°C to +70°C) ensures stable operation in extreme climates.
Output Power:Powerful 20dBm output, ensuring effective coverage and suppression of drone communications.
Work Voltage:Stable DC24V voltage, easily compatible with various power supply systems.
Max Gain:High 43dB gain enhances signal Transmission efficiency and interference effectiveness.
Flatness: ±3dB flatness ensures uniformity and stability of interference signals across frequencies.
Max Current:Low-power design with a maximum current of 2A, reducing operational costs and extending device lifespan.
Output VSWR:≤1.5 low VSWR minimizes signal reflection, improving the purity of interference signals.
Output Connector:SMA female 50ohm standard interface facilitates easy connection to other RF equipment.
Switch Control: High/low level current control enables remote or automated switching for convenient operation.

400MHz-500MHz 100W anti-UAV N-UAV signal jamming module The 400MHz-500MHz 100W anti-UAV N-UAV signal jamming module, as a professional UAV Drone Jamming Module, is a special high-power jamming equipment, which aims to disturb the signals in the frequency range of 400-500MHz. Advanced gallium nitride (GaN) technology can provide efficient interference with lower energy consumption, which is an excellent choice for applications requiring reliable interference in this frequency band. As a UAV Drone Jammer, the product is equipped with durable N-connector, which can ensure the safe integration into various systems.​ Frequency range: effective in 400–500 MHz band, and optimized for signal interruption in this band.​ GaN technology allows: providing high output power, low heat generation, maximizing energy efficiency and durability.​ N-type connector: Ensure stable and reliable connection in various settings.​ High power output: it can interfere with strong signals at a long distance.​ Thermal management: integrate heat dissipation to achieve long-term stable operation.​ Compact and lightweight design: easy to integrate into mobile or fixed interference solutions.​ Rugged and durable: able to withstand challenging environmental conditions and ensure reliable performance.​ Low noise output: reduce accidental interference with other frequency bands and improve operation accuracy. This UAV Drone Jamming ModuleJammer is thus a well-rounded solution for targeted signal interference needs in the specified frequency band. 1.Will this module cause interference outside the 400-500MHz frequency band? No. It has low noise output characteristics, can reduce the accidental interference with other frequency bands, and only effectively interferes with signals in the 400-500MHz frequency band. 2.Will the performance of the module be affected when it is used in high temperature environment? No. It has integrated heat dissipation design, and the power stability and gain stability can be kept at 1 dB in the working temperature range of-20 ~+65℃, so it can run stably in high temperature environment. 3.What is the service life of N-connector? N-type connector has strong durability, which can ensure stable and reliable connection in various settings. With the solid design of the module as a whole, it can maintain good connection performance for a long time under normal use conditions. WELCOME TO CONTACT US!

What is The principle of embedded LoRa Drone UAV jammer module? Here are the answers that may help you understand the principle of the LoRa signal module.
Sending: Data converted to digital drone module signals, modulated by LoRa, then transmitted via antenna.
Modulation: Digital signals transformed into LoRa modulated signals for distance & anti-interference.
Transmission: Modulated signals sent over long distances with strong penetration.
Receiving: LoRa signals captured by antenna, converted back to digital signals.
Demodulation: Received LoRa signal jammer module signals demodulated into digital signals for processing.

Product Specifications:
Frequency: Multi-band 430-510MHz, 868MHz, 902-928MHz connectivity.
Power: Efficient 150mW peak output.
Current: Low 120mA during transmission, 12mA during reception, and an ultra-low 2.0uA in sleep mode.
Voltage: Wide voltages from 3.0V to 5.5V.
Data Rate: Configurable air data rate between 300 and 62500bps.
Dimension: 23.0mm x 23.0mm x 3.00cm for integration.

The antenna on the Jammer signal blocker can receive and transmit wireless signals. When the jammer signal works, it emits a specific wireless signal, which is emitted through the antenna to interfere with or shield the target device. At the same time, the antenna can also receive the signal sent by the target device, so that the UAV Signal Blocker can better understand the operating frequency and characteristics of the target device and carry out targeted interference operations. Therefore, the antenna is very important in the Drone Jamming Equipment. It is a key part to achieve jamming or shielding the target device.
Work Temperature: -40°C to +65°C for reliable operation.
Max Output Power: 10W-150W for diverse needs.
Work Voltage: 24V, 28V, 32V compatibility.
Max Gain: 45dB for enhanced signal strength.
Flatness: ±3dB for consistent performance.
Max Current: 2.9A for efficient use.
Output VSWR: ≤1.5 for minimal reflection.
Connector: SMA/F 50ohm for secure connections.
Switch Control: High/Low level current for easy integration.
Frequency: 1.2G-5.8G, 344MHz, 868MHz coverage.

Electrical characteristic testing is a method of testing the voltage, current, power and other parameters of Drone Amplifer Module. Parameters such as voltage, current, and power are crucial to the normal operation of the UAV Drone Jamming Module. Purpose: To ensure that the Jammer Module meets the design requirements and operates stably under normal working conditions. Standards: jamming module needs to comply with national or regional electrical safety standards, radio frequency and power regulations and relevant standards and specifications, Test method: Electrical characteristics test equipment: digital multimeter, oscilloscope, power meter, etc. Test standards: setting of voltage and current, reading test data, etc. Test content: Test the voltage, current, power and other parameters of the signal jammer module to ensure that it can work normally and meet relevant standards. Product Specifications: Frequency: 1.2G, 1.5G, 2.4G, 5.8G, 344MHz and 868MHz bands. Work Temperature: From -40°C to +65°C. Max Output Power: 10W, 20W, 30W, 50W, 100W and 150W. Work Voltage: 24V, 28V or 32V. Max Gain: 45dB. Flatness: Maintains a flat frequency response within ±3dB, ensuring minimal distortions. Max Current: Draws a maximum current of 2.9A for efficient power consumption. Output VSWR: ≤1.5 ensures minimal reflected power and optimal Transmission efficiency. Switch Control: Features a high-low level current switch for easy control. Output Connector: Equipped with an SMA/F connector for seamless integration and connectivity.

signal jammer How to use? Generally speaking, Jammer signal blocker itself has the function of controlling itself, so there is no need to use an additional remote control. However, using a Drone Jammer is a very professional matter. You must understand the relevant knowledge and technical parameters of the jammer, so the use of the jammer must be adjusted and optimized according to the actual situation. UAV Drone signal blocker comes in many styles: handheld, backpack style, fixed style, etc. Its style is determined by its installation method. The fixed style is usually installed in a fixed position. For example, training grounds, schools, special event scenes, etc. to prevent drones from flying into these places. Backpack and handheld UAV Drone signal blocker can be used for mobile activities, such as in the car, etc., and can also be used in emergencies, and can be deployed and used when necessary. If you need to use Drone Jammer to protect an area from drone interference, although the operation of jammer signal blocker is relatively simple, the first operation still requires professional guidance. The operation of signal jammer is usually Need to be done on site. It is recommended to work with the manufacturer to provide technical support and services.

What factors affect the interference distance of Drone Jammer? The core accessory of UAV Drone signal blocker is Jammer Module, and the drone module is the determining factor in UAV Drone Jamming Module performance and interference distance. The main Modules are 10W, 30W, 50W, and 100W. The greater the power, the farther the interference distance of the jammer. There will be a built-in antenna in each Drone amplifier module. The higher the gain of the module antenna, the farther the signal Transmission distance Jammer signal blocker will be. The working frequency of the module matches the frequency of the interference target. There is no interference from other frequencies, so the working distance of the signal jammer is farther away. At the same time, the weather, environment, terrain, etc. when using signal jammer will affect the interference distance. In relatively open areas, the transmission distance of drone jammers is usually longer, but if there are buildings or other influences, the interference distance will be shorter. There are more factors that will affect the interference distance, the above are the most important factors.

Take a look at our 50w 100w 5.8mhz 960mhz UAV Wifi Jammer Module! The best UAV Drone Jammer you have never seen before.
Frequency Range: 5725-5850MHz - DisruptsUAV Drone Jamming Module comms within commonUAV Drone Jammer bands for privacy & security.
Work Temperature: -40~+65℃ - Resilient across extreme temperatures for reliable operation.
Max Output Power: 20W - Powerful jamming for disabling advanced drones.
Work Voltage: 24/28/32V - Versatile voltage compatibility for seamless integration.
Max Gain: 45dB - Boosts Jammer Antenna signal reach & effectiveness for long-distance disruption.
Flatness: ±3dB - Stable jamming across frequencies for consistent performance.
Max Current: 2.9A - Efficient operation minimizes energy consumption.
Output V.S.W.R ≤ 1.5 - Ensures optimal energy transfer for clear jamming signals.
Output Connector: SMA/F 50ohm - Secure, reliable connection for easy antenna setup.
Switch Control: High-Low Level Current V - Simple control for precise jamming activation.

All-round countermeasures to protect airspace security - high-end customized Drone UAV jammer module UAV technology is updating very quickly, and conventional counter-anti drone module cannot meet the demand. We are well aware of the importance of airspace security. To this end, we have researched that whenever we discover a new type of Drone, we will discover it in time, and have carefully developed and mass-produced a series of high-efficiency ,Drone Amplifer Module specially designed to deal with 300-400MHz, 400-500MHz and 500MHz. -The drone design within the 600MHz frequency band builds an indestructible line of defense for your regional security. Our signal jammer module can accurately identify and effectively interfere with 300-400MHz, 400-500MHz, and 500-600MHz, ensuring no blind spots for protection. Achieve quick response and effective countermeasures. The powerful interference capability makes any potential threats invisible and protects your key areas safely. In addition to the above standard frequency band ammer Modules, we also provide full-band customization services. No matter which specific frequency band countermeasure solution you need, our professional team can quickly design and produce according to your needs, ensuring that each system can accurately match your application scenario.

400MHz-500MHz&500MHz-600MHz dual-frequency 50W SMA UAV signal jamming module The dual-frequency module is a special jamming device, which aims to disrupt signals in the frequency range of 400-500MHz and 500-600MHz. Adopting advanced gallium nitride (GaN) technology to provide efficient interference with lower energy consumption is an excellent choice for applications that need reliable interference in these two frequency bands.ThisUAV Drone Jammerare equipped with durable SMA connectors to ensure safe integration into various systems. Frequency range: effective in 400–500 MHz and 500–600 MHz, and optimized for signal interruption in these two frequency bands. GaN technology allows: providing high output power, low heat generation, maximizing energy efficiency and durability. SMA connector: Ensure stable and reliable connection in various settings. High power output: it can interfere with strong signals at a long distance. Thermal management: integrate heat dissipation to achieve long-term stable operation. Compact and lightweight design: easy to integrate into mobile or fixed interference solutions. Rugged and durable: able to withstand challenging environmental conditions and ensure reliable performance. Low noise output: reduce accidental interference with other frequency bands and improve operation accuracy. FAQ: 1.Can the dual-frequency module interfere with the signals of two frequency bands at the same time? Yes. It is specially designed for 400-500MHz and 500-600MHz, and can effectively interfere the signals in these two frequency bands at the same time. 2.What are the advantages of SMA connector compared with other connectors? SMA connector has strong durability, can ensure stable and reliable connection in various settings, and has convenient connection operation and good adaptability. 3.Will the dual-frequency design increase the energy consumption of the module? No. The module adopts advanced GaN technology, which can provide high-efficiency interference with lower energy consumption, and the dual-frequency design will not increase too much energy consumption. WELCOME TO CONTACT US!

Nowadays, with the development of society, major Drone manufacturers have developed drones for various purposes, such as drones for photography, drones for delivery, drones for agricultural irrigation, and drones for military battlefields. With so many uses of drones, whether Drone Jammer can effectively interfere with various drones has become a matter of great concern. Various manufacturers of UAV Drone signal blockers have adopted innovations to enhance the jamming capability of drones. At present, the major (signal jammer) manufacturers mainly target shooting and military drones for jamming. However, with the increase of signal blocker, UAV manufacturers are facing huge challenges, how to choose to enhance the anti-interference of UAV, is worth exploring and researching for UAV manufacturers.There is a very important accessory in the UAV, mainly the sensor, the main function of the sensor is to enhance the control and perception ability of the UAV, which is the core technology of the UAV. Therefore, drone manufacturers need to conduct in-depth research on the sensors of drones. Only by choosing higher quality UAV materials can we have the opportunity to improve the anti-interference ability of the UAV. According to the conditions of Jammer Module, UAV Drone Jamming Module is to control the loss of communication signals of drones by shielding the frequencies carried by drones themselves, blocking the frequencies emitted by drones to the outside world and blocking the frequencies received by drones in the meantime. The Drone Amplifer Module can also control the communication between the drone and the operator by blocking the signal of the drone and the drone remote control. Therefore, UAV manufacturers can improve the anti-interference ability of the UAV to a certain extent by improving the communication stability between the UAV and the operating remote control. Therefore, drone manufacturers have developed new technologies that can identify and separate interfering signals, which can minimize drone failure and drone remote control loss. You can also block the drone's remote control. Frequency: 840-930 MHz - Compatible with various communication standards. Work Temperature: -40°C to +70°C - Robust performance across a wide temperature range. Output Power: 20 Watts - Ideal for long-distance Transmission. Work Voltage: DC24V - Efficient and reliable power consumption. Max Gain: 43 dB - Amplifies signals for improved reception. Flatness ±3 dB - Uniform frequency response. Max Current: 2 Amps - Efficient power management. Output V.S.W.R ≤ 1.5 - Excellent impedance matching. Output Connector: SMA Female - Secure and reliable connections. Switch Control: High/Low Level - Easy integration into automated systems.

Worrying about the privcay leakage but have no solution to tackle the problem? Then take a look at our 900-1100MHz Anti Drone UAV jammer module! With this signal jammer module, the essential central part of the Drone Jammer, you can recompose the most suitable frequency and gain Drone Jammer System. The drone module is designed to against the drones that are not allowed to fly within your aim airspace. With a maximum output power of 45W, the Drone Jammer with our module can be used in the situtation of drone detection, tacking and jamming.
Work Temperature: -40~+65℃.
Max Output Power: 10W to 150W.
Work Voltage: 24/28/32V - Compatible with standard voltages.
Max Gain: 45dB - Boosts signal strength.
Flatness: ±3dB - Consistent frequency response.
Max Current: 2.9A - Efficient power usage.
Output VSWR: ≤1.5 - Ensures good impedance matching.
Output Connector: SMA/F 50ohm - Reliable 50-ohm connectivity.
Switch Control: High/Low Level - Easy control mechanism.
Frequency: Multiple bands including 1.2G, 1.5G, 2.4G, 5.8G, 344MHz, 868MHz

Operation principle of UAV jamming module: The principle of radio frequency jamming is mainly used to counter the jamming module of UAV. The control of unmanned aerial vehicle (UAV) usually depends on radio signals. Therefore, by transmitting radio signals with specific frequencies,and SMA male and Female Connector, the control signals of UAV can be interfered, making it unable to fly normally.It can also match with 2.4G Antenna or 2.4G/ 5.8G Router Antenna, if you wanna 915MHZ fiberglass antenna both ok.
Specifically, the anti-UAV jamming module will first scan and identify the control frequency of the UAV, and then transmit a powerful jamming signal at this frequency. This jamming signal will cover or drown the control signal of the UAV, so that the UAV cannot receive the operator's instructions. In addition, some advanced anti-UAV jamming Modules can also make the UAV unable to determine its own position by jamming GPS signals, thus losing its direction. It should be noted that the use of anti-UAV jamming module needs to comply with relevant laws and regulations, otherwise it may violate the law.

Product Specifications:
Frequency: 900MHz-15.8GHz, versatile for multi-band applications. Work Temperature: -40°C to +65°C, extreme temp tolerance. Output Power: 30W for reliable signal Transmission. Work Voltage: DC 24V, stable power supply. Max Gain: 45dB enhances signal strength and clarity. Flatness: ±3dB minimizes distortions. Max Current: 2.9A for efficient power use. Output VSWR: ≤1.5 for minimal reflected power. Output Connector: SMA/50Ω, customizable for specific needs. Switch Control: 0V/0.66V high-low level switch. Size: 96x36.4x20mm, compact for space savings. Weight: 0.268kg, lightweight for easy handling.

What is the actual effect of Jammer signal blocker on various types of drones? Are there any blind spots or situations where interference is impossible? In addition to the frequency band, Drone UAV jammer module needs to be adjusted according to the model and design characteristics of the Drone. In order to achieve the best interference effect. If the technical parameters of anti drone module are different from those of the drone, the interference will be unsuccessful or the interference effect will be very poor. The usage scenario will also have an impact on the interference effect. In complex environments such as urban high-rise buildings and mountainous areas, interference signal Transmission will be attenuated, thus affecting the interference effect. Weather conditions, electromagnetic environment and other factors may also affect the interference effect.
Work Temperature: From -40℃ to +65℃. Max Output Power: 10W, 20W, 30W, 50W, 100W, 150W. Work Voltage: Compatible with 24V, 28V, 32V. Max Gain: Maximum gain of 45. Flatness: ±3 tolerance. Max Current: 2.9 amperes. Output VSWR: ≤1.5. Output Connector: SMA/F, 50-ohm. Switch Control: High/low level current. Frequency: Supports 1.2GHz, 1.5GHz, 2.4GHz, 5.8GHz, 344MHz, 868MHz.

* Anti-Drone Modules are suitable for anti-drone equipment such as anti-drone guns, anti-drone suitcases, fixed anti-drone systems, etc.
* Anti-drone modules consist of a complete functional unit, which cooperates with regulated power supplies, directional antennas, non-directional antennas, and cable groups to form a complete anti-drone target integrated system.
* Widely used in anti-drone product assembly and engineering.
* It has the characteristics of high average output power, good in-band flatness, and small upper and lower sideband offsets.
* Customization options include software control interface, precise output power, output power adjustment options, input/output connector types, etc. * If you're interested in any other our UAV Drone Jamming Module Jammer product, we invite you to get more details through our website, including UAV Drone Jamming Module, UAV Drone Jammer and Jammer Antenna. Please feel free to contact us, we'll offer sincere service.

Where can I purchase signal jammer? Official channels: You can buy directly from the manufacturer or official authorized agent of Jammer signal blocker. This ensures that you are buying genuine products and enjoying the official after-sales service and warranty policies.

Online retail platforms: Online retail platforms such as Amazon, Taobao, JD.com, etc. usually have various Drone Jammer products for sale. Before purchasing, it is recommended that you check the seller's reviews and customer feedback and choose a reliable seller.
Professional Safety Equipment Suppliers: Some professional safety equipment suppliers may offer Drone Jamming Equipment for sale. They usually have rich industry experience and technical support and can provide you with more professional consultation and services.
When choosing to purchase Drone Jamming Equipment, it is recommended that you consider the following factors:
Product quality and performance: Choose products from well-known brands or with good user reviews to ensure product quality and performance meet your needs.
After-sales service and warranty policy: Understand the after-sales service and warranty policy provided by the supplier to ensure timely support and maintenance after purchase.
Compliance and legal requirements: Make sure the jammer signal blocker you purchase complies with local laws and regulations and does not cause interference with other legal communications equipment.