GPS＆Beidou Anti Drone Jamming System

Our drone jamming system includes portable, handheld, vehicle-mounted, or fixed...
View more
Sort by:
Factory Broadband 50W 800M Anti FPV Drone Jammer RF Power Signal Amplifier Anti Drone Modules
DescBoost

Factory Broadband 50W 800M Anti FPV Drone Jammer RF Power Signal Amplifier Anti Drone Modules

$729.00
50W 800M Anti Drone RF Module Description Definition: This drone jammer module is easy to integrate, emitting powerful radio frequency to disrupt drones' communication and navigation signals. Frequency: 250/350/450/550/700/800/900M Maximum...
Quick view Add to cart
Factory Broadband 50W 900M Anti FPV Drones Jammer Module R&D experience 4000 meters Power System Device
DescBoost

Factory Broadband 50W 900M Anti FPV Drones Jammer Module R&D experience 4000 meters Power System Device

$729.00
50W 900M Anti Drone RF Module Description Definition: This drone jammer module is easy to integrate, emitting powerful radio frequency to disrupt drones' communication and navigation signals. Frequency: 250/350/450/550/700/800/900M Maximum...
Quick view Add to cart
Factory Broadband 700M 100W Power Amplifier Module for Anti FPV Signal Blocker RF Drone Jammer
DescBoost

Factory Broadband 700M 100W Power Amplifier Module for Anti FPV Signal Blocker RF Drone Jammer

$729.00
100W 700M Anti Drone RF Module Description Definition: This drone jammer module is easy to integrate, emitting powerful radio frequency to disrupt drones' communication and navigation signals. Frequency: 250/350/450/550/700/800/900M Maximum...
Quick view Add to cart
Factory Broadband 900M 100W RF Ant FPV Drone Jammer Anti-image Transmission Module
DescBoost

Factory Broadband 900M 100W RF Ant FPV Drone Jammer Anti-image Transmission Module

$729.00
100W 900M Anti Drone RF Module Description Definition: This drone jammer module is easy to integrate, emitting powerful radio frequency to disrupt drones' communication and navigation signals. Frequency: 250/350/450/550/700/800/900M Maximum...
Quick view Add to cart
Factory Wide Frequency Range 50W 550M Portable RF Power Amplifier Module Anti PFV Drone Jammer Device
DescBoost

Factory Wide Frequency Range 50W 550M Portable RF Power Amplifier Module Anti PFV Drone Jammer Device

$195.00
50W 550M Anti Drone RF Module Description Definition: This drone jammer module is easy to integrate, emitting powerful radio frequency to disrupt drones' communication and navigation signals. Frequency: 250/350/450/550/700/800/900M Maximum...
Quick view Add to cart
Factory Wide Frequency Range 800M 100W Broadband Wireless Drone Signal Jammer Module for Anti FPV Drone Device
DescBoost

Factory Wide Frequency Range 800M 100W Broadband Wireless Drone Signal Jammer Module for Anti FPV Drone Device

$729.00
100W 800M Anti Drone RF Module Description Definition: This drone jammer module is easy to integrate, emitting powerful radio frequency to disrupt drones' communication and navigation signals. Frequency: 250/350/450/550/700/800/900M Maximum...
Quick view Add to cart
Our drone jamming system includes portable, handheld, vehicle-mounted, or fixed drone jammers, suitable for industrial and public security applications. We specialize in customizing anti-drone jammers according to the customers' specific needs. OEM and ODM are available. Dedicated to helping our customers find a one-stop shop for drone jammers.

Drone Jamming System

Drone jamming devices are of various types and operate in different ways to neutralize drones.

Drone RF Jammers

Drone jamming devices are designed to interfere with specific frequencies, used by UAVs for communication between the aircraft and the control station. These frequencies typically include 900 MHz, 2.4 GHz, and 5.8 GHz, as well as 4G and 5G bands.
These jammers work by overpowering the drone’s communication signals with stronger frequencies, which can disrupt the connection. For many drones, this causes them to land or return to their original point.

GNSS Jammers 

Our drone jamming system can also target GNSS navigation signals such as GPS, and Beidou. These jammers emit stronger signals than the satellite signals, causing the drone to lose its navigation ability, leading to an immediate descent.

Drone Jamming Guns

Our drone jammers are also designed in a gun-like form for easy and intuitive use by operators. These jamming guns are capable of interfering with both RF and GPS/GNSS signals.
Drone jammers can disrupt a variety of other systems, including vehicle navigation and emergency service signals. Due to the risks they pose to public safety, it is illegal to use unauthorized jammers in many countries.

Features of DXK Drone Jamming System

✦ Jamming various signals: Date transmission, video transmission, image transmission, control signal, GPS signal, satellite signal.
✦ Long jamming distance: 800-6000M.
✦ Multiple frequency: 433M, 900M, 1.2G, 1.4G, 1.5G, 2.4G, 5.2G, 5.8G (commonly 2.4G and 5.8G)
✦ Different power: 10W, 20W, 30W, 50W, 80W, 100W, 120W, 200W, 400W.
✦ Versatile design: Portable design for on-the-go security; stationary design for fixed location.
✦ Omnidirectional and directional  high-gain antennas
✦ Powerful output: High-powered RF output (40-50 dBm) for maximum drone disruption.
✦ Air cooling system for prolonged usage in high-temperature environments.
✦ Equipped with remote control for easy operation in any situation.

How to Choose the Most Suitable Drone Jamming System?

Not long ago, the growing threat of drones interfered with firefighting efforts in Los Angeles. Drones have been increasingly spotted in the airspace over wildfire zones, complicating the work of firefighters by delaying airdrops and making it more difficult to manage fires. 
Drones, as a key component of the low-altitude economy, have become a field with significant value and relatively mature technology. Looking ahead, how should the increasing number of drones be managed, once they are airborne? Given the urgent need to protect the strategic resource of low-altitude airspace, ensure public safety, and safeguard privacy, it is essential to incorporate drone countermeasure technologies into development plans.
However, the application strategies of drone countermeasure technology vary significantly in different scenarios. Due to factors such as electromagnetic interference and secondary disasters, the suitability of different UAV countermeasure technologies also varies.
For example, in large-scale event venues, technologies such as positioning signal jammer and positioning signal spoofing that do not directly damage the UAV body are more applicable, ensuring the safe return or landing of the UAV.
 In radio-sensitive areas such as airports and their surroundings, physical capture and attack and destruction technologies are key choices, but from the perspective of post-event traceability, physical capture technology is more preferred.
In flammable, explosive, and polluting environments, signal spoofing technology is more suitable, which can eliminate the potential threat of secondary disasters. 
What's more, deployment and maintenance costs are key considerations. Generally, signal jammer technology has a lower deployment cost, whereas attack and destruction technologies are more expensive. Physical capture technology, while moderately priced, requires highly skilled operators. In large-scale, multi-level deployments with distributed coverage, cost control and maximizing efficiency will become important factors in the development of UAV countermeasure technologies.