10W 1.4G Anti UAV FPV Module Description
Our anti-uav module is easy to integrate into other anti drone jammers, emitting powerful radio frequency to disrupt drones' communication and navigation signals. It effectively shields the drone remote control, image transmission＆date transmission, and Satellite signals, forcing them to land emergently and navigate back to their origin.
Frequency: 433/900M 1.2/1.4/1.5/2.4/5.2/5.8G
Maximum jamming distance: 1500M
Lightweight, low freight, and convenient customs clearance.
*Customize 10W/20W/30W/50W/100W anti UAV modules. Please CONTACT us!
Attention
1. The antenna must be plugged in before powering on. Otherwise, the chip will be burned because the reflected signal is too large.
2. Operate need using the correct voltage (24-28V)
3. Antenna or Load must be connected before the power supply is ON or it will be short wire
4. When it is operating at high power, it needs to install cooling fans
5. Do not install similar frequency band together
Details of Anti UAV Module
Interface Definitions
Why choose us over other suppliers?
At Shenzhen Discran Electronic Technology Co., Ltd., we are at the forefront of protecting critical assets and infrastructure from evolving drone threats.
As a leading provider of counter-drone solutions, we specialize in designing, deploying, and maintaining cutting-edge technologies that neutralize unauthorized drones in real time. Our mission is to safeguard people, property, and privacy in an increasingly drone-enabled world.
With a team of 21 years of industry experience and professional technicians, we focus on developing and producing high-quality drone interference equipment to meet the unique security needs of businesses, government agencies, and private sectors.
From airports and stadiums to critical infrastructure, we provide reliable, scalable, and effective counter-drone systems that ensure peace of mind in environments where security is paramount. Our state-of-the-art systems combine advanced UHF technology to mitigate drone threats before they can cause harm. Whether you need a fully integrated counter-drone platform or customized risk management services, Shenzhen Discran Technology delivers the expertise and technology necessary to stay ahead of evolving aerial threats.
Package＆Delivery
FAQs
1. Do you have your own factory?
Of cource we have. Our factory located 310,No.12 Tongfuyu Industrial Park,Heping Community,Fuhai Street,Bao'an District,Shenzhen 518126, China. Welcome to visit our factory.
2. Do you support OEM/ODM orders?
Yes, we can customize the brand logo, power, and frequencies.
3. Shipment Date
| Quantity | Lead Time |
| <10 pcs | 7-10 days |
| 10-50 pcs | 15-20 days |
| >50 pcs | Negotiate |
*Click it to get the sample.
4. Delivery Date of the sample by DHL/FedEx/UPS
| USA/Australia/Canada/Europe/Asia | 7-10 days |
| Middle East/Latin American | 10-15 days |
| African | 7-15 days |
5. Payment Method
T/T, Western Union, and Credit Card are available. And we suggest paying by TT.
Please contact us for more payment methods.
6. What are the applications of drone jamming modules?
Drone jamming modules are commonly used in various applications, including military operations, airport security, and private property protection. They are effective in preventing unauthorized drones from intruding into sensitive areas, ensuring safety and security in environments where drones could pose a risk.
7. Can drone jamming modules counter drones?
Yes, our modules are designed to interfere with drones' communication signals, enabling them to return home or land safely. However, the effectiveness of jamming may vary based on the technology used in both the drone and the jamming module.
8. What should I consider before purchasing a drone jamming module?
Before purchasing a drone jamming module, consider its range, frequency compatibility, and legal restrictions in your area. Additionally, evaluate the intended purpose, such as whether it's for personal use, security, or commercial applications, to ensure you choose a module that meets your needs effectively.
9. How can you stop a drone from flying over your home?
Politely Request Drone Operators to Stop: Ask the operator to avoid flying over your property.
Install Security Cameras: Capture evidence of privacy violations and contact authorities if needed.
File a Complaint: Report drones violating laws (e.g., flying at night or above 400 feet).
Know more details [https://desc-boost.com/blogs/drone-jammer/stop-drones-over-your-house]
10. How to Choose the Best Drone Countermeasures for Different Scenarios？
| Environment/Event | Preferred Drone Countermeasure | Benefits |
|---|---|---|
| Large-scale Event Venues | Positioning Signal Interference and Spoofing | Does not damage drones, ensures safe return or landing |
| High-profile Events (e.g., Super Bowl) | Drone Jammers | Part of integrated security, live performance and monitoring |
| Radio-sensitive Areas (e.g., Airports) | Physical Capture, Attack, and Destruction | Effective, but physical capture preferred for traceability |
| Flammable/Explosive Environments | Signal Spoofing Technology | Prevents collateral damage, safe for sensitive environments |
| Item | Parameter |
| Type | 10W-RF-Module |
| Place of Origin | Guangdong, China |
| Brand Name | DescBoot |
| Supplier Type | OEM/ODM |
| Frequency Range | 433M:428-438 900M:840-928 1.2G:1150-1250 1.4G:1450-1550 1.5G:1560-1620 2.4G:2400-2485 5.2G:5150-5350 5.8G:5725-5850 |
| Output Impedance | 50 ohms |
| Spurious & Harmonic | No significant spurious or 2/3 harmonic signals outside the operating band |
| Output Power Stability | ≤1.5 dB |
| Sweep Signal Flatness | ≤1.5 dB |
| RX Power | ≥10W (40dBm) |
| Gain | ≥40db |
| Supply Voltage | DC: 24V - 28V |
| Interface Mode | OUT-SMA |
| Output Current | 1.0A-1.5A |
| Static Current | ≤0.6A |
| Interfaces | Power supply interface |
| CTRL transmission control interface | |
| power detection interface | |
| Power Detection Output Voltage | 5±0.5V |
| Scanning Frequency | ≥200K |
| Weight | 90g |
| Module Size | 88X43X13MM |
How to connect the module to the power source
- Plug in a 24V output wire to it
- Provide it with another 5V high-level voltage
- Having connected these two wires, proceed to install the antenna. Tighten the antenna
- In the process of operation, the wires must be connected
- Then supply it with both 24V and 5V simultaneously to generate power for transmission
Precautions
Please ensure the RF module is equipped with the necessary heat dissipation accessory the well-connected antenna and the suitable power supply before its use.