Free Customization Thru 6/8. See Details
📡 LoRa Technology

LoRa Drone Jammer Modules

Targeted jamming for LoRa-based UAVs — 433MHz / 868MHz / 915MHz. Low power consumption, long-range coverage, built for seamless integration.

📶 433 / 868 / 915 MHz
⚡ 20W – 100W Output
🔋 Low Power Design
🔘 UART / SPI Interface
🌍 CE / FCC Compliant
🛡️ 7×24h Operation

LoRa Jammer Module Series

Choose the right frequency band and power for your LoRa drone defense application.

20W LoRa Drone Jammer Module | 400–500MHz RF Test

20W LoRa Drone Jammer Module covers 400–500MHz, DC24–29V, 2.5A max, SMA female, high-speed sweep source, LED protection, 115.5×46.5×21mm housing.

View Details →

GaN 50W 870–960MHz Counter-Drone RF Module

50W GaN RF module for 870–960MHz counter-drone systems. 47±1dBm output, 28V, 3.2–4.5A, SMA, 117×58×18mm, customizable.

View Details →

Powerful 100W GaN Jamming Module 700-900MHz

100W GaN jamming module covers 700-900MHz with 50dBm output, 28V supply, 270KHz scan, N-female ports, compact 150x80x22mm, 800g.

View Details →

Compare LoRa Jammer Modules

LoRa-JM20

  • Output Power 20W
  • Frequency 433MHz / 868MHz / 915MHz or custom
  • Supply voltage DC 24–29V
  • Current draw 2.5A max
  • Dimensions 115.5×46.5×21mm
  • Interface SMA Female (Default)

LoRa-JM100

  • Output Power 100W
  • Frequency 433MHz / 868MHz / 915MHz or custom
  • Supply voltage DC 24–29V
  • Current draw 12.0 A max
  • Dimensions 168.5 × 84.5 × 23 mm
  • Interface N Female (Default)

Why Choose Our LoRa Drone Jammer Modules

🎯

Precision LoRa Jamming

Targets LoRa modulation schemes with optimized waveforms, ensuring effective disruption without affecting other communications.

🔋

Ultra-Low Power Consumption

Designed for battery-powered and portable applications, with efficiency up to 85% and sleep modes for extended operation.

📡

Long-Range Coverage

High-sensitivity receiver and efficient PA design deliver reliable jamming over extended distances, up to 1.5km.

🧩

Easy Integration

Standard UART/SPI interfaces and compact form factors simplify integration into existing C-UAS systems and portable devices.

🛡️

Advanced Protection

Over-voltage, over-current, and VSWR protection ensure reliable operation in harsh environments.

📊

Remote Monitoring

Optional RS485/Ethernet interfaces enable real-time status monitoring and remote control.

Application Scenarios

Airport & Aviation Clearance Zones

Airport & Aviation Clearance Zones

Integrate with radar/RF/EO-IR systems; authorized jamming disrupts unauthorized drone control, telemetry, or video links, forcing hover, return, or landing.

Prisons & Correctional Facilities

Prisons & Correctional Facilities

Block contraband-delivery drones by disrupting LoRa control links; support forced landing, expulsion, or tracking with detection systems.

Military Bases & Border Sensitive Areas

Military Bases & Border Sensitive Areas

Suppress small reconnaissance, harassment, or relay drones’ LoRa links to degrade surveillance, payload delivery, or communications relay. Military/authorized use only.

Large Events & VIP Security

Large Events & VIP Security

Portable or fixed modules create temporary low-altitude protection against unauthorized drones while minimizing impact on legitimate emergency communications.

Customization · OEM / ODM

Tailor-made LoRa jamming solutions with fast response.

  • 📡 Frequency: 433MHz / 868MHz / 915MHz or custom
  • ⚡ Output power: 20W, 30W, 50W, 100W, 150W
  • 🔌 Interfaces: UART, SPI, RS485, Ethernet
  • 📐 Enclosure / mechanical: size, mounting, cooling
  • 💻 SDK and protocol documentation provided
  • 🌐 Export compliance: CE / FCC, license assistance

Frequently Asked Questions

What is a LoRa drone jammer module?▼
It is an RF jamming module designed to disrupt LoRa-based control, telemetry, or data links of unauthorized drones. It is usually integrated into counter-UAS systems, not a consumer device.
Which frequency bands are supported?▼
Common LoRa bands include 433 MHz, 470 MHz, 868 MHz, 915 MHz, etc. Actual bands should be customized according to target drone links and local spectrum regulations. We do not support unauthorized jamming.
What is the effective jamming range?▼
Range depends on output power, antenna gain, installation height, environment, drone altitude, and receiver sensitivity. Integrated systems can typically reach several hundred meters to several kilometers. Final range should be confirmed by site survey and field testing.
Can it integrate with existing detection or C-UAS platforms?▼
Yes. Typical interfaces include RS485, Ethernet, GPIO, dry contact, and API/protocol. It can receive trigger signals from radar, RF detection, or EO/IR systems and perform directional jamming.
Can a LoRa drone jammer module jam all drones?▼
No. It only targets drones that use LoRa links within the module’s supported bands. Many consumer drones use 2.4 GHz / 5.8 GHz proprietary protocols, Wi-Fi, OcuSync/Lightbridge, or frequency-hopping links, so they may not be affected; autonomous or pre-programmed drones may not rely on real-time control either. Effectiveness depends on frequency matching, power/EIRP, antenna direction, distance, signal strength, and the drone’s failsafe settings. For broader protection, use a legally authorized multi-band detection and directional jamming C-UAS system.
Do you support OEM/ODM, customization, warranty, and after-sales service?▼
Yes. We support customization of frequency, power, antenna, enclosure, interface, and branding. MOQ depends on the model and customization requirements. Standard warranty is usually 12 months, with technical support and integration guidance.

Recommended Articles

Insights and case studies on LoRa drone jamming technology.

Request a Quote Now

Fill in the form and we’ll respond within 12 hours.

Get Technical Support

Our engineering team is ready to help with selection, integration, and customisation.

✅ Response within 12 hours. Datasheet available for download.