Product Details
Place of Origin: china
Brand Name: JDY
Model Number: JDY-200
Payment & Shipping Terms
Minimum Order Quantity: 1
Price: $2143
Packaging Details: Flight case
Delivery Time: 30days
Payment Terms: Western Union
Supply Ability: 200 per month
|
Jamming Freq:
|
800MHz~6000MHz
|
Interference Bandwitch:
|
900MGz, 1.5 Ghz, 2.4Ghz, 5.8GHz
|
Display:
|
LED Indicator For Power And Signal Status
|
Charging Mode:
|
DC25.2V / 3A
|
Max Flight Speed:
|
Up To 140 Km/h
|
Customized Frequency Band:
|
140-7500MHz
|
Detection Band:
|
2.4Ghz, 5.8Ghz
|
Battery Life:
|
Approximately 2 Hours Of Continuous Use
|
Frequencyrange:
|
2.4 GHz And 5.8 GHz
|
Material:
|
Durable ABS Plastic Housing
|
Networking:
|
4G/5g/LAN (Optional)
|
Supply Voltage:
|
AC 220V
|
Azimuth Accuracy:
|
10°(RMS)
|
Receiver Tech:
|
LekDro 915MHz Rx ELRS
|
Jamming Response Time:
|
≤2 Seconds
|
|
Jamming Freq:
|
800MHz~6000MHz
|
|
Interference Bandwitch:
|
900MGz, 1.5 Ghz, 2.4Ghz, 5.8GHz
|
|
Display:
|
LED Indicator For Power And Signal Status
|
|
Charging Mode:
|
DC25.2V / 3A
|
|
Max Flight Speed:
|
Up To 140 Km/h
|
|
Customized Frequency Band:
|
140-7500MHz
|
|
Detection Band:
|
2.4Ghz, 5.8Ghz
|
|
Battery Life:
|
Approximately 2 Hours Of Continuous Use
|
|
Frequencyrange:
|
2.4 GHz And 5.8 GHz
|
|
Material:
|
Durable ABS Plastic Housing
|
|
Networking:
|
4G/5g/LAN (Optional)
|
|
Supply Voltage:
|
AC 220V
|
|
Azimuth Accuracy:
|
10°(RMS)
|
|
Receiver Tech:
|
LekDro 915MHz Rx ELRS
|
|
Jamming Response Time:
|
≤2 Seconds
|
With the rapid development of drone technology, more and more drones are being widely used in military, industrial, and logistics fields. However, with the increasing prevalence of drones, related safety hazards are also becoming more serious. To ensure airspace security, reliable drone jamming technology has become particularly important. Modern drone jamming technology can cover a wide range of frequency bands, comprehensively interfering with the normal operation of drones. This type of technology interferes with the drone's communication frequency bands, preventing the drone from receiving commands from the remote controller or automatic flight system, thereby effectively preventing drones from conducting illegal flights. Wide-range frequency band coverage can not only interfere with common radio frequencies but also address the communication needs of some special frequency bands, ensuring comprehensive airspace security protection.
![]()
| Parameter Name | Specification Description |
|---|---|
| Countermeasure Distance | 1~2km |
| Key Countermeasure Frequency Bands | 2.4G/5.8G/800MHz/900MHz/1.4G/1.6GHz |
| Interference Angle | ≥30° |
| Interference Response Time | ≤2s |
| Power Supply | Built-in lithium battery |
| Interference Function | Available |
| Network Function: 4G/5G Function | Optional |
| Protection Rating | IP65 |
Equipment Availability: ≥99.9%, capable of long-term operation without failure.
This UAV jammer adopts an individual soldier integrated design, making it lightweight and easy to carry and deploy. The overall equipment weight is controlled within 3 kg, facilitating single-soldier operation and enabling rapid deployment and use even in complex battlefield environments or confined spaces. This design greatly improves the equipment's mobility and ease of practical application, allowing operators to quickly respond to emergencies and execute jamming missions. Whether in mountainous terrain, urban environments, or in adverse weather conditions, its lightweight and compact design enhances the device's adaptability and operability, ensuring successful mission execution.
The device is equipped with a real-time display screen that clearly shows the current countermeasure status and battery level. Operators can monitor the device's operational status in real time, ensuring no malfunctions or battery depletion occur during interference. This feature is particularly suitable for long-term monitoring and emergency countermeasures, allowing users to understand the device's operating status immediately and effectively preventing mission failure due to insufficient power or operational errors. Through an intelligent feedback mechanism, operators can adjust interference strategies based on the displayed status, further improving the device's operational efficiency and safety.
This drone jamming device boasts an extremely fast response speed, becoming operational immediately upon power-on. It enters working mode instantly upon power-on, ensuring a sub-second response to sudden drone intrusions, enabling timely interference and causing the drone to lose control or make an emergency landing. The absence of a complex startup process simplifies operation and reduces reaction time. The device’s rapid start-up and response capabilities enable it to perform exceptionally well in various emergency situations, ensuring the safety of important locations and airspace.