Product Details
Place of Origin: China
Brand Name: JDY
Model Number: JDY-300G
Payment & Shipping Terms
Minimum Order Quantity: 1
Price: $17143
Packaging Details: flight case
Delivery Time: 30days
Payment Terms: Western Union
Supply Ability: 200 per month
This handheld integrated system supports combat-ready drone simulation and decoy functions, accurately replicating the flight characteristics, communication protocols, and electromagnetic signatures of multiple drone models, simulating realistic battlefield environments during training and exercises. The system can actively release controllable decoy signals to mislead enemy drones or counter-drone systems, achieving a "realistic deception" tactical effect. It is suitable for anti-drone combat training, tactical validation, and emergency response exercises, significantly improving the combat readiness of troops.
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| Parameter Item | Specification |
|---|---|
| Detection Range | 300MHz-6G |
| Key Detection Frequency Bands | 333M/400M/800M/900M/1.1G/1.2G/1.4G/1.5G/2.4G/5.2G/5.8G |
| Detection Distance | 1-3KM |
| Interference Frequency Bands | 800M/900M/1.5G/2.4G/5.2G/5.8G |
| Interference Distance | > 1-2KM |
| Response Time | ≤3s |
| Decoy Signal System | GPS/BDS/GLONASS/Galileo |
| Decoy Distance | 1-3KM |
| Built-in Battery | ≥200WH |
| Battery Life | 90min |
| Networking Function | 4G |
| Supports Offline Maps | Yes |
| Screen Configuration | 5-inch |
| Product Dimensions | 780*290*75mm |
| Package Dimensions | 800*470*150mm |
| Product Weight | 6KG |
| Total Product Weight | 14KG |
The system adopts an integrated compact design, is lightweight and small in size, and can be carried by a single soldier. It can be deployed without additional tools. The ready-to-use design allows operators to quickly deploy in complex environments, suitable for patrol, law enforcement, emergency response, and field missions, significantly reducing carrying and maintenance burdens.
The device can perform real-time monitoring and data feedback on detection, interference, and decoy effects, generating visualized analysis results. Training personnel can instantly evaluate tactical effectiveness, quickly adjust parameters and strategies, shorten training cycles, and improve overall training efficiency and decision-making quality.
The system adopts a modular architecture design, allowing each functional component to be independently replaced and upgraded, facilitating flexible configuration according to task requirements. Through hardware and software expansion, the system can continuously adapt to new types of drones and countermeasures technologies, ensuring long-term usability and technological advancement.