Product Details
Place of Origin: China
Brand Name: jindowin
Certification: Design Patent Certificate,Computer Software Copyright Registration Certificate,Utility Model Patent Certificate,Testing Report of Lightning Protection Products Testing Center of Shanghai Lightning Protection Center, etc.
Model Number: JDY-600A
Payment & Shipping Terms
Minimum Order Quantity: 1
Price: $17142
Packaging Details: Flight Case
Delivery Time: 30 days
Payment Terms: L/C,D/A,D/P,T/T,Western Union,MoneyGram
Supply Ability: 200 per month
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Data Encryption:
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AES-256 (for Detection/strike Logs & UAV Data)
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Calibration Cycle:
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Once Every 6 Months (for Detection Accuracy Maintenance)
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Interface Type:
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1×RS485, 2×USB-C (data Transmission + Charging)
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Storage Capacity:
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Supports 128GB MicroSD (for 30 Days Of Detection Logs)
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Antenna Polarization:
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Dual Polarization (horizontal + Vertical, ≥10dB Gain)
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Power Consumption:
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Standby ≤5W, Detection ≤15W, Jamming ≤30W
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Target Lock Time:
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≤3s (after Target Identification)
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Alert Delay:
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≤1s (from UAV Detection To Alarm Activation)
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Firmware Update:
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OTA Remote Update (supports Offline Update Via USB)
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Operating Humidity:
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10%~90% RH (non-condensing)
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Vibration Resistance:
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10~500Hz, 10g Acceleration (for Vehicle-mounted Scenarios)
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EMI Immunity:
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≥20dB (against 30MHz~1GHz Interference)
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Log Export:
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CSV/PDF Format (via LAN/USB-C)
|
|
Data Encryption:
|
AES-256 (for Detection/strike Logs & UAV Data)
|
|
Calibration Cycle:
|
Once Every 6 Months (for Detection Accuracy Maintenance)
|
|
Interface Type:
|
1×RS485, 2×USB-C (data Transmission + Charging)
|
|
Storage Capacity:
|
Supports 128GB MicroSD (for 30 Days Of Detection Logs)
|
|
Antenna Polarization:
|
Dual Polarization (horizontal + Vertical, ≥10dB Gain)
|
|
Power Consumption:
|
Standby ≤5W, Detection ≤15W, Jamming ≤30W
|
|
Target Lock Time:
|
≤3s (after Target Identification)
|
|
Alert Delay:
|
≤1s (from UAV Detection To Alarm Activation)
|
|
Firmware Update:
|
OTA Remote Update (supports Offline Update Via USB)
|
|
Operating Humidity:
|
10%~90% RH (non-condensing)
|
|
Vibration Resistance:
|
10~500Hz, 10g Acceleration (for Vehicle-mounted Scenarios)
|
|
EMI Immunity:
|
≥20dB (against 30MHz~1GHz Interference)
|
|
Log Export:
|
CSV/PDF Format (via LAN/USB-C)
|
This all-weather, networked wearable drone security and countermeasure equipment is specifically designed for modern tactical scenarios, security missions, and critical infrastructure protection. It possesses advanced electronic warfare capabilities, enabling operation in complex electromagnetic environments and countering various threat targets, including reconnaissance drones, aerial surveillance platforms, low-altitude intelligence-gathering drones, and modified commercial drones. Through real-time signal analysis and dynamic jamming technology, the device can complete threat identification and frequency band response within milliseconds, effectively cutting off drone control links and navigation signals, achieving countermeasures such as rapid forced landing, return to base, or system paralysis. Whether in urban warfare zones, field operations, or border defense missions, the system maintains stable operation, providing personnel with a continuous airspace security barrier, reducing the risk of intelligence leakage, and ensuring mission concealment and operational safety.
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| Parameter Item | Technical Specifications |
|---|---|
| Operating Mode | Integrated Detection + Jamming |
| Compatible UAV Types | Consumer/Industrial/Military Small UAVs |
| Jackage Coverage Range | >1-2KM |
| Supported Frequency Bands | GNSS / 2.4GHz / 5.8GHz / 433MHz / LTE Signals |
| Response Speed | < 1 ms Cascaded Countermeasure Delay |
| Battery Life | 2–6 hours (mode adjustable) |
| Protection Rating | IP65 Dustproof, Waterproof, All-weather Deployment |
| Network Function | Supports multi-user tactical communication and IoT platform access |
| Control Method | Touch + Physical Key Dual Control Solution |
| Weight | 12KG (including tactical carrying system) |
The equipment adopts a professional tactical-grade carrying structure combined with ergonomic design, allowing operators to maintain comfort and stability even during long patrols or rapid movements. The shoulder straps are made of lightweight composite fibers and a breathable, dispersed filling structure, allowing for a quick and easy fit to the body and reducing fatigue caused by concentrated weight. Adjustable shoulder straps and a chest lock structure prevent device swaying and displacement, ensuring the jamming antenna and signal scanning module are always at the optimal azimuth angle. Furthermore, this wearable system is compatible with the military-standard MOLLE structure, enabling modular expansion and combination with communication terminals, battery packs, and tactical equipment to meet the needs of different combat modes and environments.
To meet the wireless communication regulations of different countries and regions, this device offers flexible frequency customization capabilities, allowing adjustment of the operating frequency band based on the customer's mission environment, legal framework, and usage scenario. It supports parameter tuning via a professional software platform, enabling functions such as frequency band opening, blocking, power adjustment, directional jamming, and whitelist device management, ensuring optimal countermeasures while maintaining compliance. Whether used in military operations, police deployments, security for major events, border defense, or counter-terrorism, this system can be quickly adapted and deployed.
The core hardware utilizes industrial-grade high-temperature resistant processors, impact-resistant housings, and fully sealed heat dissipation structures, ensuring the equipment can withstand long-term operation in high humidity, high dust, extreme cold, and high temperature environments. Electronic components undergo reinforced welding, corrosion-resistant processes, and long-term fatigue-resistant design, significantly extending their lifespan and reducing maintenance frequency. The modular structure facilitates maintenance and upgrades, allowing for quick replacement of batteries, antenna modules, or communication units, further reducing logistical costs. This design philosophy ensures reliable performance during long-term deployment, allowing users to focus on task execution rather than maintenance management.