Hobit SJS Counter-Drone System is an advanced all-in-one solution integrating RF detection, jamming, and Drone GPS spoofing capabilities. With ultra-wideband signal detection from 100MHz to 10GHz, the system accurately identifies and tracks a wide range of commercial and customized drones. Its passive RF detection technology ensures near-zero false alarms without emitting signals, while the unified C2 platform enables centralized control for efficient and intelligent drone threat mitigation.
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Function
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Descriptions
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UAV detection
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ØDetection spectrum bandwidth: 100 MHZ - 10GHZ, detection focus on the 433Mhz,900Mhz,2.4Ghz,5.2Ghz,5.8Ghz
ØFPV Detection:100Mhz-10Ghz Signal of FPV Drones ØSimultaneous screening number of UAV: ≥150pcs ØThe lowest detection height: ≤0 meters ØDetection rate:≥99.99 %s |
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Drones Location
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Locate DJI drones and Pilot real time, capture home point \ SN of the parts of DJI drone, DJI Ocuysnc 4 drones need connect to network.
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White and Blacklist
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The Systemcan identify ≥400 different model UAV including DJI series drones,and it has the autonomous learning ability.
The Systemcan carry on the accurate identification of target, in-depth analysis of UAV signal, the identification of unique ID, and the black and whitelist to distinguish. Whitelist and a blacklist can be set for different targets of the same position, same frequency band, same manufacturer, same type of UAV respectively. |
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Defensive Jamming
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The Systemhas interference capabilities of 433MHz,900MHz,1.2Ghz; 1.5Ghz, 2.4Ghz, 5.8Ghz; 5.2Ghz and other customized frequency bands, and covers most of the UAV communication available in market.
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FPV ReverseDecoding:
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By capturing FPV drone video transmission signals through the built-in antenna array, the system can reconstruct and display the drone’s first-person view (FPV) footage in real time via integrated signal analysis software.
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GPS Spoofer
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Supports GPS, BDS, GLONASS, Galileo navigation satellite signal simulation, with 6 signal output frequency bands and channel numbers.
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Offline Decoding
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All drone detection, identification, and signal analysis functions are performed locally by the system through its built-in deep AI large-model database and wideband direction-finding antenna array. The entire detection and analysis process can be completed independently without requiring network connectivity or external devices.
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Remote OAM
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After turning on the fully self-movable defense, it can enter unattended mode, detect, and strike autonomously. And a variety of OAM features are available when used with the remote server, including firmware updating, resetting, status inquiry, self-testing, parameter configuration, and more.
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Data security
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Use certificate management and data encryption between the equipment and server to ensure data reliability and security.
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Our system is fully independently developed and supports major offline mapping platforms, including Google Maps and Bing Maps. By combining offline geographic analysis with real-time detection data.
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