10km Multimodal Integrated Drone Detection Fpv Jammer and spoofer Uav All-in-One Anti-Drone Defence

• 10KM Detection Range
• 100MHz-10GHz UAV Detection Frequency
• 400+ drone model database, detects 99% of consumer and commercial drones available
• Target Spoofing: Enables UAV positioning guidance and trajectory deviation through satellite navigation signal spoofing involving GPS and related GNSS systems
• Unique UAV RF fingerprinting for whitelist/blacklist management
• Supports offline ADS-B/RID/DID identification and decoding
• Real-time full-band spectrum display and FPV analog video capture
• Supports Jamming against ELRS, OFDM, FM ASK, PSK, and other signal protocols

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.

The Drone Spoofing system works by transmitting forged navigation satellite signals to mislead the drone's positioning system. Instead of simply blocking communication, the system provides the drone with false GPS coordinates, causing it to believe it is flying along its original route while actually being redirected to a designated safe area. This controlled trajectory manipulation enables precise and covert drone mitigation, reducing the risk of uncontrolled crashes or collateral damage.

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.

The system delivers accurate drone positioning and situational awareness without relying on external network connectivity, ensuring secure, stable, and reliable operation in sensitive or disconnected environments