FlySpark SFGT-RMDF-P RF Monitoring & Direction-Finding System | Up to 18 GHz

A: The FlySpark SFGT-RMDF-P is a portable RF spectrum monitoring and direction-finding system designed for anti-drone RF detection, interference hunting, spectrum security, electromagnetic situational awareness and authorized field monitoring operations.

A: The listed price is 7,00,00,000 ₹ for the SFGT-RMDF-P Up to 18GHz Standard Package. Final pricing may vary if extended receiver options, command-room integration, training, deployment support or custom RF architecture planning is added.

A: The system supports monitoring frequency configurations from 1.5MHz to 3GHz, 1.5MHz to 8GHz or 1.5MHz to 18GHz depending on the selected package. An extended receiver option up to 26.5GHz may be available for specialized projects.

A: Direction finding is available in configuration ranges from 30MHz to 3GHz, 30MHz to 8GHz or 30MHz to 18GHz depending on selected model and antenna system.

A: The system uses a correlation-interferometer direction-finding array. This approach supports accurate RF bearing estimation for authorized signal-location and electromagnetic monitoring tasks.

A: Direction-finding accuracy is listed as ≤1.5° RMS, ≤2° RMS or ≤2.5° RMS depending on frequency configuration. Real-world accuracy depends on signal strength, antenna setup, reflections, multipath, terrain and electromagnetic environment.

A: DF sensitivity is listed as ≤20dBμV/m from 30MHz to 1GHz, with higher-frequency sensitivity values listed as ≤25dBμV/m, ≤30dBμV/m or ≤35dBμV/m depending on configuration.

A: Real-time bandwidth is listed as 80MHz or 300MHz depending on model configuration. Maximum instantaneous analysis bandwidth includes ≥2MHz from 1.5MHz to 30MHz and ≥80MHz from 30MHz to 8GHz.

A: Yes, the system supports fast frequency-hopping signal capture up to 5000 hops/s. This is useful for complex RF environments where signals may use FHSS, burst or spread-spectrum behavior.

A: The system supports communication signals, data links, radar, IFF, frequency-hopping signals, spread-spectrum signals, burst signals and other RF signal classes depending on configuration and operating environment.

A: Supported modulation types include AM, FM, CW, ASK, 2FSK, 4FSK, BPSK, QPSK, 8PSK, 16QAM, MSK and other signal formats depending on configuration.

A: Scanning speed is listed as ≥100MHz/s from 1.5MHz to 30MHz at 1kHz resolution and ≥100GHz/s from 30MHz to 8GHz at 25kHz resolution.

A: The instantaneous dynamic range is listed as ≥60dB, supporting analysis of complex RF environments with different signal strengths.

A: Yes, the system is designed as a portable and quick-deploy RF monitoring and direction-finding platform. It uses a compact DF antenna design, minimal cabling and rapid setup/retrieval workflow.

A: Yes, the SFGT-RMDF-P can support anti-drone RF detection and cueing by monitoring RF environments and detecting relevant communication, data-link or control-signal activity. It is a detection and direction-finding system, not a jammer.

A: No. The SFGT-RMDF-P is an RF monitoring, signal analysis and direction-finding system. It does not jam or interfere with signals by itself.

A: Yes, it is suitable for authorized interference hunting and RF source localization. The portable DF architecture helps field teams monitor signals and estimate their direction in complex electromagnetic environments.

A: Yes, the system supports signal analysis, alerts, recording, storage and playback functions, enabling post-mission review and RF evidence workflow support.

A: The listed power supply is AC 220V ±10%, 50Hz ±5%. Portable power planning, UPS or generator support can be considered for field deployments depending on mission requirement.

A: The listed operating temperature range is -40°C to +55°C. This makes the system suitable for demanding field and outdoor security environments when properly deployed.

A: It can be deployed for events, airports, energy sites, city security networks, border monitoring, critical infrastructure, spectrum-management tasks, defence facilities and authorized RF monitoring sites.

A: Suitable buyers include government agencies, defence organizations, law-enforcement bodies, spectrum-management authorities, airport security teams, critical infrastructure operators, telecom/RF engineering teams, approved institutions and licensed RF/security integrators.

A: The system is intended for authorized professional and institutional RF monitoring use. Buyers must comply with applicable spectrum, privacy, security, aviation and site-operation laws. Unauthorized monitoring or misuse is not permitted.

A: Yes, it can be integrated into a layered C-UAS architecture with radar, EO/IR, RF detection, command-room software, alert systems and approved response workflows depending on project requirements.

A: Maintenance should include inspection of the DF antenna, receiver, cables, connectors, power input, storage system, software status, mounting hardware and calibration status. Professional scheduled maintenance is recommended.

A: Warranty support generally covers manufacturing defects under approved use and normal operating conditions. Damage from incorrect power input, mishandling, unauthorized modification, water exposure, cable damage or misuse may not be covered.