FlySpark HD-1 Small Anti-Drone System | Multi-Layer C-UAS

A: The FlySpark HD-1 is a compact modular counter-UAS system designed for consumer drone threats. It supports detection, tracking, RF mitigation, laser drive-off and close-range interception in a multi-layer C-UAS architecture.

A: The listed price is POA (WhatsApp quote) for the HD-1 Small Anti-Drone System Standard Multi-Layer Package. Final pricing may vary depending on selected modules, site integration, command workflow, training and compliance documentation.

A: Multi-layer C-UAS means the system can combine multiple security layers such as detection, tracking, RF mitigation, laser drive-off and close-range interception. These modules can be deployed separately or together depending on site risk and authorization.

A: The HD-1 is designed for consumer drone threats. It is suitable for monitoring and response planning against small low-altitude UAV activity in authorized security environments.

A: The detection range is listed as up to 3 km with a 150 m blind-area reference. Real-world detection depends on drone type, altitude, environment, weather, site layout and module configuration.

A: The tracking distance is listed as up to 2 km. Actual tracking performance depends on the target drone, terrain, line of sight, weather, sensor positioning and electromagnetic environment.

A: The detection angle is listed as azimuth 0–360° and pitch 0–30°, supporting all-round detection coverage for low-altitude drone monitoring.

A: The tracking angle is listed as azimuth 0–360° and pitch 0–60°, providing wide-angle tracking support for detected drone targets.

A: The system startup time is listed as ≤2 minutes, enabling rapid readiness for authorized security teams.

A: Yes, HD-1 is small, modular and easy to disassemble and move. It supports tripod deployment as well as fixed deployment depending on site requirements.

A: Yes, the HD-1 architecture allows modules to be deployed individually or combined. This lets customers select detection-only, tracking, RF mitigation, laser drive-off, close interception or complete multi-layer configurations.

A: Yes, RF mitigation is part of the HD-1 multi-layer architecture. RF mitigation functions are restricted and require lawful authorization, RF/spectrum permissions and approved operating procedures.

A: HD-1 is a multi-layer C-UAS system that can include RF mitigation as one layer. It should be treated as a restricted counter-drone system and used only by authorized entities under applicable law.

A: Laser drive-off is supported as part of the multi-layer architecture depending on configuration. Laser operation requires trained personnel, safety controls, site approval and compliance with applicable regulations.

A: Yes, close-range interception is supported as part of the HD-1 architecture depending on the selected configuration. Interception use must be authorized, safety-controlled and compliant with all applicable rules.

A: The FlySpark page lists RF effect reference performance in the 500–2000 m range. Actual performance depends on selected configuration, authorization, terrain, RF environment and target drone system.

A: The FlySpark page lists laser drive-off reference performance in the 150–600 m range. Actual results depend on configuration, site conditions, safety controls, environmental factors and target behavior.

A: The FlySpark page lists close interception reference performance at ≤100 m. Final use depends on configuration, site-risk assessment, operator training and lawful authorization.

A: HD-1 is suitable for energy facilities, airports, train stations, stadiums, concerts, private estates, high-end communities, industrial campuses and intelligent city low-altitude security networks.

A: Yes, HD-1 can support airport drone-protection workflows for authorized airport security teams. Deployment must follow aviation authority approvals, site procedures and applicable safety requirements.

A: Yes, HD-1 can support large-scale event security at stadiums, concerts and temporary restricted areas. Deployment must be handled by authorized security teams with appropriate permissions.

A: Yes, HD-1 is suitable for energy facilities such as power stations, factories and industrial sites requiring low-altitude drone security and perimeter protection.

A: The operating temperature range is listed as -20°C to +60°C, with humidity below 90%. Field deployment should still include appropriate protection for cables, power, electronics and mounting hardware.

A: Suitable buyers include government agencies, defence organizations, law-enforcement bodies, airport security teams, energy facility operators, critical infrastructure security teams, approved security agencies and licensed C-UAS integrators.

A: No. HD-1 is a restricted C-UAS platform and is not intended for hobby, recreational, private or unauthorized use. RF mitigation, laser drive-off and interception functions require lawful authorization and trained operation.

A: Yes, FlySpark offers customizable configurations. Customers can select modules and deployment architecture based on site risk, target threat profile, operational requirements and compliance approvals.

A: Maintenance should include inspection of detection sensors, tracking module, RF module, laser module, interception module, tripod/fixed mounts, cables, connectors, power systems, software status and operator interface. Professional scheduled maintenance is recommended.

A: Warranty support generally covers manufacturing defects under approved use and normal operating conditions. Damage from unauthorized operation, incorrect installation, unsafe laser use, RF misuse, physical impact, water ingress, tampering or unapproved modification may not be covered.