FlySpark High-Speed FPV Interceptor Drone System (C-UAS) | Precision Aerial Target Neutralization Platform

A: It is a professional C-UAS interceptor drone platform designed for authorized aerial response against unauthorized drone threats. It combines high-speed FPV flight, ground-station manual control and thermal imaging support for trained security users.

A: The listed import price is CA$8,330 for the standard package. Final pricing may vary depending on thermal payload configuration, ground station, operator training, support package, integration and compliance documentation.

A: The system is listed with maximum speed up to 315–340 km/h depending on final configuration, battery condition, payload, weather and mission profile.

A: The listed cruise speed reference is 140–170 km/h. Operators should follow final configured aircraft limits and approved safety procedures.

A: The listed operational range is up to 25–35 km, with a maximum flight range reference of 37 km. Actual range depends on control link, battery, altitude, payload, speed, wind and legal permissions.

A: The tactical operating radius with return is listed as 18.5 km. Mission planning should always include reserve power, communication margin and safe recovery procedures.

A: The listed flight duration is approximately 10–15 minutes depending on speed and mission profile. At maximum speed, duration may be closer to approximately 6 minutes.

A: The platform is listed with operational altitude up to 3000–7000 m and maximum altitude reference up to 7000 m. Actual altitude must follow local aviation rules, permissions and mission safety limits.

A: The listed climb rate is 30 m/s. Final climb performance depends on payload, battery condition, motor setup, altitude, weather and aircraft configuration.

A: The system uses FPV manual control via ground station. It is intended for trained authorized operators with proper FPV, UAV and C-UAS operating procedures.

A: The FlySpark page lists thermal imaging capability for day and night operations. Final camera and thermal payload contents should be confirmed in the quotation.

A: Thermal imaging support can enable day/night situational awareness depending on selected payload configuration. Night operation must follow operator training, site permission and aviation rules.

A: The listed payload capacity reference is up to 500 g. Any payload must be approved, safety-reviewed and compliant with legal and operational requirements.

A: The listed maximum takeoff weight with payload is approximately 4 kg depending on configuration. Final aircraft weight should be validated during integration.

A: It is suitable for authorized counter-UAS operations, border and perimeter defence, critical infrastructure protection, tactical deployment and layered counter-drone security architectures.

A: No. This product is an FPV interceptor drone platform. It is not an RF jammer unless separately integrated with approved RF systems, which would require separate authorization and compliance checks.

A: Yes, it can be planned as part of a layered C-UAS architecture with radar, RF detection, EO/IR observation, command workflow and authorized response systems.

A: No. This is a restricted counter-UAS interceptor product and is not intended for hobby, recreational, private or unauthorized use.

A: Suitable buyers include authorized government agencies, defence organizations, law-enforcement bodies, approved security agencies and licensed entities. Procurement is subject to verification and compliance requirements.

A: Procurement may require KYC, end-user verification, end-use declaration, export-control review, aviation permission, site approval, pilot qualification and legal compliance.

A: Yes. The system requires trained FPV pilots and authorized security operators familiar with high-speed UAV handling, site safety, aviation rules and C-UAS operating procedures.

A: Multi-unit or scalable deployment planning may be possible for authorized users as part of a wider C-UAS architecture. Final use depends on command workflow, operator availability, safety rules and legal approval.

A: Maintenance should include inspection of frame, motors, propellers, battery, wiring, FPV system, ground station, thermal payload, connectors and software configuration. Pre-flight and post-flight checks are mandatory.

A: Warranty support generally covers manufacturing defects under approved use and normal operating conditions. Crash damage, unauthorized modification, payload misuse, unsafe operation, battery damage or operation outside safe limits may not be covered.