FlySpark Makeflyeasy Fighter 2430mm 4+1 VTOL UAV Platform | Long Range Professional VTOL Drone | Up to 155km Range | 3kg Payload Capacity

A: It is a professional long-range VTOL UAV platform for mapping, surveillance, infrastructure inspection, agriculture, forest monitoring, industrial research and security operations. The hybrid design allows vertical takeoff while maintaining fixed-wing efficiency for long missions.

A: 4+1 means the aircraft uses four vertical lift motors for takeoff and landing plus one forward propulsion system for fixed-wing cruise. This layout gives the platform runway-free deployment and efficient long-distance flight.

A: The platform can achieve up to approximately 155 km under suitable battery, payload, altitude and mission conditions. Real-world range depends on payload weight, battery selection, wind, altitude, cruise speed and flight profile.

A: The platform supports payloads up to approximately 3000 g depending on configuration. Payload selection must consider weight, dimensions, power requirement, mounting, cooling and aircraft balance.

A: The payload bay size is 280 × 160 × 110 mm. This space can support EO cameras, thermal cameras, mapping sensors, multispectral cameras, LiDAR units and custom industrial payloads if properly integrated.

A: Yes, the Fighter 2430mm is suitable for mapping and survey missions because it combines long-endurance fixed-wing cruise with VTOL deployment. It can be configured with mapping cameras, GNSS equipment and mission-planning software depending on project requirements.

A: Yes, thermal payload integration is available if the camera fits within payload weight, size and power limits. FlySpark can support project-level integration for thermal surveillance, inspection and search operations.

A: Yes, lightweight LiDAR payloads can be integrated depending on size, weight, power draw and mounting requirements. For LiDAR missions, the CAN or Industrial version may be more suitable because of professional avionics and payload integration needs.

A: The KIT Version is primarily an airframe package for users who want to integrate their own electronics, propulsion, batteries, communication systems and payloads. It is best for experienced UAV builders and R&D integrators.

A: The PNP Version includes the airframe, motors, ESCs, servos and propulsion hardware. Flight controller, batteries, telemetry links, communication systems and mission payloads are not included by default.

A: The Industrial Version is the best fit for demanding field deployments because it is positioned as a fully integrated industrial-grade configuration. The PRO, PIX and CAN versions are also suitable depending on avionics and mission requirements.

A: The PIX Version is a Pixhawk-based autonomous flight platform. The CAN Version is designed for more advanced CAN-enabled avionics integration and is better for professional users who need expandability and robust system architecture.

A: Yes, the platform can be customized with EO/IR cameras, thermal payloads, LiDAR, mapping cameras, LTE/5G modules, long-range telemetry, video transmission systems, tracking antennas, ground control stations and mission-specific sensors.

A: Battery inclusion depends on the selected package and final configuration. KIT and PNP variants generally require customers to select suitable batteries separately according to payload and mission profile.

A: Flight controller inclusion depends on the variant. The PIX Version includes a Pixhawk-based autonomous platform, while KIT and PNP variants may not include a flight controller by default.

A: This is a professional UAV platform, not a beginner toy drone. It should be assembled, configured, flown and maintained by trained UAV operators, system integrators or organizations with experience in VTOL aircraft.

A: Yes, the VTOL configuration enables vertical takeoff and landing, so it can deploy from confined areas where a runway is not available. This makes it suitable for remote field sites, inspection routes and mobile operations.

A: The recommended cruise speed is approximately 17–22 m/s. Final mission speed depends on payload, wind, battery, altitude, flight plan and endurance requirement.

A: The platform is rated for wind resistance up to Level 5. Operators should still evaluate local weather, mission risk, takeoff area, landing zone and regulatory limits before flight.

A: The practical service ceiling is listed up to 4000 m. Actual operating altitude must follow local aviation rules, airspace permissions and mission safety requirements.

A: Yes, it can be configured for border monitoring, perimeter observation, forest surveillance and security operations when used by authorized teams. Payload, telemetry, video link and GCS selection should be matched to the operational requirement.

A: FlySpark can support platform selection, variant selection, payload planning, avionics configuration, communication-link selection, ground-control integration and mission-specific customization. Professional integration support is recommended for industrial and government projects.

A: Warranty support covers manufacturing defects under normal approved use. Crash damage, improper assembly, incorrect wiring, overloading, unauthorized modification, water damage or operation outside safe limits may not be covered.