SKYWALKER SKY245 2450mm Long-Endurance VTOL Mapping & Survey UAV Platform

A: The Skywalker SKY245 is used for aerial mapping, land surveying, infrastructure inspection, precision agriculture, environmental monitoring, security operations and scientific research. It is designed for professional teams that need long endurance, VTOL deployment and survey-grade payload flexibility.

A: The SKY245 can achieve up to 240 minutes of flight time under optimized battery, payload and mission conditions. Actual endurance depends on battery capacity, payload weight, wind, altitude, cruise speed, flight profile and safety reserve planning.

A: The platform supports payloads up to 3kg depending on final configuration. Payload integration must consider size, power draw, vibration isolation, cooling, center of gravity and aircraft balance.

A: The maximum takeoff weight is listed as 13.5kg. Final safe takeoff weight depends on airframe configuration, battery selection, payload, avionics, telemetry equipment and mission setup.

A: No. The VTOL system enables vertical takeoff and landing, so the aircraft can operate from restricted locations where runway access is not available.

A: The supplied configuration lists a 75km/h cruise speed, while some public references list approximately 80km/h. Final mission cruise speed depends on payload, battery, wind, altitude and flight-controller tuning.

A: The supplied data lists a maximum speed of 120km/h, while some public references list 108km/h. Operators should follow the final configured aircraft limits and safety procedures provided during integration.

A: The service ceiling is listed up to 5000m. Actual flight altitude must comply with local aviation rules, permissions and mission safety requirements.

A: RTK and PPK support allows the aircraft to be integrated into high-accuracy mapping workflows when paired with compatible GNSS hardware and processing methods.

A: Communication configurations are available for 15km, 30km and up to 50km depending on telemetry hardware, antennas, terrain, line-of-sight conditions and regulatory permissions.

A: The KIT Version includes the airframe package, structural components, VTOL airframe platform and hardware package. Motors, ESCs, servos, batteries, flight controller, telemetry, RTK/PPK hardware, GCS and payloads are selected separately.

A: The PNP Version includes the complete airframe, VTOL power system, cruise propulsion system, ESCs, servos, wiring harness and a ready-for-flight-controller installation platform.

A: Mapping companies usually benefit from the PNP version or a Mapping & RTK/PPK Integration Package because these reduce integration effort.

A: Yes, lightweight LiDAR systems can be integrated if they fit within the 3kg payload limit and mission compartment constraints.

A: Yes, EO, EO/IR and thermal payloads can be integrated depending on weight, size, power and interface requirements.

A: Yes, the SKY245 is suitable for agriculture mapping, crop monitoring, multispectral imaging and large-area farm surveys.

A: Yes, the long endurance and communication options make the SKY245 suitable for corridor mapping such as roads, railways, pipelines, canals and powerline routes.

A: The SKY245 is listed with Level 6 wind resistance. Operators should still evaluate local weather, payload loading, takeoff/landing zone and safety margins before every mission.

A: No. The SKY245 is a professional VTOL UAV platform that should be assembled, configured, operated and maintained by trained pilots, survey teams or experienced UAV integrators.

A: Yes, customization is available for RTK/PPK, mapping payloads, LiDAR systems, EO/IR cameras, thermal cameras, long-range telemetry, video links, GCS, research payloads and security configurations.

A: Maintenance should include inspection of the carbon fiber airframe, VTOL lift system, cruise propulsion, servos, ESCs, wiring, connectors, battery, avionics, payload mounts and control surfaces.

A: Warranty support generally covers manufacturing defects under approved use and normal operating conditions.