
GAUTEN UAV SKYS360 Fixed-Wing Drone - Engine Version
- Listed wingspan
- 3600 mm
- Listed material
- Full Carbon Fiber Composite
- Listed payload capacity
- 8.0 kg
Listed values depend on the configuration. Confirm the final specifications with sales.
Export and dispatch: confirm each stage
Our current airframe order process includes Chinese dual-use export licence applications, including for bare airframes. This is our handling process, not a blanket legal classification of every product. Document preparation, export review, production and freight must be confirmed separately; approval and a total delivery date are not guaranteed.
Read the export and dispatch noticeShare the package, quantity and destination. Confirm included parts and delivery terms in your quote.
Contact sales to confirm availability.
Tell us your model, payload, application and package choice. Specifications below come from the original listing; confirm them for your final configuration.
GAUTEN UAV SKYS360 Fixed-Wing Drone - Engine Version — product details
The SKYS360 engine listing describes a 3600 mm fixed-wing UAV. The title and tables use different material descriptions; confirm the airframe material, S360 model label and package contents before ordering.
What to review
- Flight performance: Use the source-listed values in the table as a starting point. Confirm propulsion, payload, power or fuel load, weather and test conditions for your final system.
- Airframe construction: Review the listed material, dimensions and structural parts. Ask for model-specific drawings and inspection information; material alone does not prove weather resistance or service life.
- Payload installation: Check the listed bay dimensions and payload limit. Sensor fit also depends on mounts, balance, power and data interfaces; compatibility must be confirmed.
- Battery and power: Ask for a wiring diagram and the specified voltage, cell count, capacity and connectors for this package. Confirm these together before choosing a battery.
- Battery and power: Ask for a wiring diagram and the specified voltage, cell count, capacity and connectors for this package. Confirm these together before choosing a battery.
- Package contents: Compare the KIT and PNP component lists below. Confirm propulsion, servos, wiring, avionics and any customer-supplied equipment in the written quote; PNP does not mean ready to fly.
Advanced Aerial Mapping & Industrial Performance Platform
Sensor review: Check mounting access, center of gravity, cable routing and power demand with the payload installed. Ask who will verify the complete setup.
Sensor review: Check mounting access, center of gravity, cable routing and power demand with the payload installed. Ask who will verify the complete setup.
Civil project planning
- Mapping and aerial inspection: Define the data or inspection output first. Select the sensor, positioning, processing workflow and flight plan together; no completed integration is implied.
- Sensor review: Check mounting access, center of gravity, cable routing and power demand with the payload installed. Ask who will verify the complete setup.
- Mapping and aerial inspection: Define the data or inspection output first. Select the sensor, positioning, processing workflow and flight plan together; no completed integration is implied.
- Observation planning: Define the civil task, sensor, communications and operating conditions. Confirm system suitability, testing and permissions before deployment.
- Sensor review: Check mounting access, center of gravity, cable routing and power demand with the payload installed. Ask who will verify the complete setup.
Listed technical specifications
| GAUTEN UAV S360 SYSTEM SPECIFICATIONS | ||
|---|---|---|
| Specifications | Airframe Material | Full Carbon Fiber Composite |
| Wingspan | 3600 mm | |
| Fuselage Length | 2488 mm | |
| Payload Bay Dimensions (L*W*H) | 560 mm x 260 mm x 270 mm | |
| Wing Area | 133 dm² | |
| Empty Weight | 16.5 kg | |
| Max Payload Capacity | 8.0 kg | |
| Maximum Takeoff Weight (MTOW) | 40.0 kg | |
| Fuel Tank Capacity | 11 Liters | |
| Performance | Cruising Speed | 30 m/s (108 km/h) |
| Maximum Speed | 33 m/s (118.8 km/h) | |
| Stall Speed | 24 m/s (86.4 km/h) | |
| Maximum Flight Endurance | Up to 6 Hours | |
Package options & included parts
| Category | Component Specification | KIT | PNP (Electric) |
|---|---|---|---|
| Flying Platform | S360 Outer Wings | 2 pcs | 2 pcs |
| S360 Mid-Wing Section | 1 pc | 1 pc | |
| S360 Mainframe / Fuselage | 1 pc | 1 pc | |
| S360 V-Tail Booms | 2 pcs | 2 pcs | |
| S360 Heavy-Duty Landing Gear | 1 set | 1 set | |
| S360 11L Fuel Tank | 1 pc | 1 pc | |
| S360 Aerodynamic Engine Cowling | 1 pc | 1 pc | |
| Power System & Hardware | Tail Thrust Motor / Engine | — | 1 pc |
| Tail Thrust Propeller | — | 1 pc | |
| High-Torque Servos | — | 6 pcs | |
| Precision Pitot Tube | — | 1 pc | |
| Hardware & Linkage Hardware Kit | — | 1 set |
Product questions
Payload space & installation
Sensor review: Check mounting access, center of gravity, cable routing and power demand with the payload installed. Ask who will verify the complete setup.
2. How long can the GAUTEN UAV S360 fixed-wing drone fly on a single mission?
Sensor review: Check mounting access, center of gravity, cable routing and power demand with the payload installed. Ask who will verify the complete setup.
3. What power systems and propulsion setups are supported?
Battery and power: Ask for a wiring diagram and the specified voltage, cell count, capacity and connectors for this package. Confirm these together before choosing a battery.
4. What materials are used in constructing the GAUTEN UAV S360 airframe?
Structural details: Request the drawings and inspection scope that apply to the ordered model. Confirm the revision before planning component installation.
Package options & included parts
Package contents: Compare the KIT and PNP component lists below. Confirm propulsion, servos, wiring, avionics and any customer-supplied equipment in the written quote; PNP does not mean ready to fly.
Payload space & installation
Sensor review: Check mounting access, center of gravity, cable routing and power demand with the payload installed. Ask who will verify the complete setup.
Listed performance & conditions
Performance evidence: Ask which configuration and test conditions produced the listed values. Do not treat maximum figures as guaranteed results for every payload.


