The VA-AS200C can payload of 200kg, has completed various actual hoisting operations at different altitudes, in different seasons, and under different mission scenarios, accumulating thousands of takeoffs and landings. It basically meets the construction and maintenance needs of 110kV and below transmission and transformation lines and is widely used in mountainous engineering construction, material transportation, power emergency repair, and tower construction. It is a typical intelligent and mechanized new type of equipment in the power construction scenario.
Key Features of VA-AC200C Drone
Eight-Axis Sixteen-Wing Design
Core Power Redundancy Exceeding 35%
Smart Fast-Charging Battery
Carbon Fiber Fuselage & Propellers
Details
Why Choose VA-AC200C
High Return on Investment（ROI）
With thousands of lifts and landings completed, and over 100 tons of power tower materials, fittings, and base materials transported, the system saves on crane handling costs and saved construction time, enabling rapid cost recovery.
Easy Assembly & Transportation
Foldable storage saves space, reducing transportation costs, allowing for quick deployment, shortening debugging time, and improving work efficiency.
Core motor power redundancy exceeding 35%
The independently developed high-power motor boasts a power redundancy exceeding 35%, ensuring undiminished power even in mountainous areas with no signal.
Strong Environmental Adaptability
The aerial crane has successfully completed lifting operations at over ten different altitudes (from sea level to 5500 meters), in different seasons (spring, summer, and autumn), and in different mission scenarios (maximum height difference of 700 meters, maximum horizontal distance of 5km).
Important Parameters
| Unfolded Dimensions (Operating) | 4100*4100*1120mm | Operating Ambient Temperature | -10~45℃ (battery insulation) |
| Folded Dimensions (Transportation) | 1980*1980*1780mm | Waterproof Rating | IPX3 |
| Aircraft Structure | Octaxial 16-rotor | Maximum Operating Altitude | 2500 meters |
| Maximum Takeoff Weight | ≯ 405kg | Operating Voltage Range | 54V-75.6V |
| Rated Payload (Sea Level) | 200kg | Effective Battery Capacity | 16.8 kWh |
| Empty Weight (Excluding Battery) | ≯ 125kg | Battery Cycle Life | ≥1000 cycles (80%) |
| Maximum Hovering Time (Empty) | 50 minutes | Battery Weight | 40kg/piece |
| Regular Operating Time | 20 minutes | Charging Operating Temperature | 5~68℃ |
| Full Load Range | 10 minutes | Discharging Operating Temperature | -20℃~90℃ |
| Maximum Single-Shaft Pull Force | 57kgf (sea level) | Ground Station Remote Control Distance | 15KM (line of sight) |
| Navigation and Positioning System | GPS+BDS+GLONASS+GALILEO | Image Transmission | 4K HD digital image transmission |
| Wind Resistance Rating | Level 5 (<10.8m/s) | Battery & Ground Station Protection Rating | IP54 |
| Maximum Climb/Climb Rate | ±8m/s | Ground Station Display Screen | 7-inch high-brightness screen |
| Maximum Horizontal Speed | 15m/s | Ground Station Range | 8 hours |
Actual Case
Participating in mountainous construction projects, we transported tower materials, sand, and gravel, solving the problem of low efficiency in traditional transportation methods under complex terrain and ensuring timely supply of construction materials.
Project Achievements:
- Efficient Transportation: Successfully hoisted a large volume of cargo, transporting 100 tons, and completed the transportation tasks strictly according to schedule, ensuring the supply of construction materials.
- Flexible Response to Unexpected Situations: Faced with complex local weather and variable geological conditions, we quickly adjusted our work plan, efficiently completing hoisting tasks when flight conditions were met, ensuring the overall project progress remained within a controllable range.
- Ensuring Cargo Safety: Through meticulous operation and close collaboration with the client, no cargo damage or loss occurred during transportation due to operational errors, ensuring the safety of the client’s cargo and earning high praise from the client, laying a solid foundation for future cooperation.
Nighttime Simulation of Emergency Scenario in Mountainous/Urban Areas Water Bucket Lifting.
With the drone fully charged, the sling was inspected for wear and tear, and the boom for deformation. The bucket was filled to 20L (total weight 21.2kg). In a nighttime outdoor scenario, the drone hovered at 10m in manual mode, then switched to autonomous mode and flew along a preset route (including a 30° slope and a 5m obstacle), simulating a 5m/s gust of wind.
Test Results: Hovering deviation was 0.3m, sling swing was 25cm, and bucket tipping rate was 3%, all exceeding design specifications; attitude angle fluctuation under gust interference was ≤10°, and redundant battery switching was uninterrupted. Applicable to scenarios such as urban high-rise fire-fighting water supply, emergency water replenishment in mountainous areas, and nighttime engineering material transfer.”
UAV System Composition
Transport Drones
Remote Controller
Smart Battery
Smart Charger
Unscrewer + Sling
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We are committed to ensuring every customer receives timely and professional technical support. Our engineers can provide remote product installation guidance, software updates, and drone flight technical support. Customers can also arrange for in-person training at our factory.
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