About VA17
The VA17 is a long-endurance electricity-driven tilting fixed-wing UAV with vertical take-off and landing capability. The flight time is up to 120 minutes. Maximum load capacity is nearly 1 kg. Equipped with an advanced power management system, the drone is powerful and efficient, while using lightweight and durable EPP foam material to ensure a lighter and longer-lasting flight.
min
Flight duration
Advanced power management system
g
Max load capacity
Excellent Endurance
Up to 120min endurance with 800g payload.
High Performance ESC
The 80A 3-in-1 high-performance ESC shows excellent overload resistance and fast response speed. The combination of high performance and lightness is achieved from the compact design and 65% weight reduction compared to the traditional single ESC.
Weight saving
High Strength And Flexibility
The combination carbon fiber and EPP foam provides excellent rigidity for the drone frame, while also ensuring a certain degree of flexibility.
Safer Flight
The onboard power management module is equipped with 8V12A-UBEC providing stable power support for the servo system. At the same time, the dual flight control backup power supply design ensures that the safety of the flight is significantly improved and the installation process is simplified.
Convenient Design
The tool-free quick-disassembly design is adopted to the VA17. The assembly and disassembly of the drone frame can be efficiently completed within 3 minutes.
| TECHNICAL PARAMETERS | |
|---|---|
| Model | VA17 |
| Frame Length | 1310mm |
| Wingspan | 1680mm |
| Take off Weight | 5.5kg (Including max payload and batteries) |
| Payload | 0~900g |
| Frame Material | Carbon Fiber and EPP Foam |
| Flight Time | ≥120min with Payload 800g |
| Max Range | 125km |
| Flight Altitude | 100 ~ 1000m (typical); 4500m (Max.) |
| Wind Resistance | Level 5 |
| Max Flying Speed | 25m/s |
| Cruising Speed | 15~18m/s |
| Control Range | 10-30km |
| Recommended Battery | 8S 14400mAh |
| Cut-off Voltage | 26.4V |
| Recommended Flight Control | PIX / CUAV |