CUAV Intelligent Controller Applications
CUAV intelligent controllers have established themselves as reliable, high-performance solutions for a wide range of unmanned aerial vehicle (UAV) applications. This article explores several key applications of CUAV flight controllers in vertical takeoff and landing (VTOL) unmanned aerial vehicles, ranging from 10kg electric models to 50kg fuel-powered systems.
Ⅰ. CUAV Controller in 10kg Class VTOL Fixed-Wing UA
This application scenario features the Raefly VTOL using CUAV X7 series flight controllers for UAV inspection, aerial surveying, and other professional applications.
Raefly VTOL Introduction
Raefly VTOL is a 10kg class electric vertical takeoff and landing fixed-wing UAV with quick-release and foldable structure for rapid deployment. It offers an impressive 2.5-hour flight endurance with a maximum range of 150km, making it suitable for various applications, including channel inspection, aerial surveying, and power line inspection.
Main Configuration
- CUAV X7/X7+ Flight Controller
- CAN PDB Power Distribution Board
- NEO 3 Pro GPS
- H16 Remote Controller
Specification Value
Specification | |
| Material | EPO+ Carbon Fibre |
| Dimensions | 2430X1450X180mm |
| Maximum Flight Speed | 27m/s |
| Recommended Flight Speed | 19～20m/s |
| Stall Speed | 10m/s (Test conditions: altitude 500m, takeoff weight 10.5kg) |
| Additional Payload | 1.5kg |
| Function Range | 150km |
| Empty Weight | 10.1kg |
UAV Flight Video
Ⅱ. CUAV Controller in Composite Material VTOL Fixed-Wing UAV
This application scenario showcases the Raefly VT260 using CUAV X7-series flight controllers for professional UAV operations, including inspection and surveying.
Raefly VT260 Introduction
Raefly VT260 is a high-performance 10kg class electric vertical takeoff and landing fixed-wing UAV with a high-strength composite material fuselage, ensuring stable flight performance. The aircraft features a fluid dynamic design that perfectly integrates aerodynamics, resulting in low flight resistance and strong stability. With its large payload bay and impressive 260km maximum range, it meets the requirements of most professional applications.
Main Configuration
- CUAV X7+/CUAV Nora+ Flight Controller
- CAN PDB Power Distribution Board
- Optional: C-RTK 9ps/Neo 3/NEO 3 Pro GPS
Specification Value
Specification | |
| Aircraft Material | Carbon fibre composite material |
| Wingspan | 2650mm |
| Fuselage Length | 1450mm |
| Maximum Flight Speed | 30m/s |
| Economical Cruise Speed | 19~22m/s |
| Stall Speed | 16m/s (13kg) |
| Endurance | 12S 30000mAh battery: 210 minutes 12S 22000mAh battery: 160 minutes |
| Maximum Range | 260km (12S 30000mAh battery) |
| Maximum Flight Altitude | 5000m |
| Maximum Payload | 2.5kg |
| Maximum Takeoff Weight | 13.5kg |
| Payload Bay Dimensions | 300mm×180mm×150mm |
| Wind Resistance | Multirotor (VTOL) 5 levels / Fixed-wing 9 levels |
| Takeoff and Landing Method | VTOL |
| Power Source | Electric |
| Assembly and Disassembly Method | Tool-free assembly/disassembly |
UAV Flight Video
Ⅲ. Application of X7+ Pro in a 35kg Gas-Powered Drone
Fuel-electric hybrid vertical takeoff and landing fixed-wing UAVs offer extended flight endurance (6-15 hours) and high flight speed, making them ideal for logistics, surveying, and other applications. The X7+ Pro features industrial-grade ADIS16470 sensors with high reliability and shock resistance, making it particularly suitable for complex operating conditions such as fuel-electric hybrid VTOL UAVs.
Main Configuration
- X7+ Pro Flight Controller
- CUAV 9Ps GPS
- Dle60cc Engine
UAV Flight Video
Ⅳ. Application of CUAV X7+ Pro Controller in 30kg Gas-Powered Drones
The X7+ Pro features industrial-grade ADIS16470 sensors, making it particularly suitable for medium to large-sized UAVs. This chapter introduces a mid-sized vertical takeoff and landing fixed-wing UAV.
Recommended main configuration
- X7+ Pro Flight Controller
- C-RTK 9Ps GPS
- Dle40cc Engine
Flight Video
Ⅴ. Application of X7+ Pro Controller in a 50kg Gas-Powered Drone
Fuel-electric hybrid vertical takeoff and landing fixed-wing UAVs offer extended flight endurance (6-15 hours) and high flight speed, making them ideal for logistics, surveying, and other applications. The X7+ Pro features industrial-grade ADIS16470 sensors with high reliability and shock resistance, making it particularly suitable for complex operating conditions such as fuel-electric hybrid VTOL UAVs.
Recommended main configuration
- X7+ Pro Flight Controller
- C-RTK 9Ps GPS
- Dle40cc Engine
Flight Video
Ⅵ. Technical Services
CUAV intelligent controllers are core components of UAV systems and require a certain level of technical expertise to use effectively.
After-sales and Technical Support
CUAV provides high-quality after-sales and technical support services in the industry. Technical personnel are available on major sales platforms to answer user questions in real-time and follow up on after-sales feedback.
Attentive Services
To provide more comprehensive services to customers, Raefly Innovation has established a professional flight technical team to offer the following services (not free) for users at different levels:
- UAV Assembly and Debugging: Users provide all UAV components, and the Raefly flight technical team is responsible for UAV assembly, debugging, or technical training for the user’s technical personnel.
- UAV License and System Training
- On-site Technical Services: Flight demonstrations, project site support, UAV applications (UAV inspection, aerial surveying, etc.)
- UAV Flight Platform (Customization)
Conclusion
CUAV flight controllers demonstrate exceptional versatility and reliability across a wide range of UAV applications, from lightweight electric VTOLs to heavy-duty fuel-powered systems. Their advanced sensor technology, robust design, and comprehensive technical support make them the preferred choice for professional UAV operators in various industries, including inspection, surveying, logistics, and more.
Whether you’re looking for a solution for a small electric VTOL or a large fuel-powered system, CUAV offers flight controllers that can meet the demands of your specific application while providing the technical support needed to ensure successful operations.