Description
VFLYX series VT01 Advanced VTOL UAV for Precision Missions
- Utilize genuine VTOL (Vertical Takeoff and Landing) capabilities to operate effortlessly within a compact 6m x 6m area.
- Transition Seamlessly to Fixed-Wing Flight
Switch smoothly from vertical lift to fixed-wing mode for extended range and improved energy efficiency. - Measure Airspeed with Precision
Rely on an advanced air data instrumentation system to deliver accurate airspeed readings, ensuring precise and stable flight control. - Communicate Securely Over Long Distances
Leverage a robust, license-free digital communication link featuring FHSS (Frequency Hopping Spread Spectrum) for reliable, interference-resistant data transfer across extended ranges. - Achieve Superior Positioning Accuracy
Integrate industrial-grade RTK GNSS to enhance flight stability and deliver pinpoint navigation, even in challenging environments. - Maintain Smooth and Stable Flight
Benefit from notch filtering technology that eliminates vibration and noise, enabling precise PID tuning for optimized flight performance.
Key Highlights – VFLYX Series VT01
VTOL and fixed-wing modes combined for versatile operations
Mission time extended by custom battery system
Long-range communication enabled (30 km data, 10 km video)
4K imaging delivered with 6X zoom and gimbal control
Stability maintained in 5 m/s winds up to 5000m altitude
Precise navigation ensured with RTK GNSS and redundant IMUs
Specifications
| Category | Specification |
|---|---|
| Physical Dimensions | |
| Length | 1450 mm |
| Wingspan | 2430 mm |
| Height | 180 mm |
| Max Takeoff Weight | 12 kg |
| Power & Propulsion | |
| VTOL Motors | 4x electric motors |
| Fixed-Wing Motor | 1x puller configuration motor |
| Battery System | Customized for extended endurance |
| Flight Performance | |
| Max Speed | 22 m/s |
| Cruise Speed | 17–19 m/s |
| Stall Speed | 11 m/s |
| Service Ceiling | 5000 meters MSL |
| Wind Resistance | 5 m/s |
| VTOL & Transition | |
| Mechanism | Puller quadcopter VTOL configuration |
| Transition Mode | Puller-based fixed-wing transition |
| Navigation & Autopilot | |
| Processor | STM32H7 with triple-redundant IMU sensors |
| Navigation System | Redundant RTK GNSS with secure frequency |
| Optional Navigation | Radar-based velocity system for GPS-denied environments |
| Payload & Camera | |
| Max Payload Capacity | 2 kg |
| Camera Resolution | 4K (4096×2160) @ 25fps1080p (1920×1080) @ 30fps720p (1280×720) @ 30fps |
| Lens | Fixed focal length with 6X digital zoom |
| Camera Angles | Pitch: -135° to +45°Yaw: -160° to +160°Roll: -30° to +30° |
| Controller Specs | |
| Controller Weight | 850 g |
| Battery Capacity | 10200mAh (up to 8 hours operation) |
| Communication | FHSS with 8–10 km video range (LOS), 20–30 km data range (LOS) |
| Optional Telemetry | |
| Frequency Range | 840–845 MHz |
| Range | Up to 100 km |
| Transmission Modes | Frequency Hopping / Fixed Frequency (GMSK, 2GFSK, QPSK) |
FAQ's
1. How much space do I need to launch the VFLYX series VT01?
You only need a compact 6m x 6m area, thanks to its true VTOL capability.
2. Can I switch to fixed-wing flight mid-air?
Yes, the VYOM X1 transitions smoothly to fixed-wing mode for longer range and better efficiency.
3. What kind of weather can the VFLYX series VT01 handle?
It operates reliably in wind conditions up to 5 m/s, making it ideal for varied environments.
4. How far can the communicate?
With FHSS tech, it transmits video up to 10 km and data up to 30 km (LOS). Optional modules extend range to 100 km.
5. What’s the maximum payload it can carry?
It carries up to 2 kg of payload, including a high-resolution 4K camera with zoom and stabilization.
6. Can I fly it in GPS-denied zones?
Absolutely—enable the optional radar-based velocity navigation for dependable control in GPS-restricted areas.
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