Raptor VTOL UAV
Versatile mapping and surveillance drone
- Compatible with our Portable Ground Control Station
- Open Source Auto Pilot
- Up to 3 hour flight time
- Auxiliary payload bay
- Rugged construction
- Mission planning and control software
- Gyro-stabilized payloads
- Incredible user customer support
- Upto 300km Autonomy
- Fully Autonomous
- 3kg payload capacity
- Multiple Payload Options
- Designed for portability, simple disassembly
- Easy connection to our tracking antennas
- Modular design for simple repairs and upgrades
- Massive capacity for custom electronics
1. Auxillary Payload Bay
2. Main Payload Bay
3. Battery Bay
1. Avionics Bay
2. Motor/ESC Bay
SMALL UAV AUTONOMOUS FLIGHT
The Raptor UAS is an electric powered flying wing that is flown autonomously through it’s own onboard autopilot system. An Inertial Measurement Unit (IMU) provides stabilization for the aircraft. GPS navigation is used to guide the aircraft to it’s destination. The UAV is landed autonomously via point and click on the included Ground Control Software. Optionally you may land the UAV with the included RC controller for those with experience flying RC airplanes
Need an additional port or customization? We can do that. Contact us with your needs.
Commercial UAV Ground Control Software
Point and click flight planning in real time with the included ground control software. Flight patterns can either be pre-programmed on the plane before takeoff, or programmed in the air. Flight logging data can be downloaded to your PC. View live video in real time, and manipulate the camera gimbal itself to see what you want without having to changing course by using the included joystick controller. Take still color images or multispectral images using the same included software automatically by highligting the point of interest via a standard Google Earth file (downloaded directly from Google Earth). Once the area of interest is highlighted, the UAV automatically calculates the best route to fly in order to capture the necessary images for photo processing and with the perfect amount of overlap. The software even compensates for any added wind before executing the flight route, and ensures easy programming at any desired altitude.
Technical Specifications
General Specifications
| Wingspan: | 3020mm |
| Length: | 1075mm |
| Wing Area: | 180 sq. dm |
| Standard Box Dimensions: | 118 x 49 x 40 cm |
| Flight Case Dimensions: | 114 x 48 x 44 cm |
| Payload Bay: | 20 x 12 x 8 cm |
Weight and Payload
| Empty Weight: | 6.5 Kg |
| Empty Weight With Battery: | 9 Kg |
| Maximum Takeoff Weight: | 12.5 Kg |
| Payload Capacity: | 3 Kg |
Flight Characteristics with Payload
| Cruise Speed: | 16 m/s (60 km/h) |
| Maximum Speed: | 25 m/s (90km/h) |
| Stall Speed: | 13 m/s (47km/h) |
| Maximum Flight Time: | 2 hours 30 minutes |
| Range Through Air: | 100km |
Power
| Battery Type: | LiPo |
| Battery Cells: | 6s |
| Battery Capacity: | 23Ah |
Tolerances
| Maximum Takeoff & Landing Wind**: | 9 m/s (33Km/h) |
| Maximum Wind Cruise Flight: | 9 m/s (33Km/h) |
| Maximum Precipitation: | Drizzle |
| Operating Temperature: | Between -20 and +40 Celsius |
| Lipo Temperature: | Between +5 and +45 Celsius |
| Maximum Altitude: | 6500 ft (2000m) |
