Description
Smart Mode
Perfect for first-iime pilots. Sensible Mode uses Stick relavivity to move the drone in whatever direction the control stick is pushed, no matter which way its nose is pointed. It also creates a safe circle barrier that prevents you from flying too close to yourself or obstacles you fly around.
Adjustable Flight Boundaries
Stay legal, Stay safe and fly responsibly. Never fly beyond altitude and distance limits you define. This will help you avoid sensitive airspace and locked CTR’s.
Follow Me Mode
Your Built-In Copilot. The drone follows you at a distance and altitude you set so you can focus on lining up the perfect shot using the rudder and camera tilt controls.
Tracking Mode
Be the Star of the Show. The drone will follow and keep the camera pointed at whoever is holding the groundstation. This is a great way to capture yourself in action when no one else is around to fly for you.
Return Home
Safe landings with the flip of switch. The drone returns itself to the start-up point and lands for you. This is ideal for a safe way of landing. It’s also and easy way to regain visual contact if you accidentally lose sight in flight.
Aerial photography Mode
For the experienced pilot. The drone responds like a conventional remetly controled aircraft without stick relativity or the safe circle. Response is smooth and predictable so panning and tracking shots look great.
Additional information
| Year of last update | 2016 |
|---|---|
| Build-in Stablilsation | Y |
| Automatic launch and landing | Y |
| Collision avoidance systems (CAS) | Y |
| Autonomous emergency landing | Y |
| Type of Camera | more type of Camera's possible |
| Type of Lidar | e.g, Phoenix Scout Series |
| Additional Sensors and additional information | several types of sensors possible |
| Exchangeable | Y |
| Min. ø of launch/landing site [m] | 2 |
| Sensor tilting to allow oblique views | Y |
| Ground computer included | Y |
| Sensor control | Y |
| Real time image and video download link | Y |
| Type of software included | Camera self-calibration, Flight planning, Photogrammetric software |
| Flight planning software | Aerobotica app |
| Launching method | VTOL – vertical takeoff and landing |
| Max. humidity [%] | 50 |
| Typical applications | Agriculture, Surveillance and Industry |
| Propulsion | Electric |
| Platform | Copter |
| Brand | Kratos, Aerobotica |
| Max. payload [kg] | 10 |
| Max. stay in the air [min] | 45 |
| Max. speed [km/h] | 65 |
| Max. height above sea level [m] | 2000 |
| ø / wingspan [cm] | 150 |
| Max. wind speed [m/sec] | 6 |
| Height [cm] | 70 |
| Weight [kg] | 5 |
| Weight of battery [kg] | 5 |
| Number of rotors | 8 |
| Transport on human back | N |
| Min. operation temperature [°C] | -50 |
| Max. operation temperature [°C] | 50 |
| Addres | Aerobotica Aviolandalaan 37 4631 RV Hoogerheide Netherlands |
