Vorona app provides services of Parrot Bebop 2 drones
Remote control capabilities (HUD, Joypad, Skycontroller)
Map and AirPhoto(Drone have to be connected) service (10.00 EUR).You can only purchase it with Bitcoin(BTC). In-app purchase with 10 days free trial. If you purchase one of Vorona services, all of the other services (Vorona Map, Vorona Dji, ...) are free. If you dont have BTC, then Vorona Map you can buy in Google Play Store. Vorona Map downloading from Google Play (search: Vorona map).
N.B.: The BTC license number can only be activated on one device. If you purchase one of Vorona services, all of the other services (Vorona Map, Vorona Dji, ...) are free.
You agree that you are using the Vorona software solely at your risk
1.3. Buy digital currency (BTC)
Learning how to use Bitcoin is just like any other technology. This will require you to get familiar with how things function. 1. Find a Bitcoin exchange 2. Buy bitcoins by exchanging your local currency, like the U.S. Dollar or Euro, for bitcoin 3. Transfer the Bitcoins to your wallet 4. Coinbase is a good place to start when buying bitcoins https://www.coinbase.com/
2. Drone setup and piloting
2.1. Drone offline mode
Buttons:
Help
Drone setup
Map
2.1.1. Drone setup
Piloting
Buttons: piloting joystick (yaw, roll) on/off
Axis directions: each controls one direction. Left button: rotate or up/down, Right button Forward/backward or left/right
Joypad on/off:
setup
2.1.1.1. Setup (Joypad)
Setup to map Bluetooth controller buttons
Up/down
Flight left/right
Rotate
Take off/landing
Start/stop video record
Take a picture
Navigate Home
Move camera left/right
Move the camera up/down
camera center
Reset to default settings
2.2. Drone online mode and piloting
A. Top bar
1. Fly home. Example [H->40 175m/25"]: direction home ->, rotation angle 40 degrees, distance 175m and flying time=25sec (if drone speed=0 then default speed=5m/s) 2. Flight counter. (activates upon takeoff and deactivates on landing) 3. Menu
A3. Menu
Drone setup (2.1.1. Drone setup)
Flight settings
Camera: center camera, Camera down
Start AirPhoto (if take_off&gps)
Rotate north (if take_off)
Reset home location
Download media
A3.1. Flight settings
Set the flight parameters:
max altitude (exampl.150m)
max distance (exampl.150m (altitude 50m, 2x2 AirPhoto matrix))
Geofence 1/0
max vertical speed
max rotation Speed
max speed
Return home delay (RTH) if disconnected (exampl. 10s). RTH is take off position
B. Top buttons
1. Take off 2. Home(if take_off&gps) 3. Picture 4. Video 5. AirPhoto(if take_off&gps) 6. Map mode
C. Centre Camera panning and gyroscope horizon
Fisheye camera's panning. Drag the button in the direction you would like to pan the field of view
White dot indicates camera center
Clicking will re-center the camera's field of view
D. Bottom joysticks
1. Yaw (x:rotate, y:up/down) 2. Roll (x:left/right, y:forward/backward)
E. Compass slide bar
F. Bottom bar
1. ALT-Altitude 2. SP-speed 3. Battery status: BB-Bebop, SC-Skycontroller (red warning if less than 15%) 4. WiFi signal strength (red warning if less than 15%) 5. Drone GPS status
3. Map and AirPhoto functions
Map and AirPhoto service cost(10.00 EUR). In-app purchase with 10 days free trial. Buy with BTC – there’s a transaction fee of 10.00 EUR. If you buy with BTC, the service will be provided free of charge for 10 days. If you purchase one of Vorona services, all of the other services (Vorona Map, Vorona Dji, ...) are free. Vorona Map downloading from Google Play (search: Vorona map). If you dont have BTC, then Vorona Map you can buy in Google Play Store.
The program requires piloting skills (it is not for beginners). First, you have to fly up to the suitable height. Use at the beginning of 1x1 Airphoto iteration
Before starting you have to make a plan. You will choose right altitude and observe that there are no obstacles in the drone’s way. Observe online(WiFi) area and if possible use Skycontroller. Example to make AirPhoto on altitude=100m, then picture iteration step is 150m (this require a Skycontroller). AirPhoto will be made only in drone connected mode (not Mavlink). AirPhoto will be loaded on the map immediately after the snapshot. Use drone only with fully loaded batteries. AirPhoto making on altitude 100m and iteration 2x2 will take 5min
Warning: Bebop 2 cannot automatically avoid any obstacle in its path during Return Home flight. Make sure the flight path is clear, and you have established line-of-sight with the drone before activating Return Home. If the connection between your smartphone and the Bebop 2 is lost, Bebop 2 returns to its starting point automatically after a certain period of time. You can change this time in Return home delay (RTH). RTH is take off position (2.2.A3.1)
Before starting you have to set the flight parameters
max altitude
max distance (example 150m (altitude 50m, 2x2 AirPhoto matrix))
max vert. Speed
max rot. Speed
max speed
Return Delay. Return home(RTH) if drone disconnected (example 10s). RTH is take off position
If you start AirPhoto function, then the button becomes red. Any piloting command will stop AirPhoto program and button becomes green. After that, you can use button Home
Before snapshot, program controls WiFi and battery. If battery status or WiFi signal strength is below 15%, then program gives warning and command go home
After last snapshot drone flies to the starting point (first snapshot place, not home)
Example: AirPhoto setup (3x-2), 3 iterations to North and -2 iterations to West
On map are visible drone(red), device(blue), home(green)
Airphoto iteration setup
Aerofoto iteration setup
Aerofoto iteration 1,2,3 North (-1,-2,-3 South) and 1,2,3 East (-1,-2,-3 West)
Declination angle (degrees). If automatic detection not suitable, you can write another angle. Magnetic declination or variation is the angle on the horizontal plane between magnetic North (the direction the north end of a compass needle points, corresponding to the direction of the Earth's magnetic field lines) and true north (the direction along a meridian towards the geographic North Pole). This angle varies depending on a position on the Earth's surface, and changes over time.