Difference between revisions of "Explorer"
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The Explorer is a rotorcraft. It is used to test control | The Explorer is a rotorcraft. It is used to test <br /> | ||
* control loops such as PID and INDI | |||
* simultaneous datalinks such as Xbee and Wifibroadcast | |||
* vision algorithm | |||
The aircraft fly | The aircraft fly an Apogee or a Tawaki autopilot board.<br /> | ||
A Raspberry Pi | A on board Raspberry Pi compagnon board is connected to the autopilot to provide additional communication and processing task.<br /> | ||
A on ground Raspberry PI board is connected to the ground station to provide additional communication task.<br /> | |||
The RPI Zero and RPI 3B cand used in this aircraft as they provided at least one UART and one USB <br /> | |||
Additional equipements connected to the autopilot board are : | |||
* Dshot 4in1 ESC board | |||
* GPS (D-GPS) | |||
* Xbee | |||
* Leds | |||
* Radio control | |||
* Servo | |||
Additional equipements connected to the compagnon board are : | |||
* Camera | |||
* External wifi | |||
Airframe | |||
<gallery> | |||
Example.jpg|Caption1 | |||
Example.jpg|Caption2 | |||
</gallery> | |||
Revision as of 01:10, 22 June 2020
The Explorer is a rotorcraft. It is used to test
- control loops such as PID and INDI
- simultaneous datalinks such as Xbee and Wifibroadcast
- vision algorithm
The aircraft fly an Apogee or a Tawaki autopilot board.
A on board Raspberry Pi compagnon board is connected to the autopilot to provide additional communication and processing task.
A on ground Raspberry PI board is connected to the ground station to provide additional communication task.
The RPI Zero and RPI 3B cand used in this aircraft as they provided at least one UART and one USB
Additional equipements connected to the autopilot board are :
- Dshot 4in1 ESC board
- GPS (D-GPS)
- Xbee
- Leds
- Radio control
- Servo
Additional equipements connected to the compagnon board are :
- Camera
- External wifi
Airframe
Caption1
Caption2
