Difference between revisions of "Xvert"
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== Sensors == | == Sensors == | ||
* 3-axes gyroscope (MPU 6500) | * 3-axes gyroscope (MPU 6500) | ||
* 3-axes accelerometer (MPU 6500) | * 3-axes accelerometer (MPU 6500) | ||
* Pressure Baro sensor ( | * Pressure Baro sensor (MEAS 5607) | ||
==Processor == | == Processor == | ||
STM32F373CCT6 | STM32F373CCT6 | ||
==Motors == | ==Motors == | ||
* 2 BL280 2600Kv | * 2 BL280 2600Kv | ||
==Servos == | |||
* 2 4 Gram Servo (SPMSA220) | * 2 4 Gram Servo (SPMSA220) | ||
== Dimensions == | == Dimensions == | ||
| Line 78: | Line 76: | ||
[[File:Xvertboardtop.png|thumb|Top view XVert board]] | [[File:Xvertboardtop.png|thumb|Top view XVert board]] | ||
[[File:Xvertboardbottom.png|thumb|Top view XVert board]] | [[File:Xvertboardbottom.png|thumb|Top view XVert board]] | ||
Extension UART port | Extension UART port | ||
| Line 86: | Line 83: | ||
vss | vss | ||
Baro I2C | Baro / GPS / Magneto I2C port | ||
pf6 I2C scl2 | pf6 I2C scl2 | ||
pf7 I2C sda2 | pf7 I2C sda2 | ||
| Line 92: | Line 89: | ||
vss (corner) | vss (corner) | ||
Servo 1 | |||
vss | vss | ||
vdd | vdd | ||
PA13 SWDIO | PA13 SWDIO | ||
Servo 2 | |||
vss (corner) | vss (corner) | ||
vdd | vdd | ||
pa11 | pa11 | ||
SWD connection to Black Magic Probe: | SWD connection to Black Magic Probe: | ||
| Line 112: | Line 110: | ||
escs | escs | ||
ftdi | ftdi orange (TX) --> A10 (RX) --> U10 | ||
ftdi | ftdi yellow (RX) --> A9 (TX) --> TP15 | ||
I2CSDA1 A14 B7 B9 | I2CSDA1 A14 B7 B9 | ||
I2CSCL1 A15 B6 B8 | I2CSCL1 A15 B6 B8 | ||
Something analog on pa5 and pa6? | Something analog on pa5 and pa6? | ||
The CYRF | The CYRF is connected to SPI. | ||
== First time flash == | == First time flash == | ||
The first time the xvert is flashed, some extra steps are required to delete the protected programming. | The first time the xvert is flashed, some extra steps are required to delete the protected programming. | ||
| Line 132: | Line 130: | ||
* attach 1 | * attach 1 | ||
* mon option erase | * mon option erase | ||
* load /home/ | * load /home/$USER/paparazzi/var/aircrafts/aaf3d/ap/ap.elf | ||
== GPS == | |||
Per default no GPS but one an be added e.g. over I2C bus. A combined Magneto GPS module is a simple way to also add a magnetometer in the same modification run | |||
== Other == | == Other == | ||
Latest revision as of 14:46, 12 March 2019
Introduction
By default the XVert from Horrizon Hobby is a two-prop hybrid VTOL fixed wing, designed to be controlled with DSMX RC. It features a STM32F3 board, which can be reprogrammed with Paparazzi through SWD. A GPS, magneto en datalink can be added by using the expansion ports on this board so that autonomous flight can be achieved.
Getting started
What you need
- An XVert EFL1800
- The Hobbyking Joystick
- A Black Magic Probe (BMP) or similar SWD programmer
- A GPS + magneto
- An XBee datalink
- A laptop with Ubuntu and paparazzi installed
Steps to follow:
- Upgrade the XVert with the XBee and GPS
- Install Paparazzi via the one liner to be found here. Just Cut 'n Paste (CTRL+C from webbrowser then CTRL+SHIFT+V in your Linux terminal) and press ENTER
- Start Paparazzi Center with the TUDelft configuration
- In the Paparazzi center choose "Xvert" in the airframe dropdown menu
- Power up the XVert
- Connect the SWD pins of the BMP as shown in the image TODO
- Press the "Upload" button in the Paparazzi Center, wait...
- Plug in the XBee to the laptop
- Select Hobbyking in the session menu
- Press execute
- Select FlightUSB0 in the session menu
- Press execute again
Voila, you should get telemetry from your XVert. Now it is up to you how and where to fly.
Features
Hardware that has to be added manually is marked with an (*).
Connectivity
- CYRF DSMX RC radio chip (not yet supported)
- XBee datalink(*)
Structure
- 2 Brushless Outrunner motors
- EPO foam wing
- Two elerons
Battery
- Lithium Polymer 2S 800 mAh
- Flight time: ?
Sensors
- 3-axes gyroscope (MPU 6500)
- 3-axes accelerometer (MPU 6500)
- Pressure Baro sensor (MEAS 5607)
Processor
STM32F373CCT6
Motors
- 2 BL280 2600Kv
Servos
- 2 4 Gram Servo (SPMSA220)
Dimensions
- TODO
Weight
- Without TODO
- With add-ons TODO
Pinout
Extension UART port pa3 (corner) UART2RX pa2 UART2TX vdd vss
Baro / GPS / Magneto I2C port pf6 I2C scl2 pf7 I2C sda2 vdd vss (corner)
Servo 1 vss vdd PA13 SWDIO
Servo 2 vss (corner) vdd pa11
SWD connection to Black Magic Probe:
|-----PA13 (SWDIO) -> TP17
|-----gnd
|-----pa14 (swclk) -> TP12
|-----Not connected (trace)
I2C IMU MPU6500: pb6 pb7
escs ftdi orange (TX) --> A10 (RX) --> U10 ftdi yellow (RX) --> A9 (TX) --> TP15
I2CSDA1 A14 B7 B9 I2CSCL1 A15 B6 B8
Something analog on pa5 and pa6?
The CYRF is connected to SPI.
First time flash
The first time the xvert is flashed, some extra steps are required to delete the protected programming.
Black magic probe steps:
- target extended-remote /dev/ttyACM0
- monitor tpwr enable
- monitor swdp_scan
- attach 1
- mon option erase
- load /home/$USER/paparazzi/var/aircrafts/aaf3d/ap/ap.elf
GPS
Per default no GPS but one an be added e.g. over I2C bus. A combined Magneto GPS module is a simple way to also add a magnetometer in the same modification run