Modifications

== Introduction ==  

== Introduction ==  

{{ambox|text=Before starting this point, we recommand to follow all the sensors testing steps (BMP280 sensor, TMP36 Sensor, RFM69HCW radio and RFM69HCW Testing).  

{{ambox|text=Before starting this point, we recommand to follow all the sensors testing steps (BMP280 sensor, TMP36 Sensor, RFM69HCW radio, RFM69HCW Testing and onboard NeoPixel).  

It contains all the details about the wiring, install needed libraries and conduct basic testing.}}

It contains all the details about the wiring, install needed libraries and conduct basic testing.}}

* Air temperature

* Air temperature

* Air pressure

* Air pressure

and transmissing the information via the RFM69HCW radio module.

and transmitting the information via the RFM69HCW radio module.

== Wiring ==

== Wiring ==

# Going autonomous (removing Serial Connexion waiting) + add the Lipo

# Going autonomous (removing Serial Connexion waiting) + add the Lipo

The code proposed here under has been tested up to 22620128 (22.6 millions) iterations without issue, time when we decided to ends the test :-) .

The code proposed here under has been tested up to 23197 iterations without issue, time when we decided to ends the test :-) .

Once uploaded to your Feather, open the Serial Monitor and set it to 9600 bauds. '''The sketch would wait until you open the Serial Monitor to start transmitting the data'''.

Once uploaded to your Feather, open the Serial Monitor and set it to 9600 bauds. '''The sketch would wait until you open the Serial Monitor to start transmitting the data'''.

== The code explained ==

== The code explained ==

Here some explanation about the {fname|mission1-serial-radio-capture.ino}} sketch used in the CanSat.

Here some explanation about the {{fname|mission1-serial-radio-capture.ino}} sketch used in the CanSat.

This Arduino sketch would:

This Arduino sketch would: