GitHub - mfkiwl/TelemetryRocket2: Model Rocket with ESP32-based telemetry system

mfkiwl / TelemetryRocket2 Public

forked from RobertPHeller/TelemetryRocket2

Notifications You must be signed in to change notification settings
Fork 0
Star 0

Model Rocket with ESP32-based telemetry system

GPL-3.0, GPL-3.0 licenses found

Licenses found

0 stars 1 fork Branches Tags Activity

Star

Notifications

Branches Tags

Name		Name	Last commit message	Last commit date
Latest commit History 8 Commits
Images		Images
TTGOTelemtryBoard		TTGOTelemtryBoard
TTGOTelemtryBoardCode		TTGOTelemtryBoardCode
BodyTube.py		BodyTube.py
COPYING		COPYING
CompleteRocket.py		CompleteRocket.py
ComputerAssembly.py		ComputerAssembly.py
Engine.py		Engine.py
Fin.py		Fin.py
Geometry.py		Geometry.py
NoseCone.py		NoseCone.py
Payload.py		Payload.py
README		README
Stage1.py		Stage1.py
Stage2.py		Stage2.py
TTGOTelemetryBoard_protoboard.fzz		TTGOTelemetryBoard_protoboard.fzz
TTGOTelemetryBoard_stripboard.fzz		TTGOTelemetryBoard_stripboard.fzz
TelemetryRocket2.fcstd		TelemetryRocket2.fcstd
license.txt		license.txt

Repository files navigation

This is a design for a 2-stage model rocket that will boost a basic 
ESP32-based telemetry board (accelerometer, altimeter, barometric pressure 
sensor, and temperature sensor, along with a real time clock).  The telemetry 
readings are saved on a MicroSD card on the TTGO-T1 board using its MicroSD 
slot. The system is powered by a LiPo battery while in flight and the integrated
battery charger on the TTGO-T1 board is used to charge the battery via the 
micro-B USB connector.  The sketch uses the USB connection for serial communication
to set the RTC and open the log file.

The first stage has a four engine cluster, with 1 E12-0 and three D12-3 
engines.  The second stage takes one E12-8 engine.

Both stages have parachute recovery.  The first stage has three (small) parachutes 
above the outer three engines.  The upper stage has a single (large) parachute.