Description

This project will be using a raspberry pi to get data from a fuel injected motorcycle. The motorcycle I will be using is a 2008 suzuki boulevard m50. The main data will be pulled from the Dynojet power commander V that is installed on the motorcycle. A Dynojet power commander V is an electronic fuel tuner, controls the air/fuel ratio, for fuel injected motorcycles.

Dynojet Power Commander V data

• RPM (revolutions per minute of the engine)
• Throttle position (percentage the throttle is turned)

Challenges Faced

• Main challenge was that the Power Commander V I was using to test my code died, so I had to write a simulated Power Commander V program

Out come

The final outcome of this project is two main things. The first one is a set of programs that are used to communicate with a Power Commander V and get data from it. The second is a program for a Teensy Arduino LC that simulates a Power Commander V.

Abstract, Problem, and Purpose

Background and History

Dependencies

Capstone Implementation Weekly Reflection

Design Projects

• Design Project 1 - Getting needed materials
• Design Project 2 - Setting up the raspberry pi

Sprints

• Sprint 1 - Figure out what command needs to be sent to the Power Commander V in order to start receiving data from it
• Sprint 2 - Start to write code that will send and receive data from the PCV using HID packets
• Sprint 3 - Write code for logs, parsing RPM value, and parsing throttle value
• Sprint 4 - Write the code for the simulator and make sure the main code works correctly

Final Demo and Presentation

• Final presentation slides
• Final Demo

Simulator code

Main code