I think it's a cobb, it was in the donor car. It seems to work fine, but I always worry about that C clip popping off from the bottom...Glad to hear you're keeping the project!
Boot looks nice, which short shifter did you go with?
Do you know if I can still use the OBD2 stuff with an open source tune? I should ask my tuner... its got carberry on the stock 02 WRX ECU... I think I want to just add a simple, reliable, stand alone coolant temp sensor.Great shots, looks like the meet was a lot of fun!
As for your electrical issues, make sure to check out your grounds! Inadequate grounding can cause all sorts of BS.
Also the stock dashboard temp gauge is woefully inaccurate, that's why it does no have any scale on it. You can pick up a cheap OBD2 reader and monitor the actual engine temperature far more accurately (Dashboard temp sensor is just for driver info, second sensor is only for ECU).
Yup it'll work fine! Any tune does not modify the base OBD2 interface. I had my stock 32-bit ECU modded to all hell with a bunch of patches and my OBD2 reader worked great for basic datalogging.Do you know if I can still use the OBD2 stuff with an open source tune? I should ask my tuner... its got carberry on the stock 02 WRX ECU... I think I want to just add a simple, reliable, stand alone coolant temp sensor.
Thanks for the info! I would like to install a hidden display eventually, maybe in the upper cubby. I need to do some digging on options for OBD2 connections, do you know if there is an option to talk with a rasberry pi? I would like to use one to run a display for sensors, store media, and tuning options. Or is an android sufficient? Thoughts? Thank you!Yup it'll work fine! Any tune does not modify the base OBD2 interface. I had my stock 32-bit ECU modded to all hell with a bunch of patches and my OBD2 reader worked great for basic datalogging.
You don't necessarily need another one, the coolant temp that the ECU uses for compensation tables is very accurate. In my case I was forced to add an external sensor and gauge because I managed to rip the single wire from my bulkhead connector, but the OEM high-res coolant sensor is now feeding temp data into my standalone, and it matches my external sensor with +-2 degrees.
Leave the OBD2 plugged in, and you can just rig up your phone as an ad-hoc Accessport! A bit laggy but coolant temps shouldn't need milisecond refresh rates.
There is! I looked into it a while ago when I was on my stock ECU. Look up OBD-pi. To be honest I didn't poke around too much with it, but the documentation is extensive. It seems like a fun project, although I'm not too sure how well it would deal with heat. Seeing as you're in Washington, it might not be too bad actually! You'll have to deal with 30 second boot times though, not sure if that might be a dealbreaker for you. Pi's don't pull much current, but still not something you'd want to hardwire to 12V 24/7.Thanks for the info! I would like to install a hidden display eventually, maybe in the upper cubby. I need to do some digging on options for OBD2 connections, do you know if there is an option to talk with a rasberry pi? I would like to use one to run a display for sensors, store media, and tuning options. Or is an android sufficient? Thoughts? Thank you!
Poifect! I also have a cousin who is a recent software engineering grad, and he just moved out west to work at Boeing! So with his help I do feel this is something I can tackle. I am not afraid to come up with power supply options, I come from the RC hobby, so I'll just come up with a 5v switching regulator to power the pi, no reason to send it 12V! As for dealing with the heat shouldn't be a problem at home, and i have other wild ideas for heat management I need to start working with, so maybe this is a good place to start putting my theories in to practice..... ( I want to build thermoelectric generator cooling modules to generate enough power to replace the alternator. One on the coolant, one on the oil, one on the turbo, A2W intercooler, all chilled with power chilled thermoeletric generators...... If you want to go further down the rabbit hole please check this research paper out with plans for how to build a system like this which can replace the radiator and provide enough power just from that to pull the alt. https://www.researchgate.net/public...iator_for_Internal_Combustion_Engine_Vehicles )There is! I looked into it a while ago when I was on my stock ECU. Look up OBD-pi. To be honest I didn't poke around too much with it, but the documentation is extensive. It seems like a fun project, although I'm not too sure how well it would deal with heat. Seeing as you're in Washington, it might not be too bad actually! You'll have to deal with 30 second boot times though, not sure if that might be a dealbreaker for you. Pi's don't pull much current, but still not something you'd want to hardwire to 12V 24/7.
There's dozens of displays that you could use, it's an endless rabbit hole when It comes to Pi projects! It definitely seems worthwhile to look into, and won't run you much $ if you go down that path.
Some guys have even run Romraider and ECUFlash off of a Pi, there are some guides online! You'll definitely need a larger high res display for that though.
I have zero experience with Android options, sorry!
Found this just now, the OBD-pi guide seems a bit out of date it seems.