Jason Winfield
How to transfer full color prints on to your 3D printed parts
updated
Get the handbrake here, for a short time this includes the pedals: patreon.com/jwinfield/shop/simulator-pedal-handbrake-build-guide-93808
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I step through the process I used to find all the CANBUS features of the dash so I can control the lights and dials.
In the next video we will hook it up to SIMHUB and play games using live telemetry!
Files can be found here: patreon.com/posts/getting-started-121749254
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If you have a Mazda 2 or Demio and CANBUS logs please let me know!
01:40 Finding the power input lines
04:56 Finding the CANBUS lines
06:40 Communicating over CANBUS
CAN Commander can be found here: github.com/MatthewKuKanich/CAN_Commander
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I use a Pi Pico W to check the time on a Real Time Clock and stepper motors to move the dials.
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I’ll walk you through the process of safely powering the seat using a repurposed PC power supply. If you’ve got an old desktop lying around, chances are it has a 12V power supply that can provide enough amps to get the job done. I used a breakout board to simplify the wiring, but you can also rig up your own connections if you’re comfortable with it.
We’ll test the seat’s motors, identify the key wiring, and avoid unnecessary complexities like airbags or seatbelt sensors. Finally, I'll explain how to safely mount and use the seat in your setup while ensuring it doesn’t draw too much power or risk blowing a fuse.
Whether you’re looking to upgrade your sim racing rig or just reuse an electric car seat for a home project, this video has everything you need to get started!
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Files here: patreon.com/jwinfield/shop/arcade-project-591529
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patreon.com/jwinfield
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In this video we discover a project that should do the job for us.
I gave a pretty poor explanation of building the firmware. If there is sufficient interest in this video I will retrace my steps and publish a proper step-by-step.
In the video I wrongly mention ISP-IDF, this is of course ESP-IDF which can be found here: dl.espressif.com/dl/esp-idf/?idf=4.4
Handheld legend can be found here: github.com/HandHeldLegend
Free handbrake STL with my sim pedals: patreon.com/jwinfield
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During the video I refer the the stepper motors as 127x they are of course x27.
Get your free STLs here: patreon.com/jwinfield
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The free Patreon tier will always be free. Should you decide to be a paying member to help the channel out you will of course pay a small donation.
If you are just interested in the files for this project and aren't already a member follow the link and click on Free membership, then check the members feed. patreon.com/jwinfield
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No code this time, here is the one from the last video: Link to follow along guide: jasonwinfield.nz/using-the-x27-168-stepper-motor-with-a-raspberry-pi-pico-and-l298n-motor-driver
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Link to follow along guide: jasonwinfield.nz/using-the-x27-168-stepper-motor-with-a-raspberry-pi-pico-and-l298n-motor-driver
Patreon: patreon.com/jwinfield (free membership with free 3d files)
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You can download SimHub here: simhubdash.com/download-2
My article if you are following along can be found here: jasonwinfield.nz/introducing-simhub-with-games-harnessing-the-power-of-custom-serial-data
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In this video, I will walk you through the process of building and configuring a versatile button box for sim racing. Button boxes are usually the DIYer's first mod due to their relatively simple construction, making this project perfect for beginners. Whether you're new to DIY electronics or a seasoned pro, this project is both fun and functional.
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In this video, you will learn:
How to wire the sim pedal with an Arduino and a hall effect sensor
How to check and adjust the magnet position for accurate readings
Step-by-step instructions for calibrating the pedal
Tips and tricks for troubleshooting common issues
Ensuring smooth and precise pedal operation for the best racing experience
By the end of this video, you will have a fully calibrated sim pedal ready for your racing setup. Make sure to watch the entire video for detailed explanations and demonstrations.
If you have any questions or need further assistance, leave a comment below, and I'll be happy to help! Don't forget to like, subscribe, and hit the notification bell to stay updated with my latest tutorials and projects.
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In this video, you will learn:
How to install the Arduino Joystick library
How to connect your joystick to the Arduino
Step-by-step instructions for calibrating your joystick
Troubleshooting tips and common issues
If you have any questions or need further assistance, leave a comment below, and I'll be happy to help!
Don't forget to like, subscribe, and hit the notification bell to stay updated with my latest tutorials and projects.
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My original toner transfer video: youtu.be/LrheAAnUpjs
Patreon: patreon.com/jwinfield (free STLs!)
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Join me as I explore the capabilities of ESP32 microcontrollers and how they can be utilized alongside touch and IR sensors to create a responsive and versatile input solution for sim racing enthusiasts.
Throughout the demonstration, I'll walk you through the setup process, from configuring GPIO pins to programming touch sensor sensitivity and calibrating IR sensors. This POC serves as a foundation for future development, providing insights into the feasibility and effectiveness of using these technologies in a button box application.
While this video focuses on the technical aspects of the POC, stay tuned for future updates where I'll be expanding on this concept to create a fully functional sim racing button box. With your feedback and support, we'll continue to refine and enhance this project to deliver an immersive and enjoyable racing experience.
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You can get the guide and STLs here: patreon.com/jwinfield/shop/h-shifter-build-guide-157432
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Compatible with:
Google Assistant
Alexa
Philips Hue
DMX
To name a few check out my playlist for more details: youtube.com/playlist?list=PLM62U15FHlTY4sAUIHbWadQBOyw7X9gLr
The project requires the following:
18650 battery and holder
ESP-01 and WS2812 driver board
ESP-01 programming jig
HW107 battery charger
Visipak 34.42mm ID HW Tube 1220mm
Visipak Tuff Pak Vinyl Cap 31.75mm Black
1M of neopixels
Push button switch
STL's here: printables.com/model/724376-wireless-neopixel-tube
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