This summary of the video was created by an AI. It might contain some inaccuracies.
00:00:00 – 00:15:46
The video showcases the transition from a standard in-dash system to a Raspberry Pi setup for Android Auto and navigation in a car. Different segments highlight the installation process, power supply solutions, audio integration, screen display improvements, and testing procedures. The creator demonstrates the setup, wiring, and customization of the Raspberry Pi unit with accessories like an audio card and battery pack for power supply. They emphasize the importance of proper installation techniques and showcase the final device's enhanced functionality and aesthetics. Throughout the video, the speaker appreciates the support from equipment providers and plans to share resources for viewers interested in implementing a similar setup.
00:00:00
In this part of the video, the speaker explains that they are transitioning from using a standard in-dash system to installing a Raspberry Pi 3 for Android auto and navigation. They had previously built a Raspberry Pi-based infotainment system but it overheated and got damaged. They show the Raspberry Pi 3 unit and the installation kit and reinforcements they designed for mounting in the car. The speaker mentions using Open Auto Pro as the operating system for the setup.
00:03:00
In this segment of the video, the creator shows an external USB audio card used with a Raspberry Pi 4 placed inside a Razzpad for car audio integration. They demonstrate how the audio adapter is connected and customized for installation in the dashboard. The Raspberry Pi setup includes heat sinks for cooling and various ports for connectivity. The creator highlights the inconvenience of the power button placement for starting the system and discusses the use of a battery pack for power supply. This solution allows for integrating navigation into the car’s dashboard.
00:06:00
In this segment of the video, the speaker discusses powering a device with an 11.1-volt output using a 12-volt power source. They plan to repurpose an old cigarette plug and tap into a 12-volt source behind the center console to power the device. The speaker also mentions using a USB audio adapter and a Bluetooth adapter for wireless Android Auto connectivity. They emphasize the importance of securing the mounting plates with thread lock to prevent loosening. The speaker then proceeds to disassemble the dash and change the mounting brackets to fit the receiver.
00:09:00
In this segment of the video, the presenter demonstrates the setup and wiring process for a car audio device. They connect a 3.5mm cable and a USB adapter to the microphone. The presenter modifies a power source by bypassing certain wires. They clean up the wiring using butt connectors and crimping tools. The presenter tests the setup by checking if the car audio device receives power and functions properly. They also show the boot screen and prepare for further testing with an OBD2 diagnostic scanner.
00:12:00
In this segment of the video, the speaker demonstrates connecting a device to display engine temperature, RPM, and other dashboard information on their screen. Initially, the wrong device was plugged in, but after switching to the correct one, the desired information was displayed. The screen provides a better aesthetic and larger size compared to the previous setup. The speaker highlights that manually turning on and off features may not be everyone’s preference but finds this solution to be elegant and effective for them. They show the comparison between the new and old screens, emphasizing the better design and functionality of the new setup. Overall, the speaker is pleased with the new device and acknowledges the support from Raspad and Blue Wave Studios for providing the equipment and software.
00:15:00
In this part of the video, the speaker thanks Raspad and Blue Wave Studios for providing the necessary equipment. They mention purchasing other items themselves and express excitement about the setup working. The speaker plans to share links in the description for viewers to access further information and potentially build a similar setup. There will be links to STL files designed for brackets and the installation kit used for the double DIN. The speaker concludes by thanking the viewers and mentioning upcoming videos.