This summary of the video was created by an AI. It might contain some inaccuracies.
00:00:00 – 00:28:04
The video showcases the detailed process of building a custom gaming cockpit from plywood and various additional materials. The creator goes through each stage, from constructing the base plates to creating side cabinets, front panels, and a center console. Precision cutting, pocket holes, triangles for strength, and cable routing are emphasized throughout the project. The creator adds unique features, such as LED lighting, laser-engraved panels, and multiple displays for an immersive gaming experience. Family involvement and attention to aesthetics are evident, with various adjustments made for different games. The final setup includes features like control panels, joystick mounts, and touchscreen displays, tailored for games like Star Citizen. Continuous improvement is highlighted, showing a commitment to evolving the cockpit setup.
00:00:00
In this part of the video, the creator explains that they built a cockpit from plywood, detailing the process that took about six months. They mention that each section of the video corresponds to separate standalone videos for more detail. The project started with a 3D model in Fusion 360, and they then worked on the base plates using butt joints and half lap joints for added strength. The creator used a miter saw and silicone brush for assembly, adding extra support for the chair attachment. They used chipwood for the base plate to save plywood and utilized a track saw frequently. Casters were added underneath the chair part, but a mistake was made and needs fixing in the future. The next step was moving on to the front panels.
00:03:00
In this segment of the video, the creator sets up a workstation, measures precisely, uses a track saw for cutting and adding grooves, faces challenges with tools like a hand router, and incorporates pocket holes for joints. They add small corner pieces for alignment, cut holes for attaching control panels, and work on the front panel setup before moving on to the side cabinets. The side cabinets involve cutting small triangles, ripping longer sheets for panels, cutting smaller pieces, and creating angled side panels. The holes underneath the side panels are cut for cable routing.
00:06:00
In this segment of the video, the content creator showcases the process of creating side cabinets for a project, focusing on precision cutting using a track saw and jigsaw. They proceed to drill pocket holes for assembly, emphasizing the use of triangles for squareness and strength. The addition of maintenance hatches for wiring access is highlighted, along with the incorporation of inner panels using glue and a nail gun. The creator also discusses filling pocket holes temporarily and adds grooves for modular parts. The video touches on the versatility of the setup for different games and the reinforcement of the cabinets for added stability, especially when considering the weight of children.
00:09:00
In this segment of the video, the creator finalizes the front panels by cutting holes for cables and building attachments for assembly. They corrected a mistake by adjusting the base plate to prevent scraping against cabinets. The creator added a new display for DCS simulation, made adjustments for the larger display, and incorporated wood strips for game-specific overlays. They also added glare shields to the front panel for aesthetic purposes. Additionally, the creator prepared the side cabinets, focusing on the challenging task of creating angled side panels without right angles.
00:12:00
In this part of the video, the creator focuses on preparing and attaching support triangles for the side panel, making precise cuts using a track saw, using a table saw for angles the track saw couldn’t handle, adding skids and trims for aesthetics and function, and incorporating grooves for LED strips. They also highlight the use of threaded inserts and epoxy for assembly, attention to small details like rounding corners and drilling holes for attachment, and the importance of removable side panels for future modifications.
00:15:00
In this segment of the video, the creator uses 21mm plywood to build the structure for a center console in their cockpit setup. They glue and nail the pieces in place, ensuring it is ready for future panel designs for different games. They drill holes for a cup holder and add final touches before disassembling the cockpit for painting. The creator fills scratches and gaps with wood filler, sands the surfaces, applies a base coat of gray paint with occasional black accents for contrast. After painting, they attach trims and add warning tape for detail. The creator involves their son in some assembly steps to add extra nice touches to the cockpit.
00:18:00
In this segment of the video, the creator uses a laser engraver to add markings to a panel for lighting control. They start by designing the panel in Fusion 360 and printing it in white PLA. The markings are engraved using a laser, creating a translucent effect when illuminated. The creator then adds LEDs and soldering them in place. Additionally, they attach LED strips under the side trims for added detail. The panel is installed, side panels attached, and wiring is set up correctly. The video demonstrates a transformation with three generations working on the setup, making it a family effort.
00:21:00
In this segment of the video, the creator talks about adjusting the dashboard display for better viewing, creating a separate pillar for display mounting, adding mounting points for joysticks and accessories, incorporating an LED strip for aesthetics, and installing locking mechanisms for the chair. They also discuss mounting control panels, designing a mount for the central joystick and throttle, and solving a collision issue between two joysticks by creating a separate module. Additionally, the creator shows details like cable routing and handle addition for convenience.
00:24:00
In this part of the video, the creator discusses various details and additions made to their custom gaming setup. These include a separate panel for the stream deck, steel plates under their feet, stands for the Razor Tartarus V2 and trackball, as well as adding small trim details for aesthetics. They also talk about creating a game-specific power control panel for Star Citizen, incorporating status indicators, connecting buttons to a control board, and adding switch guards. Additionally, they mention designing a mouse tray for longer mouse usage and making modifications for compatibility with Star Citizen, such as adding a dashboard display.
00:27:00
In this part of the video, the creator adds a 15.6-inch touchscreen overlay to their cockpit setup for Star Citizen by cutting a hole in plywood and installing the display with cable routing. They also incorporate an extra tablet into the center pillar, creating two touch displays for GameGlass. The cockpit is now deemed ready, but the creator hints at continuous improvements in the future and encourages viewers to subscribe for updates.