epyx:start
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> I always liked the cover art on the Alien Quadrilogy box set and felt it would make a pretty nice neon side art. Ond was kind enough to take the small crappy picture I sent him and re-do it (better than the original imo): | > I always liked the cover art on the Alien Quadrilogy box set and felt it would make a pretty nice neon side art. Ond was kind enough to take the small crappy picture I sent him and re-do it (better than the original imo): | ||
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This was then transferred to wood 3/4" MDF. I created a quick n' | This was then transferred to wood 3/4" MDF. I created a quick n' | ||
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I used a large chunk of leftover rectangular laminate...approx 8" wide by 60" long. You can see this in one of the above pictures. Using clamps I held the back of the curve in place. I would then trace with a pencil along the inner side of the curve. I would start at one end but just a bit ahead of my pencil (maybe 12") I would place a counterweight like wood etc to push the laminate against the clamps from behind, maintaining the curve.\\ | I used a large chunk of leftover rectangular laminate...approx 8" wide by 60" long. You can see this in one of the above pictures. Using clamps I held the back of the curve in place. I would then trace with a pencil along the inner side of the curve. I would start at one end but just a bit ahead of my pencil (maybe 12") I would place a counterweight like wood etc to push the laminate against the clamps from behind, maintaining the curve.\\ | ||
The picture above shows only a couple of clamps but this picture was before drawing...during drawing I had about 8 clamps forming the backside of the curve.\\ | The picture above shows only a couple of clamps but this picture was before drawing...during drawing I had about 8 clamps forming the backside of the curve.\\ | ||
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I touched up my pencil lines on the MDF and just went for the curves. I left about 3" that leaves a bit for the bezel and glass and the back panel will be 1/4" Plywood and the cross bracing I use will sit above and below that portion of the monitor. Here was the final pencil outline I went with: | I touched up my pencil lines on the MDF and just went for the curves. I left about 3" that leaves a bit for the bezel and glass and the back panel will be 1/4" Plywood and the cross bracing I use will sit above and below that portion of the monitor. Here was the final pencil outline I went with: | ||
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Prepping the first piece on the sanding table for use tomorrow as the template guide for routing both pieces: | Prepping the first piece on the sanding table for use tomorrow as the template guide for routing both pieces: | ||
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And a final pic before tomorrows routing of the sanded template side with monitor mock up back on: | And a final pic before tomorrows routing of the sanded template side with monitor mock up back on: | ||
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The top and back will be two pieces of curved plywood. Each piece will sit atop a brace frame that will connect it to the sides. The idea is for a flush outter shell that rides just lower than the Galaxian green T-molding along the edge, maybe 1/8". | The top and back will be two pieces of curved plywood. Each piece will sit atop a brace frame that will connect it to the sides. The idea is for a flush outter shell that rides just lower than the Galaxian green T-molding along the edge, maybe 1/8". | ||
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This picture illustrates the idea: | This picture illustrates the idea: | ||
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And here pictures of a mock up to test the idea. | And here pictures of a mock up to test the idea. | ||
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The top and back will be plywood. 1/8" on the top and 1/4" on the back. I will use one of the existing sides of the cabinet as a template for the curve of the exo-skeleton that the plywood will curve over. The back and top will each have 4 ribs. The outer side ribs of the top portion will connect to the sides of the cab via horizontal flanged inserts (the main horizontal support beams have vertical ones so this should be fine). | The top and back will be plywood. 1/8" on the top and 1/4" on the back. I will use one of the existing sides of the cabinet as a template for the curve of the exo-skeleton that the plywood will curve over. The back and top will each have 4 ribs. The outer side ribs of the top portion will connect to the sides of the cab via horizontal flanged inserts (the main horizontal support beams have vertical ones so this should be fine). | ||
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Making a circle jig and the start of the top portion of the cab. The top portion will hold the marquee, lighting and curved plywood (to where it will meet the back panel). The circle jig is nothing fancy compared to some of the ones on here but does the sizes I will require (8", 10", 12", 14.5" and 15" | Making a circle jig and the start of the top portion of the cab. The top portion will hold the marquee, lighting and curved plywood (to where it will meet the back panel). The circle jig is nothing fancy compared to some of the ones on here but does the sizes I will require (8", 10", 12", 14.5" and 15" | ||
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Here are the 6 MDF pieces (4 below but i had 2 more, that will serve as the ribs that hold the plywood on the top and the top marquee retainer/ | Here are the 6 MDF pieces (4 below but i had 2 more, that will serve as the ribs that hold the plywood on the top and the top marquee retainer/ | ||
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Here is the plan: | Here is the plan: | ||
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The diagram shows the bottom of the ribs being flat and extended to the bottom of the curve in a straight line. In reality I will make only a 5" portion flat...the rest will curve along approximately 3" from the top. I have tested the plywood and it curves perfectly (and as Ond mentioned...easily) along the top. Over the next few days I will glue this on once I have everything lined up. Overtop of the plywood will sit the laminate. | The diagram shows the bottom of the ribs being flat and extended to the bottom of the curve in a straight line. In reality I will make only a 5" portion flat...the rest will curve along approximately 3" from the top. I have tested the plywood and it curves perfectly (and as Ond mentioned...easily) along the top. Over the next few days I will glue this on once I have everything lined up. Overtop of the plywood will sit the laminate. | ||
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Here are some pictures to better show what I will do. | Here are some pictures to better show what I will do. | ||
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Each side of the cab will have one of the ribs (made of pine or harder wood) connected to it with threaded inserts. The main stress will be downward and the vertical inserts will take the load off the few horizontal ones I use (like these). | Each side of the cab will have one of the ribs (made of pine or harder wood) connected to it with threaded inserts. The main stress will be downward and the vertical inserts will take the load off the few horizontal ones I use (like these). | ||
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Here is a picture of them lined up on a workbench so you can see the approximate spacing. Note they are doubled up on the sides. One piece on the cab side as mentioned and the outmost of the rib set will thread screw to the one on the cab side. The retainer spacing will house a small piece of pine that I will glue on and I have cut it so it is square with the ground. | Here is a picture of them lined up on a workbench so you can see the approximate spacing. Note they are doubled up on the sides. One piece on the cab side as mentioned and the outmost of the rib set will thread screw to the one on the cab side. The retainer spacing will house a small piece of pine that I will glue on and I have cut it so it is square with the ground. | ||
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Here is a front shot to give you an idea of how the retainer will sit. Of course it will be green and will be slightly higher (no pine in there yet): | Here is a front shot to give you an idea of how the retainer will sit. Of course it will be green and will be slightly higher (no pine in there yet): | ||
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Next, I'm going to finish the retainer portion and mount the pine retainer beam. There will also be a piece of pine that will run along the flat inner portion you see. | Next, I'm going to finish the retainer portion and mount the pine retainer beam. There will also be a piece of pine that will run along the flat inner portion you see. | ||
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I was originally going to go with 12" side holes but they looked really small traced onto the side of the cab. I figured stability wasn't going to be an issue and since I designed my circle jig to do up to 15" circles, I'd go for 15" | I was originally going to go with 12" side holes but they looked really small traced onto the side of the cab. I figured stability wasn't going to be an issue and since I designed my circle jig to do up to 15" circles, I'd go for 15" | ||
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I cut a slot into the center of the hole as I will be running the T-Molding around the hole like I have seen on a few other cabs. I think it will look pretty good when done with the green neon light and artwork and T Molding as a trim: | I cut a slot into the center of the hole as I will be running the T-Molding around the hole like I have seen on a few other cabs. I think it will look pretty good when done with the green neon light and artwork and T Molding as a trim: | ||
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Here is a shot of the where the top and front meet. I can't wait to see the T-Molding on here: | Here is a shot of the where the top and front meet. I can't wait to see the T-Molding on here: | ||
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Next I worked on the ribs of the top of the cab and the curved plywood that would rest on top. My first go at this was pretty disastrous...I had tried gluing the MDF ribs to the plywood but just couldn' | Next I worked on the ribs of the top of the cab and the curved plywood that would rest on top. My first go at this was pretty disastrous...I had tried gluing the MDF ribs to the plywood but just couldn' | ||
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Back to the drawing board and Saturday I decided to use hardwood (pine) instead of MDF for the ribs, this time opting for 3 ribs and enough space on each end for one rib which will be glued to the inner cab sides and fit on like a hat then screw in to connect the two. Here is how it looked turtled on its back: | Back to the drawing board and Saturday I decided to use hardwood (pine) instead of MDF for the ribs, this time opting for 3 ribs and enough space on each end for one rib which will be glued to the inner cab sides and fit on like a hat then screw in to connect the two. Here is how it looked turtled on its back: | ||
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Here is a shot showing the front of the top with one of the threaded inserts that the top marquee retainer will screw into, ill show this in more detail below: | Here is a shot showing the front of the top with one of the threaded inserts that the top marquee retainer will screw into, ill show this in more detail below: | ||
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And here is a back view of the top before lamination: | And here is a back view of the top before lamination: | ||
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And a closeup of the screws. You can see in this shot they are all countersunk which ensured no contact with the laminate: | And a closeup of the screws. You can see in this shot they are all countersunk which ensured no contact with the laminate: | ||
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And finally just a quick shot of the T-molding (Galaxian Green). Also in the picture are two of the balltops. I will be getting another pair with leds and hollow shafts for the JLWs which DHL tracking says will be delivered tomorrow. | And finally just a quick shot of the T-molding (Galaxian Green). Also in the picture are two of the balltops. I will be getting another pair with leds and hollow shafts for the JLWs which DHL tracking says will be delivered tomorrow. | ||
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I traced out the outline of the top by laying it and rolling it. Then put contact cement on both the top and laminate. | I traced out the outline of the top by laying it and rolling it. Then put contact cement on both the top and laminate. | ||
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Then I prayed to the 4 winds, Crom and any other deity that would listen and applied the laminate to the top. There isn't a 2nd chance on setting and thankfully it lined up perfectly along the front where I wanted about 2mm of overhang: | Then I prayed to the 4 winds, Crom and any other deity that would listen and applied the laminate to the top. There isn't a 2nd chance on setting and thankfully it lined up perfectly along the front where I wanted about 2mm of overhang: | ||
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Then I gave it a good trim with the router and as mentioned my bottom bearing trim bit which rode the bottom 1/8" of the 1/4" plywood. | Then I gave it a good trim with the router and as mentioned my bottom bearing trim bit which rode the bottom 1/8" of the 1/4" plywood. | ||
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Then I laid it atop one of the side panels to ensure everything including the curves lined up. This turned out perfect and rides just a few mm shy of where the T Molding will run on the side panels along the top and back: | Then I laid it atop one of the side panels to ensure everything including the curves lined up. This turned out perfect and rides just a few mm shy of where the T Molding will run on the side panels along the top and back: | ||
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Notice the gap between the side of the cab and the outter rib in the picture below. That is where the a rib will be attached to the side of the cab and the top piece will sit atop and bolt into. | Notice the gap between the side of the cab and the outter rib in the picture below. That is where the a rib will be attached to the side of the cab and the top piece will sit atop and bolt into. | ||
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The Laminate is indeed the Formica product from Home Depot $60 CAD. It is 1/16" in thickness and required absolutely no heating to bend it. It took me about 5 hours to do the laminating for just 1 side lol. I have 3 sheets of laminate for figured id use 1 for each side and the leftovers for the inside and 3rd sheet for back and spare for future CPs. Brushed Lepage contact cement onto both sides and separated with sticks to line them up as close as possible: | The Laminate is indeed the Formica product from Home Depot $60 CAD. It is 1/16" in thickness and required absolutely no heating to bend it. It took me about 5 hours to do the laminating for just 1 side lol. I have 3 sheets of laminate for figured id use 1 for each side and the leftovers for the inside and 3rd sheet for back and spare for future CPs. Brushed Lepage contact cement onto both sides and separated with sticks to line them up as close as possible: | ||
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Here is the outside of side 1 fully laminated before and after side hole was trimmed: | Here is the outside of side 1 fully laminated before and after side hole was trimmed: | ||
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I then laminated the inside which you can see is a patchwork of odds and ends. I put as much towards the center as I could because I will be mounting strips and don't want parts of the strip on laminate and part off: | I then laminated the inside which you can see is a patchwork of odds and ends. I put as much towards the center as I could because I will be mounting strips and don't want parts of the strip on laminate and part off: | ||
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And here is the outside of side 1 with Galaxian green T Molding along outter slot and inside side hole: | And here is the outside of side 1 with Galaxian green T Molding along outter slot and inside side hole: | ||
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Could add a row of LEDs under the CP area to lit the front coin door panel with a bit of green light:. Would either need a diffuser of some sort or a green cold cathode. I think a small u shaped recess at the bottom of the curve would work best and that way I can slot a G. C cathode in there and drill a hole for the cabling out of sight. | Could add a row of LEDs under the CP area to lit the front coin door panel with a bit of green light:. Would either need a diffuser of some sort or a green cold cathode. I think a small u shaped recess at the bottom of the curve would work best and that way I can slot a G. C cathode in there and drill a hole for the cabling out of sight. | ||
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Cold Cathodes are really cheap...a pair like in the picture below run about $10 and they come in various colours. | Cold Cathodes are really cheap...a pair like in the picture below run about $10 and they come in various colours. | ||
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Here are the 3 corners of the cab in closer detail for those who have been curious. | Here are the 3 corners of the cab in closer detail for those who have been curious. | ||
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Here are two angles of the CP Corner. In the first picture a side shot of the CP corner where T mold/cut and laminate meet. In the 2nd picture you can see the beauty of using 5/8" MDF is that once the glue is added to the Laminate you get a perfect end to end flush with T Molding applied: | Here are two angles of the CP Corner. In the first picture a side shot of the CP corner where T mold/cut and laminate meet. In the 2nd picture you can see the beauty of using 5/8" MDF is that once the glue is added to the Laminate you get a perfect end to end flush with T Molding applied: | ||
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Here is the top corner of the cab: | Here is the top corner of the cab: | ||
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And finally the bottom corner. Again two views: | And finally the bottom corner. Again two views: | ||
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And a few lit pictures...I just dangled the light from behind...no diffusion yet which I will do with a back layer of frosted plexi (art will be sandwiched...reg plexi...art...frosted...cathodes...foil and backing). | And a few lit pictures...I just dangled the light from behind...no diffusion yet which I will do with a back layer of frosted plexi (art will be sandwiched...reg plexi...art...frosted...cathodes...foil and backing). | ||
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The plan is to diffuse the light with frosted plexi in behind the side art. As above the neon rings are no longer being manufactured so I am searching the Internets for any and all alternatives...worst case I leave it backlit which still looks friggin unreal in person and only that much better once it's diffused im sure. | The plan is to diffuse the light with frosted plexi in behind the side art. As above the neon rings are no longer being manufactured so I am searching the Internets for any and all alternatives...worst case I leave it backlit which still looks friggin unreal in person and only that much better once it's diffused im sure. | ||
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Once I was happy with the monitor mount and test fitted the roof. Also, no fears that is just a piece of cardboard (8.5" x 26.5") to test the marquee dimenions. LOL, you have to love clamps eh?: | Once I was happy with the monitor mount and test fitted the roof. Also, no fears that is just a piece of cardboard (8.5" x 26.5") to test the marquee dimenions. LOL, you have to love clamps eh?: | ||
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Side Bracings permanently mounted after careful measurements: | Side Bracings permanently mounted after careful measurements: | ||
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And finally I connected the roof to the cab. Here are various angles of the cab with the roof and monitor mount in place: | And finally I connected the roof to the cab. Here are various angles of the cab with the roof and monitor mount in place: | ||
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The lamination definitely adds to the aesthetics. With a regular paint job you tend to second guess a lot...is it smooth enough? One more sanding? Another coat? It sure is nice with laminate to just glue it on and trim and then forget about it. My challenge will be in painting the green areas so they at least approximate a laminated finish. | The lamination definitely adds to the aesthetics. With a regular paint job you tend to second guess a lot...is it smooth enough? One more sanding? Another coat? It sure is nice with laminate to just glue it on and trim and then forget about it. My challenge will be in painting the green areas so they at least approximate a laminated finish. | ||
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The width of the bezel area is 26.5", leaving 2-5/8" from edge of viewable screen to side of cab on each side. | The width of the bezel area is 26.5", leaving 2-5/8" from edge of viewable screen to side of cab on each side. | ||
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Updated the marquee and placed the order. For the price, im happy with it (even though it has " | Updated the marquee and placed the order. For the price, im happy with it (even though it has " | ||
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The paint was a pleasure to work with and rolled on very nicely and quick to dry. I Put on two coats and will be sanding and putting on a 3rd tomorrow: | The paint was a pleasure to work with and rolled on very nicely and quick to dry. I Put on two coats and will be sanding and putting on a 3rd tomorrow: | ||
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I also organized all the cabinet parts and forgot to mention these arrived about 8 weeks ago: | I also organized all the cabinet parts and forgot to mention these arrived about 8 weeks ago: | ||
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My CP is will be based on the X-Arcade Tankstick...albeit with only 6 buttons, not 8. Here is a picture of the X-Arcade panel sitting on top of my CP so you can see the scale of my CP. As you can see there is plenty of room for the trackball. Note the side shot for depth ;) I will also add a spinner. By going down to 6 buttons I can re-jig it to ensure it doesn' | My CP is will be based on the X-Arcade Tankstick...albeit with only 6 buttons, not 8. Here is a picture of the X-Arcade panel sitting on top of my CP so you can see the scale of my CP. As you can see there is plenty of room for the trackball. Note the side shot for depth ;) I will also add a spinner. By going down to 6 buttons I can re-jig it to ensure it doesn' | ||
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Today I mounted my side-art sandwiches ala the Knievel method. | Today I mounted my side-art sandwiches ala the Knievel method. | ||
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The original plan was to back light the artwork as well but given the space between the monitor sides opted to go just for the lighting of the ring...completely negating the point of making them backlit in the first place. | The original plan was to back light the artwork as well but given the space between the monitor sides opted to go just for the lighting of the ring...completely negating the point of making them backlit in the first place. | ||
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Once the 3 coatings had dried I traced out the bezel on the back of the laminate and then applied glue to both the mdf and the underside of the laminate. I let it dry for about 20 minutes before joining and trimming the laminate. | Once the 3 coatings had dried I traced out the bezel on the back of the laminate and then applied glue to both the mdf and the underside of the laminate. I let it dry for about 20 minutes before joining and trimming the laminate. | ||
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Once the laminate was trimmed, I taped it up and added another 2 coatings of black to the inner portion of the bezel. | Once the laminate was trimmed, I taped it up and added another 2 coatings of black to the inner portion of the bezel. | ||
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Once that dried I did a test fitting. I like the results and it's nice to see these smaller laminated pieces coming together as it really showcases the advantages of laminate imo. | Once that dried I did a test fitting. I like the results and it's nice to see these smaller laminated pieces coming together as it really showcases the advantages of laminate imo. | ||
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And finally a shot to update the comparison vs render: | And finally a shot to update the comparison vs render: | ||
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Next step was to laminate the bottom of the shelf that will face the CP. I glued both sides. You may have seen it earlier in my thread or on other threads but a great way to line up your laminate and wood is to use small dowels. | Next step was to laminate the bottom of the shelf that will face the CP. I glued both sides. You may have seen it earlier in my thread or on other threads but a great way to line up your laminate and wood is to use small dowels. | ||
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I then flush trimmed the speaker holes: | I then flush trimmed the speaker holes: | ||
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After this I test fitted the shelf and did the same angled cuts on the CP to allow it to sit flush with the Bezel. | After this I test fitted the shelf and did the same angled cuts on the CP to allow it to sit flush with the Bezel. | ||
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Note there is just enough space between the edge of the cab and the CP for the black T molding of the CP to fit. | Note there is just enough space between the edge of the cab and the CP for the black T molding of the CP to fit. | ||
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The bezel will be covered with slightly tinted glass and I will likely have to take a bit extra off of the CP to have it rest on the glass: | The bezel will be covered with slightly tinted glass and I will likely have to take a bit extra off of the CP to have it rest on the glass: | ||
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I then added the smokey plexi and voila a perfect fit. Speakers will be covered as I am still working on them: | I then added the smokey plexi and voila a perfect fit. Speakers will be covered as I am still working on them: | ||
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I then realized my CP was cut to not take into account plexi over the bezel...ooops...no big deal. I throw it on the table saw and do another 1/4" angle cut so it rests on the plexi flush. I also cut the T mold slot and rounded the edges. Lastly, I used my X arcade to template sketch the buttons (6 each player), trackball, p1/p2 and Spinner (to left of p1/p2): | I then realized my CP was cut to not take into account plexi over the bezel...ooops...no big deal. I throw it on the table saw and do another 1/4" angle cut so it rests on the plexi flush. I also cut the T mold slot and rounded the edges. Lastly, I used my X arcade to template sketch the buttons (6 each player), trackball, p1/p2 and Spinner (to left of p1/p2): | ||
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Next up is drilling the bolt holes to hold the trackball. Rather than eyeballing I just drill through the holes with the trackball in place: | Next up is drilling the bolt holes to hold the trackball. Rather than eyeballing I just drill through the holes with the trackball in place: | ||
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For Trackball bolts (to replace ones it normally uses) I found these hex bolts which have a flat head of about 1/16": | For Trackball bolts (to replace ones it normally uses) I found these hex bolts which have a flat head of about 1/16": | ||
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Next I routed the top portion of the Sanwa mount (Thanks to Franco B for his excellent tutorial on top mounting Sanwa sticks!): | Next I routed the top portion of the Sanwa mount (Thanks to Franco B for his excellent tutorial on top mounting Sanwa sticks!): | ||
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Perfectly flush. | Perfectly flush. | ||
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I then mounted the XGaming Betson clone with RGB ball from GGG and the modded Sanwas: | I then mounted the XGaming Betson clone with RGB ball from GGG and the modded Sanwas: | ||
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Man to say I can't wait to play is a massive understatement, | Man to say I can't wait to play is a massive understatement, | ||
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I think the theme will be better served with lighting from the sources mentioned above so no lighting underneath the CP. | I think the theme will be better served with lighting from the sources mentioned above so no lighting underneath the CP. | ||
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I will try to diffuse the light differently from those original pics and limit it to just the crevasse. In the pics the light was non-diffused and was illuminating the entire circle from behind. Hopefully limiting it to just a slit opening behind the crevasse and diffusing it will help. If not, I will just go with the Neon rings. | I will try to diffuse the light differently from those original pics and limit it to just the crevasse. In the pics the light was non-diffused and was illuminating the entire circle from behind. Hopefully limiting it to just a slit opening behind the crevasse and diffusing it will help. If not, I will just go with the Neon rings. | ||
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Speaker Mounts: | Speaker Mounts: | ||
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And these black convex player 1/2 black with white to replace the traditional white with black...I think it looks much better: | And these black convex player 1/2 black with white to replace the traditional white with black...I think it looks much better: | ||
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First up was the RGB drive and mounting it on the XGaming Betson clone I have. I am not sure about the actual Betson' | First up was the RGB drive and mounting it on the XGaming Betson clone I have. I am not sure about the actual Betson' | ||
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I then connected the Novagems to the buttons. Here is the spare IL translucent green after I drilled it (I ordered replacements from RandyT but will just keep those as spares when they arrive): | I then connected the Novagems to the buttons. Here is the spare IL translucent green after I drilled it (I ordered replacements from RandyT but will just keep those as spares when they arrive): | ||
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Next up was the lamination. Again I use my small cuts to line up the laminate before joining and trimming: | Next up was the lamination. Again I use my small cuts to line up the laminate before joining and trimming: | ||
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Both the top and bottom of the panel were angle cut to rest flush on the CP and Coin door: | Both the top and bottom of the panel were angle cut to rest flush on the CP and Coin door: | ||
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The marquee looks washed out...I can assure you in person it is not...the letters are all legible...maybe the movie will show it better after the pics: | The marquee looks washed out...I can assure you in person it is not...the letters are all legible...maybe the movie will show it better after the pics: | ||
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And of course ye obligatory cheesy smiling proud papa photo: | And of course ye obligatory cheesy smiling proud papa photo: | ||
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+ | Q&A: | ||
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+ | For the speaker sandwich basically you cut out a piece of plexi glass that covers the inside of the circle. | ||
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+ | The only thing I will be modifying is that I will be adding a small slit into the back of the hardboard to backlight the crevasse. I got lazy this past long weekend and only played..no building. | ||
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+ | For volume I borrowed liberally, this time from Martijn' | ||
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+ | For those asking, here are a few pictures showing the PC Power Supply hack in a bit more detail. | ||
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+ | 1) Find the green wire on your Power Supply Mobo connector cable. | ||
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+ | 2) Then tape it up to prevent it from coming out. This is more for formality than function. If you are using 18 guage it won't easily slip out as the fit is tight...but for peace of mind... | ||
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+ | 3) For drawing power to various devices like the LEDWiz or the Neon speaker rings I use Euro style terminal strips (type you screw to tighten not spade connectors). | ||
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+ | As mentioned the Neon speaker rings uses 12v. It carries those 12v through a red cable and ground through a black one. I connected those to the terminal strip and then ran the power supply 12v (yellow) and ground (black) into the other side of the terminal strip. You can cut these terminal blocks in between which I haven' | ||
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+ | If you were running to a 5v devices like some LEDs etc then you would just run the 5v on your LED to the strip and on the opposing side the PS's red 5v cable. Here is how mine looks 12v to 12v: | ||
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+ | <note important> | ||
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+ | I have had a few people PM me for measurements. I finally got around to taking the measurements as the original cab was built with only overall height and width as a known variable and the rest was just improvised from Ond's render. | ||
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+ | Some misc facts about the measurements before I list all them. | ||
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+ | * The curved roof and back can't really be measured, just follow the curve at the top and around back by 1/4". That is what I did. | ||
+ | * The Marquee actual size is 26.5" x 8.5". The Measurements shown are from top of top retainer to bottom of bottom retainer. | ||
+ | * Bezel is 26.5" and 25" top to bottom but runs flush behind speaker shelf at the top and CP at the bottom. | ||
+ | * Bezel glass is 26.5" x 22.5" and rests just below CP out of sight and rests flush with speaker shelf at top. | ||
+ | * Cab is 71 7/8" from ground including the wheels...the wheels take up 1 1/8" of that height so actual cab height without wheels is 70 6/8" | ||
+ | * Top of CP with wheels on cab is at ~40" from the ground. This works out fine for me and my friends...your results may vary ;) | ||
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+ | Here are the measurements: | ||
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+ | Front: | ||
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+ | CP/Bezel: | ||
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+ | Top Side: | ||
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+ | Bottom Side: | ||
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+ | And that's it for now! |
epyx/start.1590063019.txt.gz · Last modified: 2020/05/21 20:10 by frederi