Last night I installed the 48v and the 12/5v power supplies, along with the FastPinball power filter board, Nano Controller, and 3208 I/O board. I found some generic brackets at Lowe’s that fit well enough (since I neglected to order the nice brackets from FAST for some reason). You can also see the underside of where I installed my first flipper mechanism. My next steps are to install the Pine64 SBC that will run this prototype, make some power and bus bars, and come up with a bracket that will support the solenoid and connect to the flipper mechanism. That being said, for the next 11 days I will be on vacation. I’m off to see The Proclaimers in Grant’s Pass, Oregon, then drive up the coast, hit Portland, then come back home and get back to work!
I just finished putting the box together. It’s time to work out the electronics and to finish up my first flipper mechanism!
You know those posts that are all around a pinball playfield? They support things, have rubber rings to bump the ball away, etc. I just bought two feet of C360 brass to make some really pretty ones. My table is going to be pimpin’.
I cut out the front and back of the box last night. I also cut the playfield to its proper length. Assembly time!
Also, I’m reconsidering making the corner joints miter-locked, it may end up more permanent than I plan right now. Yeah probably not. The playfield is 1/2″ Baltic Birch plywood and comes in 5×5 foot (cabinet style) sheets. I had them cut it down to 20 inches wide, which gave me two 20×60 inch pieces and one 19 3/4×60 inch piece. Guess which one I’m using first? Yup, the narrower one. And while technically all I have to replace is the front and back, I probably won’t as I’ll damage the sides when I assemble the box.
So things have been busy, but moving forward. I scored some scrap 1″ plywood, pretty nice stuff but damn heavy, from a dismantled shipping crate at work. I have two of these panels and they’ll comprise my first pinball box. The panels had tongue-in-groove ends that I worked around. My design is based on a slight incline (6% or something like that). The length of the table will be 40 inches, and the width 20. The back is 4.75″ taller than the front.
Here is my layout before I started cutting.
And here I am with this great little saw and clamp guides, making a cut.
And finally, here are the sides all cut out. You can barely see where I totally screwed up.
When I build the final box, I’ll probably do a nice locking miter joint on the edges, but this iteration will probably just be butt-jointed with screws.
I’m excited to have so much progress today. I finished the aluminum bushing I started last week, made a new Delrin one, and drilled and tapped holes in a 3/8″ steel rod to hook it all together. Combined with the flippers I 3D-printed previously, I have a full flipper mechanism!
Next up: mounting it in a box with my solenoid, and powering it up! I hope to have that much done to show off at MOHAI this Saturday.
I made two bushings last night, one from 1.25″ aluminum rod and one from 1″ Delrin rod. The Delrin bushing will sit directly under the flipper with the flange on top of the play surface, giving it a slight lift and a smooth surface to rotate on. Under the wood, the aluminum bushing will connect to the vertical rod that turns the flipper. I have some holes to drill and tap on that part still, but I made good progress.
Here is a picture of the aluminum rod in the lathe.. I forgot to take an in-progress picture, I had just used the cutoff tool to part the bushing.