Phaser 1 Kit Buildup plus MM P2 Restoration

asalaw

Sr Member
Looking into my wayback machine, I'm thinking the last time I did a build thread was about eight or ten years ago, on ASAP, and it was my first John Long P1. Full circle I guess. Anyway, I've gained a few skills since then, plus a Techshop membership in DC, so I'm back to building with a vengeance. First up: Well, I kinda already told you, except to say that while my first one was a Friday's Child/Private Little War model with the red jewel and wide diamond-embossed aluminum, this one's going to be a pristine-finish TMOST with the blue sapphire watch crown (also seen mounted on Finney's P2).

Also, I'm restoring my old MM P2. Well, remodeling it, really. There was absolutely nothing wrong with it, except that I wanted more out of it. It looked nice enough, till I cut it into four pieces on the bandsaw...

So here's where I started today. First, my setup. I basically come in with way more crap than I'll ever use and take over a whole bench. I'm sure I'm overcompensating for some anxiety-based penis thing or other.
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Onto the phaser! I'd already done the soldering and started some of the actual putting parts into the shells when I decided to do this thread, so please forgive the medias res.

I found the brass pins that hold the door in place weren't traveling as smoothly as I'd like, so I dremeled one out and re-seated it. Here are the bottom halves after potting:
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The pins needed cleanup and finishing, so I got that started...

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Last trip to the shop, a couple of days ago, I spent some quality time with the side rails and got them very spiffy. I'd hoped to get to these today to really give them a mirror finish, but somehow 10 hours at the shop isn't as long as you'd think it is. Basically I started these out on the aluminum grinder to just sort of love-tap them into shape (grinders are angry things, and aluminum is really soft). This saves a ton of time.

Once they're roughed in, I set up my Dremel with a grinder bit on the bench vise, which gives me an instant mini-grinder. Much softer touch, much more control. Then I sand them a bit with very fine sandpaper, throw up a buffing wheel on the Dremel, rouge it up like a Kansas City hooker, and go to town. Not finished yet, but coming along nicely.

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Meanwhile, my first P1 ever, the very one I mentioned at the top of this post, needed repair. A side rail broke off, and the battery contacts were seriously grungy. While the freshly-primered P1 shells were drying, I dug into my dearest old prop:

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And while that epoxy was curing, I decided to try out the HobbyLite filler Steve Neill recommended in both his 66" Enterprise thread and his book on scratch-building RC submarines. I had an old unfinished data disk someone gave me years ago with the world's worst wood grain...

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The short answer: it's everything Steve raves about and more. I also have a fresh tub of the balsa-colored stuff, but I didn't bring it with me. I'll try that out on my next project, a scratch-built (SHHH... not s'posed to tell). :p

And while I'm trying out new fillers, I finally got around to using that Evercoat metal glaze filler. Smells exactly like Bondo, kicks in sort of the same way as Bondo, but WAY better for working on resin and fiberglass. Much softer, much less sanding time. I'm in love. If I ever meet Steve in person, I may have to bring flowers and candy. :p

BUT, there's a caveat. This stuff is definitely, absolutely, firmly, and painfully NOT Bondo. So for anyone else reading this who hasn't worked with it yet (I can't be the only one... can I?),

A WORD OF WARNING.

This stuff kicks fast. Like incredibly fast. Like your first time in the backseat at homecoming fast.

That is, it kicks really fast if you're using the same amount of hardener you're used to using with Bondo. So DON'T. Don't use much hardener at all. I used less hardener every time I mixed a batch, and it still kicked faster than my wife when I cuss at the TV. I'm talking around 60 seconds of working time.

THIS was too much:
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Finally, I listened to Yoda (that little green ****er was riding me all day) and unlearned what I had learned. I plopped my hardener separately from the gob of putty, and gradually stirred in pin-head-sized dots of hardener with a toothpick.

THAT was when I finally got the 5 to 6 minutes' working time advertised on the container. Oy!

So, this stuff is SO not Bondo. But that's also the good news--it sands down fast, so you can just keep working. From now on, Bondo's my go-to filler when I need to fill a large meteorite crater, or stuff Al Franken's head, or something else equally immense and vacuous.

And while that was setting up, I started on the old MM P2.
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What you see above is the right half after I've joined it with 3/32" of styrene sheet as a spacer to accommodate the John Long P1 that's going to go in there (a GJ-style P1 that's not in this thread). The Bondo you see on the front of the pistol is where I broke it when I was cutting it on the bandsaw. Took me 10 minutes to find that little piece on the wood shop floor. Ten anxiety-ridden, brick-sh!tting minutes. But I found it.

The left half of the phaser isn't joined yet, and won't be till I've fully finished the join on the right side. I want to make sure what I have in mind works on the right before I screw it up on the left.

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What I plan on doing is laying up a piece of fiberglass across the join in the interior, with epoxy. I'm hoping that'll give me a nice joint with good tensile strength without having to hog out a couple of channels and lay metal rod in there. I really don't feel like doing that. So we'll see. I'd've done it today, but some IDIOT (I'm looking at YOU, asalaw!) forgot to bring the glass cloth to the shop.

So, sand sand sand, putty, sand, sand, putty...

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And while that sets up, back to the old P1 repair...
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Hey, good as new! I just skipped to this part to be symbolic. It's a deeply layered metaphor symbolizing the evanescent meaning of the fact that I forgot to take pictures of the repair job. :p

Anyway, sand sand putty sand putty putty sand sand...

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CRAP. Now I've got Chitty-Chitty Bang-Bang stuck in my head. And yes, I'll say it: Chittyest Disney movie ever.

And... finally... PRIMER!!!!! YAAAAAAY!!!!

Step into my paint booth, said the spider to the fly...
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I know what you're thinking. You're right. It is the PERFECTLY engineered farting chamber. Very loud fans, air sucked out through filters. Absolute stealth-pooting. Dairy before, paint booth after. :p

And spray-and-wait-and-spray-and-wait-and

BREATHE!!!! BREATHE!!!

And spray-and...
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What I like to do, since there are air hoses everywhere at Techshop, is use them. After sanding, I give my parts a good blast. I enjoy the sensation for a moment, and then get back to work, using the compressed air to blow the dust off the props. :p

The blue rag is a tack cloth, which I learned about watching the funniest Brooklyn furniture restoration PBS show in the history of ever. Name escapes me. [EDIT -- It was called Furniture on the Mend, starring the "Furniture Guys," Ed Feldman and Joe L'Erario. It was in Philly, not Brooklyn.] It's sticky, hence the name. You dab it on the part to be painted, and it grabs anything remaining after the air blast, such as finger oils, dust mites, and grabby panhandlers.

I like to wet the paint, which I learned from John Long, though he was talking about metallics and gloss paints. If he knew I was wetting primer, he'd have a conniption, so don't tell him. It'll be our secret -- just you, me, and the rest of the Internet. :p [Edit - I've stopped doing this. Makes for too thick a coat, though it sure does look pretty when it first goes on. :) ]

And another lovely tip from Steve Neill, the Rust-oleum automotive primer. Three bucks and change at Home Depot, dries fast, sandable in an hour or two (ignore the 4-hour wait before sanding that's on the label).

And it seems there's a limit of 24 files per post, so onto the next post...

Tomorrow. I'm wiped out. :)

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Re: John Long Phaser 1 Kit Buildup plus MM P2 Restoration

Oh, but there is one more thing. Techshop. If you have one near you, stop reading this post and sign up, or I'll kill you. Seriously. Never mind the $1 million in state-of-the-art equipment. Never mind all the awesome classes, the wonderful atmosphere full of smart, nerdy people obsessed with making things just like you.

I'm talking scrap pile. This is just part of today's haul:
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Yes, that's a giant chunk of insanely expensive polyfoam FROM THE ****ING SCRAP PILE.

So yes, I have fun there and do cool stuff, but I keep coming back BECAUSE ****ING POLYFOAM IN THE ****ING SCRAP PILE.
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Re: John Long Phaser 1 Kit Buildup plus MM P2 Restoration

I see someone is up and working late! :lol
 
Re: John Long Phaser 1 Kit Buildup plus MM P2 Restoration

Nice start, I'll be following this one. I checked into Techshop, fairly close to me but I can't afford it. Looks cool though.
 
Re: John Long Phaser 1 Kit Buildup plus MM P2 Restoration

Ok, had a nap, back to finish yesterday's post before I go to the shop today. It's nice waking up at the crack of noon between gigs, but then I have to reset myself when I start working again, which is really nasty pain and suffering. I should sue myself.

Okay. Sand. Putty. Repeat. After lots of hogging out material with the Dremel for brass parts and so forth, now and then you can slip (note to self -- I've GOT to find my Dremel snake), and that has to be fixed. But fixing mating edges can be a challenge. I was getting dressed yesterday morning, and this method fell out of my butt:
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Just tape up to the edge, lay your filler on there, and remove the tape just as the filler begins to kick, while it's still pretty soft but stiff enough not to smear everywhere when you pull the tape. Then make a straight edge with a sanding block when it's cured.
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Just get some scrap wood, cut/sand it to shape, spray adhesive, and voilà! I like to put coarse on one side and fine on the other -- that's 80 grit in the picture. 320 on the flip side. Once again, thanks to Steve Neill for recommending the 3M 77 in his E thread. Awesome stuff and the spray can is huge.

After sanding, you get a nice, straight mating edge. This is why it's vital to use a sanding block of some kind. If you have to, just get a flat stick and wrap your sandpaper around it. This part's not quite there yet, but very close.
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I prefer aggressive sandpaper with a very light touch, but that's just me, and I'm probably not all there. At least all of me didn't answer this morning at roll call.

Meanwhile, back at the P2:
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Yes, that's Rosebud lurking in the background...

First filler/sand/primer pass done, results very good. Evercoat really helps things go fast. After another dollop of Evercoat and coat of primer, she's almost there and put to bed for the night. Same story with the P1 shells. All in all, a great day's work. Can't wait to do it again today!
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Re: John Long Phaser 1 Kit Buildup plus MM P2 Restoration

Just got a PM asking where I get the Evercoat, so I thought I'd post the Amazon link if you can't find it near you:

Evercoat Putty 30 Oz.

It's much more expensive than Bondo, but it's incredible stuff and for props you use very little. If you can part with $40 bucks including shipping, it's definitely worth it.
 
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Re: John Long Phaser 1 Kit Buildup plus MM P2 Restoration

I love TOS phasers, thanks for sharing all of this. Definitely going to keep an eye out on this thread
 
Re: John Long Phaser 1 Kit Buildup plus MM P2 Restoration

Thanks, Christopher. I learned a lot of my skills reading threads like this by very talented and skilled people, and I'm happy to pay it forward. :) Also, who doesn't love phaser porn? :p
 
Re: John Long Phaser 1 Kit Buildup plus MM P2 Restoration

This is great!!!
I have not seen a good Phaser build thread for a while.
 
Re: John Long Phaser 1 Kit Buildup plus MM P2 Restoration

Hehehe... yeah, sometimes you just gotta scratch the itch. :)

Got another PM asking about the HobbyLite. Your local hobby store should carry it, plus here's the link on Amazon:

HobbyLite Wood Filler

The HobbyLite is pretty much a wood filler, especially stuff like balsa. It's cheap, less than $10 for a tub. The Evercoat, on the other hand, is for everything else -- plastics, resins, metal, and so forth.

Definitely try your LHS first for the HobbyLite. I'd pulled the trigger on my Amazon Prime purchase when I found it at my LHS for $2 less, and it was too late to cancel the Amazon order. Lesson learned. Wasn't that big a mistake, given that my LHS tends to have higher prices, but I'd forgotten to account for the Amazon Prime Jackup Factor. Anyway, I've got both the white stuff and balsa-colored stuff now, and I really like it.
UPDATE: Hobbico, the maker of HobbyLite wood filler, has recently (Jan. 18th) filed for Chapter 11 bankruptcy. No word on whether its product lineup will continue unchanged as of this update (4/2/18), or where this leaves my favorite wood filler.
 
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Re: John Long Phaser 1 Kit Buildup plus MM P2 Restoration

Got to the shop today and got quite a lot done, but I'm just too pooped to post the whole thing right now. Here's a little preview till I post the details tomorrow:

That's my original John Long P1 fitting very nicely into the MM P2...
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Talk at ya tomorrow. :)
 
Re: John Long Phaser 1 Kit Buildup plus MM P2 Restoration

Your craftsmanship Is outstanding. awesome work. :thumbsup
 
Re: John Long Phaser 1 Kit Buildup plus MM P2 Restoration

Good to see you around again, old man!

-Rylo
 
Re: John Long Phaser 1 Kit Buildup plus MM P2 Restoration

Well done. I have a few other projects to finish but I think I might dig out one of my MM kits after watching this build thread.
 
Re: John Long Phaser 1 Kit Buildup plus MM P2 Restoration

Wow, thanks guys! That means a lot! I'm starting the entry for yesterday's work now. It'll be up in a bit. :)
 
Re: John Long Phaser 1 Kit Buildup plus MM P2 Restoration

Okely dokely! Here we go with yesterday's (Friday, 10/3/2014) work...

The right half of the P2 join came out just fine, and I used enough Devcon epoxy adhesive that I didn't feel the need to back it with fiberglass. Nice, firm joint. So I gave myself approval to proceed with the left half, which is a big deal. Getting myself to approve something is a bureaucratic nightmare. Forms in triplicate, chicken sacrifice, the works.

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The left half actually turned into an interesting study on what kinds of things matter and what kinds just don't. Here's how I started, same way as the right half:

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I needed a 3/32" spacer to match the right side, so I did the same thing I'd done the first time -- cemented together 3 pieces of 0.030 styrene scrap from the vacuum former to make my spacer. Except this time I couldn't find all my styrene scrap, so I wound up with a spacer that wasn't big enough to fill the L-shape of the P2 cross-section. So I went over to the laser cutter scrap pile, and came up with a chunk of smoked acrylic that was a hair too thick, but I could sand that down.

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To get an idea how much sanding it would take, I measured the little styrene spacer and the acrylic for thickness. The styrene stack came to 0.096", and the acrylic was 0.115". So about 19/1000" off. I thought no biggie, but I'll take some of that down. I have to rough up the acrylic anyway to give the JB Kwik a nice tooth to grab onto. Roughing up surfaces you're going to epoxy or paint is one of the nice Prop Master's Tips that come included in the P1 instructions.

But even with 80 grit and aggressive pressure, it was only thinning down about 1/1000 for every ten minutes of sanding. Then I put down my caliper and took out my eyeballs (yes, that is as painful as it sounds), and gave it a look:

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What's the first thing you notice? Why, that differences of a few thousandths of an inch are undetectable to the human eye. These two objects are still a good 7 - 11 thousandths off. So the styrene stack is around 0.096, and the plexi is still at around 0.113 [EDIT--fixed a typo] or so depending on where you measure. (Of course, even the caliper has a margin of error of a thousandth or two.)

So bear this in mind the next time someone tries to sell you a prop for $1,000 with the claim that it's accurate to a thousandth of an inch. It takes CNC to get it that close, and you're still lucky to get within such a margin because the average CNC machine can only repeat a step to within one or two thousandths at best. And if they tell you it's accurate to 1/10,000", just shoot them right there, because they're lying. Those are aerospace tolerances requiring multimillion-dollar machinery and very advanced engineering. If they had access to that, they wouldn't be making props with it.

As a famous model maker who's built a certain 66" Enterprise has said, close enough is close enough. I make props, not missile parts.

So, on with the build!

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The first two shots show the plexi JB-Kwik-welded into place. The third one... Well, while trimming the plexi down to the actual join line, I kinda pushed a little too hard with my cutting wheel, and it vanished, except for this piece right here. So I got a bigger cutoff wheel, the reinforced kind. I have a billion cutoff wheels, because I kept misplacing them and buying more. On my last cleanup, I found them all. Boy, did I ever spend too much on these.

So I started with the bigger one, and OW WTF IS THAT ON MY FACE!?!?!?!?

Safety tip: don't stare at your cutoff wheel edge-on while you're cutting, because plexi chips @ tiny missiles + face = OW WTF!!!!! It's math, people.

SO:

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And back to work.

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Got the plexi cut down, and dug into it to make a channel for the epoxy and putty with a burr bit (the kind you hog out resin with), but the third picture shows where I went too far and made a hole. Which is no biggie. Blue tape and epoxy to the rescue, same technique used to drip dental acrylic into window cutouts:

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So now I had two joined phaser 2 halves, and that brings us to the picture from the teaser post from earlier today. Putty time!!!

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Serious gaposis in the third picture, right? Maybe next time I won't just kinda shove the resin prop through the bandsaw blade. Maybe I'll make a jig, or maybe do something a little more surgical, but that's why God made putty. So, the same technique I showed you in previous posts, only this time aimed at filling out the edges to make a proper flat joining surface. After passing it over an 80-grit block, you get a nice straight edge. The fourth picture shows both rebuilt edges joining up nicely. Still much more to do, but starting to look more like a phaser and less like chunks of scrap urethane.

Now, the bandsaw thing was a deliberate shot to my own foot. John's always telling me that with these resin and fiberglass props, it's almost impossible to screw them up beyond repair, and he's specifically told me several times that he can chop one to bits in a bandsaw and make it look new again. I didn't want to go THAT far, but I wanted to pressure myself into stepping up my game. And it worked, just as John said it would.

So take another tip from the P1 instructions (and John Long): Lose your fear. Just dive in. **** it all up. Don't fear failure. Because if you do, you'll never get where I'm going -- step by step, closer to a finished prop.

And back to the P1:

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After lots of patient work, the pins that guide the bottom door into place are nicely tapered and shiny. They'll get a final smoothing and polishing at the end, just like all the brass parts except the thumbwheel. But now, I've gotta finish truing up the mating edges of the door itself. Here comes Mr. Evercoat!!

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Same technique as the other edge repairs. Blue tape to protect the door's edge, then putty the crap out of it. As the putty just starts to thicken, I gently pull off the tape from the top and pull away the door. You can gauge that by just swirling the putty with a toothpick or similar implement till you start to see the thickening. (Sounds like a bad Netflix horror title. You'll have nowhere to run, nowhere to hide from THE THICKENING!)

Now, as I learned the hard way, you need to be careful how you separate the phaser part from the excess putty that's on the tape. You can't just pull it away while the putty is still hardening. (Ask me how I know that. Go ahead. Ask.)

Next post coming in a few -- just hit the 24-file limit. Hey, look, it's a cliffhanger! :p
 
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Re: John Long Phaser 1 Kit Buildup plus MM P2 Restoration

Last week, on a very special episode of Phaser Build...

<insert clips here>

And now, Phaser Build continues...

Here comes Mr. X-Acto!!

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Cut carefully right along the edge of the phaser with a #11 blade, just as the putty is thickening up to a rubbery consistency. Then carefully slide the blade underneath the putty, gently prying up the phaser to separate it from the tape. If a bit of putty falls off the edge, DON'T PANIC!!! There's always more putty.

Finally, you'll notice the snotty-looking gobs of hardening putty all over the phaser there. Here's another thing I learned from John about working with Bondo, but it works perfectly well on Evercoat too: start sanding it down before it completely hardens to take those gobs right down to the surface. Now, you have to be GENTLE. I use 80 grit with a feather-light touch, and the stuff just crumbles off. But stroke too hard, and it'll fall right off completely (also a good bathroom tip :p ). Just be gentle till you have the worst of the excess taken off, then switch to your fine sandpaper -- by now, the Evercoat will be hard enough to actually start sanding, and you'll get the dust you know and love.

We'll skip the sanding and priming and repeating - I think you know that part by now. I'll just skip to the final result of yesterday's 9-hour day.

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And finally, here's a comparison shot of the top shell of this TMOST P1 build with my original build. The original I did with a chip brush for the proppy look, but this time I'm going for the baby-smooth spray-painted look.

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OK, that's it for this round. Next post probably Monday, as I expect to go to the shop tomorrow. Have a great weekend everybody!
 
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