May 062024
 

1/350 War Rocket, 1/18 Pulse Units, 1/18 Atomic Artillery Shells.

 

 

The War Rocket was modified & printed from a file created for Fantastic Plastic. Their version – currently available – is in much larger 1/144 scale. I was impressed with the tiny details that this smaller print picked up, but the wings are mutated. Two have been printed, both with mucked-up wings. Another round of printing is planned with the models standing straight up to see if that fixes the issue; but since that’ll be a *16* *hour* print job, it’s a low priority.

 

 

Buttons horned in on the photography. He’s allowed. He’s old, he was unwell last night, he wanted attention, he gets it. He’s at this moment making typing a challenge for me.

 

The “pulse units” are actually failed Casaba Howitzers. The telescope components failed rather spectacularly. But with some minimal mods, they’ll make great pulse units for the 10-Meter Orion.

 

 

The 1/18 Atomic Artillery Shells have printed numerous times fantastically. They’re basically in production, but the rather simple stand I created for the set refuses to print right. Weird.

 

 

 

 Posted by at 8:37 pm
Apr 292024
 

I’ve printed off two more Fat Man bombs in 1/18. I can see where improvements can be made to the CAD model, but as is they’ll build up into spiffy little pieces.

 

Right now I’ve got 2 Fat Man, 2 Little Boy hopefully to sell to help defray costs; if there is interest I can clearly print out more. If interested, let me know. I have two of each right now hopefully to sell to help defray costs; if there is interest I can clearly print out more. So… who wants ’em? $60 per Little Boy, $100 per Fat Man, plus postage.  If you want both Little Boy and Fat Man… $150 + postage.

 

If I refine these for a regular production run, there will be some changes for improved printing, some additional details and importantly stands. But “if” is doing a lot of heavy lifting, and the refined production kits will probably run 1.5 to 2 times as much. 3D printed kits provide options that cast resin kits can’t match, such as complete tail units, but they take many hours each to produce.

Photos at Twitter:

 

 Posted by at 10:30 pm
Apr 272024
 

I’ve been running the 3D printer, with mixed results. Failures and disappointments are the fault of the CAD models; the printer itself (Anycubic Photon Mono X 6Ks) is working as advertised. Printing is not a fast process; some prints took 12 hours.

 

 

 

 

 

 

 

 Posted by at 2:32 pm
Apr 232024
 

This is a little outside the usual for APR, as it is satire rather than actual aerospace design. But I thought it appropriate nonetheless; I remember dreaming up just about the exact same ideas when I was twelve. There was something about the design of those pens that just *screamed* for them to be envisioned as spaceships and missiles and whatnot.

The full-rez scan of the article, and a few more bits, been made available as a thank-you to APR Patreon and Historical Documents Program patrons at the $4 and above level, placed in the 2024-04 APR Extras Dropbox folder. If interested in this or if you are interested in helping to fund the preservation of aerospace histgory, please consider becoming a patron, either through the APR Patreon or the Monthly Historical Document Program.

 Posted by at 11:29 am
Apr 192024
 

Here are some hypothetical subjects for metal casting as “minis.” I have three pages (standard 8.5X11) of diagrams, all depicting possible subjects at the size they would be at the stated scales. First page shows what I consider a number of interesting designs… not at a constant scale, but size.

 

 

 

Second page depicts a range of Project Orion vehicles again at a roughly constant size. Constant size means, hopefully, a consistent cost.

 

Third page shows two sets of 8. The US Bomber Projects #1 set has 8 bombers at roughly constant size; US Fighter Projects #1 set has the fighters all at the same scale. 1/285 at least used to be a kind of standard for wargaming, though I’m not sure how widespread it truly was.

 

Sets like USBP01 would probably all be at about the same price, but those like USFP01 might vary since some designs at quite a bit bigger. What I’m kinda hoping for is the individual minis being about $25 each, while the 8-sets be about $100 each. Thoughts?

 

These are of course not the full possible catalog, nor would all these here necessarily come to pass. And scales/sizes could vary substantially. A lot of it would depend on actually trying them and see what works, what fails spectacularly.

 Posted by at 7:47 pm
Apr 162024
 

I’ve achieved a measure of success with getting metal casting up and running. I don’t intend to make too many of these NX-Excelsiors; they’re practice. But I have some spares and can make some more. Anyone interested? Say, $20 plus postage? It is my intention to make some NCC-2000 Excelsiors, and then some NCC-1701-B Enterprises.

 

 

 

 

 Posted by at 10:03 am
Apr 102024
 

For all the documentaries and such about the 1960’s Gyrojet “rocket gun,” this is the first time I’ve seen rounds fired with this sort of clarity. The rounds cost $200 each… which once again makes me wonder why someone hasn’t decided to put them into production. If there’s a market for them at $200 each, you can bet there’d be a market for them at $20 each. And the thing is… they’re not that complex. I imagine the biggest thing holding back someone from making them is legalese and bureaucracy… many layers of government to jump through to build and sell something that I’d bet good money the US FedGuv would slap an ITAR label on for no good reason, as well as whole armies of attack lawyers lining up to line their pockets the first time a round goes off course or rapidly disassembles.

A Gyrojet round is basically four parts: a body made out of machined or extruded steel; a base made of machined steel; a propellant grain; a conventional primer. The base might be manufacturable from modern ceramics.

 

 

 

 Posted by at 11:29 pm
Apr 062024
 

Some thirty or so years ago I took a stab at casting small parts and models in metal… my very early 1/144 lifting bodies, X-20, etc. The results were sad, so the project was abandoned. For reasons that evade me I’ve recently decided to try again. Materials available to me today are much better… high temp silicone, low-melt temp no-lead alloys, a cheap electric melting pot (rather than a massive cast iron ladle and a blow torch), and I’m slightly more skilled, slightly less stupid. Still, it’s disconcerting when it works right out of the gate:

 

 

For those not old enough and nerdy enough to recognize, these are parts from the mid-80’s FASA NX-2000 Excelsior miniature. The flash seems to pick up the crystalline structure in the surface much more prominently than they appear in reality, and there is clearly a flaw with the mold on the underside of the saucer. But otherwise they came though not only with no flash but also fully filled, no bubbles. I’m quite pleased and more than a little baffled. Immediate success is unexpected.

 

What to do from here? I’m not going to recast the FASA ships; this was just a test. However, I might take a stab at some *different* ships (NCC-2000, NCC-1701-B are obvious choices). But mostly I have an unaccountable urge to cast entirely new minis. I don’t think there’d be a market, but *I* want them… gaming scale Orion nuclear pulse vehicles, Dyna Soars, F-108s, etc. are the sort of things I’d have blown my allowance on back in the 80’s.

 

Next up… gotta acquire a good 3D printer.

 

 Posted by at 7:45 pm
Mar 172024
 

Giggity:

And…

 

Said it before: this is some sci-fi stuff right here.

 

From one perspective, this was another failure. The booster failed at the end… it had difficulty with engine restart for the final landing burn and either kerploded just before hitting the water, or smacked into the water going *real* fast. Starship itself broke apart during entry. So both recoverable stages failed to demonstrate recoverability. But it *did* achieve the low orbit that was intended. It demonstrated the ability to serve as an expendable launch vehicle. An incredibly capable expendable launch vehicle, much more powerful than even the Saturn V. It could start throwing massive payloads into orbit even while attempting to perfect recovery. Large numbers of Starlinks, of course… but also large numbers of, say, Brilliant Pebbles, or tanks of water, or rolls of sheet aluminum and beam builders and PV arrays.

 

 Posted by at 5:08 pm
Feb 242024
 

Fortunate is the man who has this coffee table. Fabulously wealthy is he if he has a woman who looks at that table and thinks “that’s awesome, I picked the right guy.”

 

It’s a spectacular piece, and I kinda really want one. However… before I’d plunk down money I don’t have for this sort of thing, I’d demand some improvements. From a distance it looks great, but in the closeup shots you can see the pretty strong layer lines. This appears to have been filament-printed, and little effort seems to have been made to smooth out a lot of it. But as a prototype, it’s fantastic.

 

It’s also interesting to point out that with 6 years worth of Star Trek to choose from, the stuff people *really* seem to like, to the point they’ll spend time, money and effort on, is the TOS and TNG stuff. A similar coffee table using the 1701D bridge? I can definitely see it. Ops from DS9? Meh. Bridges of NX-01 or Voyager? *Maaaaybe.* Kelvinverse Enterprise bridge? Unlikely. STD or SNW bridges? Literally no.

A lot of that is because the TOS and TNG designs were brilliant, while the later ones have been kinda bleh. But also, TOS and TNG are beloved. The shows themselves inspire interest in the designs. nuTrek inspire little more than dismay and fatigue.

I’d be interested to see a kickstarter for a production run of these, with the layer issues dealt with. Pretty sure it’d be far beyond my means, but I’d wish ’em well.

 Posted by at 4:33 pm