Art, that is just too cool! That would look so neat behind say..........a 1958 Oldsmobile Fiesta wagon! 8)
Bill, and others! Thanks for all your encouragement! Frankly, I got so discouraged with a problem on the underbelly of the Airstream, that I simply had to put it away, lest I make an Airstream-shaped dent in the workroom drywall. To explain a bit:
The Airstream is a completely streamlined trailer. Where virtually every other trailer produced, including a lot of Avions (built in Michigan, very similar in appearance) had simply an open bottom, with a conventional chassis of channel steel frame rails, with some sort of cross-bearer floor joists (either steel, or wood(!) ), fitted with all the usual plumbing, springs, axles exposed to the open air, the Airstream had a center "spine" of tubular steel, to which steel channels were welded, crosswise, those channels formed to a curve at their ends, all to create a smooth shape once covered with aluminum sheet. They were as sleekly belly-panned as any Indianapolis roadster or Bonneville streamliner. This belly pan was smoothly fitted to the sides, and riveted in place, the side panels overlapping it, much the same as on an aircraft fuselage (Wally Byam, producer of the postwar Airstream, spent the WW-II years working at Lockheed, building warplanes, and became very well-versed in the structure of airplanes of the day).
On the model, in order to give the fiberglass upper shell stability (the glass shell is only about .020" thick), I cut the floor from 1/8" thick styrene sheet, for the floor and glued that in place, inside the bottom edge of the shell. Then, strips of 1/8" styrene were used to build a "gridwork" on the bottom, and rough-filed to shape to make a permanent template for catalyzed putty which was used to create this bellypan. These "ribs" were laid in such a way as to give the riveting rows that were needed for correct appearance. What I DID not bear in mind in all this is that catalyzed putty does shrink oh-so-slightly when it sets up and cures (it shrinks approximately 1/10 of 1 percent, generally imperceptible. However, in doing so, it pulled away ever so slightly, from the edges of the exposed styrene grid, but a few days after it was applied, and AFTER some 600 rivets were installed! So now, I had little hairline cracks in a grid pattern on the bellypan, and every one of them on either side of a line of rivets. Now, I really like doing rivets with styrene rod set into drilled holes--it's just one of those things I see as giving a detailed surface that extra little bit--it's kinda my thing, I guess. But it sure is time consuming, and more than just a bit nerve-wracking. Needless to say, I was most frustrated to realize that I would have to sand smooth all those rivets on the underside, correct the cracks (I've experimented, and CA glue, applied to these cracks after I open them up slightly with a dental burr in my cordless Dremel--sort of like dentistry on a model!), sand all smooth again, and THEN do all those 600 rivets all over again. So, it just got parked, until my disgust cooled down.
Now, I think I've gotten past all those hard feelings, so maybe now, it will get finished.
As for a tow vehicle, I have a Modelhaus '56 Mercury HT planned for it, but in thinking, I might just upgrade that to one of their excellent 57's.
Stay tuned--as they say, it ain't over until the fat lady sings--and she hasn't showed up with the door keys to the Airstream!
Biscuitbuilder