Hello friends,
the break was long enough, and since
Sascha1990 has probably said goodbye forever, I have shelved my
3D Printing Considerations for now.

Most likely I had thought of the
16 Propel motors, four of which drive one of the four Truck pairs and thereby move the huge Crawler forward.
Source: NASAIn
David Maier's Kit, these motors form a unit with the gearbox housing and must be laboriously folded and glued together from these parts,

whereby the details in the typical Maier design are only indicated by partially blurred textures,


what then looks like this at the finished model of my friend
Michael Knobloch.

What bothers me even more are the even more rustic-looking modules of the
JEL Hydraulic cylinders for equalization the crawler on the slant Crawlerway up to the pad,
Source: papermodelers.com (mk311049)which are only built box-shaped and covered with textured wallpaper,
Source: papermodelers.com (mk311049)what is immediately noticeable on closer inspection and therefore would not please me.

Source: papermodelers.com (mk311049)
Source: papermodelers.com (mk311049)That is why I thought for a long time how I could at least partially circumvent these inadequacies in David Maier's
Paper Kit.

To do this, I firstly again dealt more intensively with
Mischa Klement's Crawler Kit (1/96) and the few construction reports about it and then contacted the master who had briefly introduced his unprecedented Crawler in our German Raumcon forum a long time ago in the topic
Paper models.

Source: Mischa Klement (cyana)His kit consists of
approx. 11.000 parts (0,4 mm to 40 cm) 
and is without exaggeration
High-End Paper Modeling, whereby the Crawler is a true work of art in museum quality due to its impressive level of detail.
The kit has been available since 2010 and is limited to
499 pieces worldwide, but is not for the faint of heart, which is why so far only a few modelers have successfully completed the construction of this monster, of which I know three, whose construction reports I am followed and studied with interest.

Due to the high level of detail, these assemblies look worlds better by
Micro Artwork, here just the components for a
Propel motor and beside it the finished pair
Gearbox housings with motors,
Source: Mischa Klement (cyana) as well as here on the finished model.
Source: Mischa Klement (cyana)And in his extensive building instructions (48 pages) everything is illustrated and described in detail.

In our last conversation I learned that there are actually still some kits available what I no longer believed. That's why I spontaneously decided to buy a kit and have received the proud part in a sturdy cardboard box a few days ago.


Here is an overview of the contents of the kit:
1 The kit comes in a solid card board box and is packed in a nylon bag to avoid damage from humidity. The red circle shows the placement of your serial number, for me
443/499.
2 Instructions manual with 48 pages
3 2 sheets of 300 g card stock – one A4 sized in gray, one half A4 sized in yellow (WWY2, WWY3)
4 2 sheets of A4 transparent film (TRNS1, TRNS2) for windows and gratings
5 1 sheet of black A4 tissue paper for Guide and JEL tubes as well as for steering cylinders (TPA)
6 12 sheets of 250 g card stock A3 (CHA1-CHA5, COR, CBL2, TOP, 4 x TRK2)
7 10 sheets of 120 g paper A3 (SMP, CBL1, 4 x TRK1, 4 x TRK3)
8 1 sheet of 100 g paper A3 (WWY1) and 1 sheet of 80 g paper A3 (PIT)
In the kit nearly everything has been thought of, both in terms of different paper/cardboard thicknesses and colors, as well as transparencies for windows in the driver's cab and gratings for covering openings in the crawler floor as well as for fans and walkways.


Since the truck booms contain breakthroughs and openings, these parts are printed on gray cardboard of the same color,

and partially even the backs of the sheets are printed with the backs of the parts.


And here is a look at the detailed and illustrative assembly instructions,

that one also can downloaded from the
Homepage, here with a look at the detailed structure of a
Propel motor.

And here for comparison the individual parts of a motor in the
kit size (1/96) and about half the size in my
scale 1/160 with my obligatory one
reference Cent, from which it can be seen that it should be difficult, if not impossible, to tinker such a small motor respectively 16 pieces of it.


But maybe I should at least give it a try ...
