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Lots of photos this stage. I think it's now pretty well-established that my favorite moments in the build are when I encounter something novel, and this section is quite different from the rest of the ship, so I'm excited to see what's in store. This is the first stage of Section Six:
A caption from the build instructions, in English and French, with the top edge of the Spanish translation also visible. "Section 6: Stern & Well Deck. The final section is the most complicated section of the hull and includes the rudder and three main driveshafts that connect the propellers to the engines. You will build two main piston engines that are linked directly to the port and starboard screws, Turning the screws moves the engine crankshafts and pistons inside the model."

A caption from the build instructions, in English, French, and Spanish. "The exterior details of this section include the stern bridge and benches for the 3rd class passengers."




Here's the mise-en-place.
A large collection of pieces. About half of them are the dark red of the bottom half of the hull.

Right away I noticed a difference. In the earlier sections, the first stages tended to be mostly internal structural things that would eventually end up hidden. At the stern, the ship is so narrow that there's not a whole lot of space for hidden elements, so a lot more of what I built here will be visible when the ship is complete. (Which explains all the dark red pieces.)

I started with the base plate, which was much more dramatically tapered than any of the other stages, but at first didn't seem much different apart from that.
An isosceles triangle, 10 studs wide and about 25 studs high, with some structural elements on it.
More structural elements have been added to the triangle.

I built hinged pieces to carry the non-Lego-angle shape of the hull up.
A 14-stud-long assembly, that is mostly 1 stud wide, except at one end where it is 2 studs wide for 6 studs.

Structural and decorative elements have been added to the sub-assembly, as well as a hinge at the narrow end.
The sub-assembly has been attached to the main build, with the hinged end at the narrow tip of the build.

A mirror image of the hinged assembly has been added to the other side of the build.

I added some more internal infrastructure.
A 2x3 block with some structural pieces has been added to the very tip of the stern.
More internal infrastructure has been added to the wider parts of the build.

And then I added a frame that would hold the hull plates, and immediately noticed some odd gaps in it.
A 2-stud-wide plate, upside down, with pieces attached that will hold hull plates, as well as spacers that create the gaps where there is no place to attach hull plates.
The frame has been flipped right-side-up and placed at the rear of the stern, overhanging the base plate by about six studs.

I wasn't sure what to make of the gaps, so I just kept going to see what would happen, adding the hull plates bit by bit.
Two small sub-assemblies, consisting of a 1x4 curved tile, supported by a 1x1 stud and a 2x2 plate with a step.

Those two sub-assemblies have been added to the build, under the frame.
Larger curved pieces have been added, supported by and enclosing the sub-assemblies from the previous photo, still under the frame.
More curved tiles, this time on the frame.

The gaps remained with no explanation, so I kept going, building these four sub-assemblies and attaching them to the build.
Two of the sub-assemblies are identical, consisting of a 1x8 plate bridging two 1x2 blocks, and with four 1x2 sloped tiles on top. The other two sub-assemblies are mirror images of each other, using a 1x4 plate on top of some blocks to support more 1x2 sloped tiles.
The four sub-assemblies have been added to the build, with the sloped tiles serving as hull plating.

Ok, large gap explained, but the small one is even weirder now. I added this shaft (which does rotate freely) and that was my first hint to what the small gap is for.
A shaft has been added between the two longer sloped-tile assemblies.




It still didn't really make sense, but then I set the build aside and started on... something else, made mostly from technic pieces.
Three technic girders, held to each other with pins.
Two-stud-long shafts now extend from each of the four corners of the girder assembly.
The shafts have been extended by six studs on one side of the assembly.

The extension continues...
Another girder has been added, stabilizing the gap between the shafts, and the shafts have been further extended past that girder.

Two propeller sub-assemblies.

The propellers have been added to the ends of the shafts.

And yes, if you were thinking that rear girder looks to be about as wide as the small gap...
The shaft-girder assembly has been added to the main build. The single girder does fit precisely into the gap, and the space between the girders perfectly fits the longer sloped-tile assemblies.

The shafts do turn, and will drive the engines, as described in the section description. The rest of this stage was just extending them to the front of the section, where they will meet up with the shafts that extend out from the previous section.
The central shaft has been extended to about halfway down the section.

The outer shafts have as well.
All three shafts have been further extended to the front of the section.

A guide block has been put in place to keep the shafts aligned as the two sections connect.
The completed stage.

That's it for stage 36. I really enjoyed this one, unsurprisingly. I like the mix of function and ornament that these propellers and shafts represent; obviously they're not structurally or functionally necessary in the Lego model, but they were on the actual ship. And I love the fact that the sleeves are both functional and ornamental at the same time, as there is no single internal shaft that runs down the full length of the build, but just the individual internal connections between each pair of sleeves.

Thanks as always for reading!

Discussion prompt: Tell me about a time in your life when form and function supported each other.



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