Jan. 8th, 2022

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I continue to love this final section. This stage has a bunch of neat tech, and also a delightful easter egg. Here's the mise-en-place.
Another fairly large set this time.

Before we get into the build, let's talk about that easter egg: this piece.
A gravestone-shaped tile with the initials "TC"
The initials "TC" have now appeared in three sets, that I'm aware of. Tiago Catarino is a YouTuber who used to be a designer at Lego. This story is related in his review of the set, but I'll also tell the quick version here: In 2018 he designed the Ship-in-a-bottle set, and included a tile with his initials. He left the company in 2019, but before he left, he pitched the idea of a Titanic set, though he was not involved in the actual design. Later in 2019, the company released the Haunted House set, which included this exact tile as a gravestone in the yard, and also there was an organ in the house that was referred to in the build instructions as the "Organ of Catarino." Then, perhaps because he pitched the idea that led to the Titanic set, the designers included the same tombstone tile here, buried in the ship's body where it won't be visible in the final build. It's worth watching at least a few minutes of the video; he didn't know the tile was included, and caught the moment where he found it on camera, and his excitement is delightful.

The TC tile shows up right at the start of this stage, on this sub-assembly.
A 2x16 plate with some blocks and the TC tile at the far end.
A second layer of blocks has been added.
And a third layer.

I wasn't sure exactly what I was building, but then I added some hull tiles and it became clear.
Curved tiles have been added to the sides of the bricks, creating the narrow tip of the hull.
The sub-assembly has been added to the build.

Next, I added some structural elements to the wider end of the build.
Two 2x10 plates, and some other small pieces, have been added to provide support and shape.
Some sloped blocks have been added on top of the pieces from the previous photo.
Cross-beam plates have been added on top of some of the sloped blocks.
More blocks have been added to build the structure higher at the wide end.

Next I built what I think is the last set of hinged pieces to create the non-Lego-angle shape of the stern.
A long 1-stud-wide sub-assembly, that is two studs wide near one end.
Plates and clips have been added on the 1-stud-wide sub-assembly, and a hinge has been placed on the smaller end.
Another layer of plates and tiles has been added.
The hinged sub-assembly has been added to the main build.
A mirrored copy of the hinged sub-assembly has been build and added to the other side.

I added some more internal structural elements.
A long plate has been added across the wide end, and a few other blocks have been placed throughout the build.
A 2x17 plate with some blocks on one end.
The 2x17 plate has been added down the center line of the build.

Some structural blocks, and a hollow square 6x8 plate, have been added to the wide end.




Next came what may be my favorite tech so far in the entire build, though I didn't know it would be that for a bit yet. I started by building an innocuous-looking red strip...
A 1x5 dark red strip, two plates thick, with a clip on one end and a sloped tile on the other.
Curved block have been added on top of the strip, and the clip end now has a stack of 1x1 blocks and clips.

I still didn't quite know what I was building, but then I built a propeller.
The actual propeller piece attached to a technic pin, next to a stack of  three 1x1 blocks the middle of which has a hole, and a technic connecting sleeve.

The pieces from the previous photo have been assembled and added to the red sub-assembly and topped with a curved bridge block, creating a rotatable propeller inside of a curved frame.
Black bars have been clipped into place on the side with the tower of clips.

This was already pretty neat, but it would soon get even cooler. I set the above sub-assembly aside and started on a different red thing.
A 1x2 curved pieced, onto which has been placed a 1x1 block and a a clip.
More blocks have been added, creating a 1-stud-thick smooth-walled rectangle with a curved bottom.
The rectangle has gotten longer, and there are now four clips evenly spaced along one side.
Curved blocks have been added to turn the rectangle into a semi-circular ship's rudder.
The rudder has been clipped into place on the black bars from the previous propeller sub-assembly.

I completed the rudder and attached it to the main build. In the next photo, it's connected to the central shaft from the previous stage.
The rudder has been capped with black sloped blocks and a technic shaft, and the propeller shaft has been attached to the main build, on the central shaft from the previous stage.




At this point, it was linked to that central shaft, but nothing was preventing the whole rudder sub-assembly from rotating freely along with the shaft. I was about to fix that, but first it was time for a trivia break.
A caption from the build instructions, in English, French, and Spanish. "The ship's rudder was so large at 78.8 ft. (24 meters) high, 15.3 ft. (4.65 meters) long and weighing over 110.2 tons (100 metric tonnes), it required steering engines to move it."

I wrapped up this stage by securing the rudder assembly in place and adding some more structural elements.
The rudder assembly has been clipped into place with two clips sandwiched between  three 1x6 blocks.
More structural elements have been added along the length of the build.

I'm really enjoying the clever ways this section is taking shape. I hope you are as well. Thanks as always for reading!

Discussion prompt: When have you been pleasantly surprised by an acknowledgement or reference to your involvement in something?



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