Double-stud cheese SNOT (n.) (technique)
The double-stud cheese SNOT technique has recently been discovered by Lego Monster. A simplified version of it had also been conceived by Moko.
The idea works by fitting cheese slopes sideways into the space between a tube (found at the centre of four studs, on the underside of a plate/brick) and the corner of the piece. The cheese slopes fit almost perfectly, with some friction and little damage to the parts. This is a fully legal technique.
There are two ways of utilising this geometry. The first is where you fit cheese slopes into the bottom of one plate and put another plate on top. The construction is stable, but the exact height between the two plates cannot be measured in plates or half-plates. There is also a gap between the plates.
The second way of using the cheese slopes is by using a plate and a brick, as seen above. This option removes the gap, so there is a simple geometry: the resulting construction is 4 plates high. However, when using this technqiue, remember to fit the cheese slopes into the plate first, then fit that into the brick. Doing this the other way round will mean putting the plate will push the cheese slopes into the brick, and getting them out will be tricky.
This technique does not apply to 1xn bricks or plates, since they do not have large tubes, and don't have enough space in their underside. Contrary to what you may think, this technique can be used on a 2x2 brick/plate - but with two cheese slopes at opposite corners. This still provides ample clutch.
The second way of using the cheese slopes is by using a plate and a brick, as seen above. This option removes the gap, so there is a simple geometry: the resulting construction is 4 plates high. However, when using this technqiue, remember to fit the cheese slopes into the plate first, then fit that into the brick. Doing this the other way round will mean putting the plate will push the cheese slopes into the brick, and getting them out will be tricky.
This technique does not apply to 1xn bricks or plates, since they do not have large tubes, and don't have enough space in their underside. Contrary to what you may think, this technique can be used on a 2x2 brick/plate - but with two cheese slopes at opposite corners. This still provides ample clutch.
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