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A modular school.
Building instruction is available at: rebrickable.com/users/peedeejay/mocs/
Every city needs a school! The build spans among 3 baseplates and consists of 10 modules. The baseplates can be separated from each other for easy transportation. The complete model weighs about 10kg and has 14417 parts.
The front part contains the main entrance, some trees and a bus stop. The roof areas contain the ventilation units, photovoltaics and the clock.
The ground floor contains the main entrance hall with washrooms for boys and girls. The right wing of the ground floor contains a standard classroom for maths and literature. The left wing of the ground floor contains the music classroom, featuring a piano, drums and some other instruments.
The middle floor contains a cafeteria, where the students can get a quick bite and some refreshments. The left wing of the middle floor contains an IT-classroom and it seems the students are well stocked on mobile devices. The right wing of the middle floor contains the science classroom. At the moment some experiments are ongoing in the chemistry class.
The upper floor contains the library.
A modular school.
Building instruction is available at: rebrickable.com/users/peedeejay/mocs/
Every city needs a school! The build spans among 3 baseplates and consists of 10 modules. The baseplates can be separated from each other for easy transportation. The complete model weighs about 10kg and has 14417 parts.
The front part contains the main entrance, some trees and a bus stop. The roof areas contain the ventilation units, photovoltaics and the clock.
The ground floor contains the main entrance hall with washrooms for boys and girls. The right wing of the ground floor contains a standard classroom for maths and literature. The left wing of the ground floor contains the music classroom, featuring a piano, drums and some other instruments.
The middle floor contains a cafeteria, where the students can get a quick bite and some refreshments. The left wing of the middle floor contains an IT-classroom and it seems the students are well stocked on mobile devices. The right wing of the middle floor contains the science classroom. At the moment some experiments are ongoing in the chemistry class.
The upper floor contains the library.
A modular school.
Building instruction is available at: rebrickable.com/users/peedeejay/mocs/
Every city needs a school! The build spans among 3 baseplates and consists of 10 modules. The baseplates can be separated from each other for easy transportation. The complete model weighs about 10kg and has 14417 parts.
The front part contains the main entrance, some trees and a bus stop. The roof areas contain the ventilation units, photovoltaics and the clock.
The ground floor contains the main entrance hall with washrooms for boys and girls. The right wing of the ground floor contains a standard classroom for maths and literature. The left wing of the ground floor contains the music classroom, featuring a piano, drums and some other instruments.
The middle floor contains a cafeteria, where the students can get a quick bite and some refreshments. The left wing of the middle floor contains an IT-classroom and it seems the students are well stocked on mobile devices. The right wing of the middle floor contains the science classroom. At the moment some experiments are ongoing in the chemistry class.
The upper floor contains the library.
60° Origami Modular (Maria Sinayskaya)
rectangles (2:3), 30 units, no glue
Some other rectangles can also be used with this folding sequence.
From bronze rectangles:
www.flickr.com/photos/goorigami/32266444584/
From 3:4 rectangles:
Modular Origami Star (Maria Sinayskaya)
squares, 8 units, no glue
Diagram: wasn't published
www.flickr.com/photos/goorigami/13944615330/in/set-721576...
A modular school.
Building instruction is available at: rebrickable.com/users/peedeejay/mocs/
Every city needs a school! The build spans among 3 baseplates and consists of 10 modules. The baseplates can be separated from each other for easy transportation. The complete model weighs about 10kg and has 14417 parts.
The front part contains the main entrance, some trees and a bus stop. The roof areas contain the ventilation units, photovoltaics and the clock.
The ground floor contains the main entrance hall with washrooms for boys and girls. The right wing of the ground floor contains a standard classroom for maths and literature. The left wing of the ground floor contains the music classroom, featuring a piano, drums and some other instruments.
The middle floor contains a cafeteria, where the students can get a quick bite and some refreshments. The left wing of the middle floor contains an IT-classroom and it seems the students are well stocked on mobile devices. The right wing of the middle floor contains the science classroom. At the moment some experiments are ongoing in the chemistry class.
The upper floor contains the library.
Paper: 10 cm DC
Modules: 4
Model: Tomoko Fuse
Book: Spiral: Origami | Art | Design p. 139-142
A nice model, but the paper was too thick to finish the spiral nicely (or too small as you wish 😉)
Edit: Replaced photo with a better one.
A modular school.
Building instruction is available at: rebrickable.com/users/peedeejay/mocs/
Every city needs a school! The build spans among 3 baseplates and consists of 10 modules. The baseplates can be separated from each other for easy transportation. The complete model weighs about 10kg and has 14417 parts.
The front part contains the main entrance, some trees and a bus stop. The roof areas contain the ventilation units, photovoltaics and the clock.
The ground floor contains the main entrance hall with washrooms for boys and girls. The right wing of the ground floor contains a standard classroom for maths and literature. The left wing of the ground floor contains the music classroom, featuring a piano, drums and some other instruments.
The middle floor contains a cafeteria, where the students can get a quick bite and some refreshments. The left wing of the middle floor contains an IT-classroom and it seems the students are well stocked on mobile devices. The right wing of the middle floor contains the science classroom. At the moment some experiments are ongoing in the chemistry class.
The upper floor contains the library.
Modular Origami Stars (Maria Sinayskaya)
Inga Star on the right
leftover rectangles, 8 units, no glue
A couple of weeks ago, I got my hands on a 1592 Town Square set (Dutch version). I had to restore it a little, and then I got the idea to make a building for my modular street inspired by this set. So this is the result. A corner house, built in the middle ages, the last in its sort, next to the last remaining part of the city walls. Maybe it was the house of the gatekeeper. Today the space behind the gate isn't used as road any more, but houses a little snack corner, where you can eat 'soep en worst' (as in the original 1983 set).
Next to another modular MOC it looks very small, but that is to be expected from a little mediaeval house.
I haven't yet remade the statue and the parade from set 1592.
Paper: 15 cm
Modules: 4
Model: Tomoko Fuse
Book: Spiral: Origami | Art | Design p. 139-142
I wanted to redo this, as the paper for my first one was a bit too thick. Hence larger, thiner paper. Two sheets were a pink to violet and blue fading Harmony paper.
MOC: Modular LEGO Store. Based on the LEGO Brand Retail Store set that has been used as a giveaway at store openings over the past couple of years, but blown up to minifig scale.
And yes, I know that the original set isn't a corner building, but I just hadn't built one yet and needed one for a layout I was working on :)
A modular school.
Building instruction is available at: rebrickable.com/users/peedeejay/mocs/
Every city needs a school! The build spans among 3 baseplates and consists of 10 modules. The baseplates can be separated from each other for easy transportation. The complete model weighs about 10kg and has 14417 parts.
The front part contains the main entrance, some trees and a bus stop. The roof areas contain the ventilation units, photovoltaics and the clock.
The ground floor contains the main entrance hall with washrooms for boys and girls. The right wing of the ground floor contains a standard classroom for maths and literature. The left wing of the ground floor contains the music classroom, featuring a piano, drums and some other instruments.
The middle floor contains a cafeteria, where the students can get a quick bite and some refreshments. The left wing of the middle floor contains an IT-classroom and it seems the students are well stocked on mobile devices. The right wing of the middle floor contains the science classroom. At the moment some experiments are ongoing in the chemistry class.
The upper floor contains the library.
Modular Christmas wreath, folded using 4 squares of paper (no glue). Designed and folded by Matthew Green.
A modular school.
Building instruction is available at: rebrickable.com/users/peedeejay/mocs/
Every city needs a school! The build spans among 3 baseplates and consists of 10 modules. The baseplates can be separated from each other for easy transportation. The complete model weighs about 10kg and has 14417 parts.
The front part contains the main entrance, some trees and a bus stop. The roof areas contain the ventilation units, photovoltaics and the clock.
The ground floor contains the main entrance hall with washrooms for boys and girls. The right wing of the ground floor contains a standard classroom for maths and literature. The left wing of the ground floor contains the music classroom, featuring a piano, drums and some other instruments.
The middle floor contains a cafeteria, where the students can get a quick bite and some refreshments. The left wing of the middle floor contains an IT-classroom and it seems the students are well stocked on mobile devices. The right wing of the middle floor contains the science classroom. At the moment some experiments are ongoing in the chemistry class.
The upper floor contains the library.
Modular Origami Stars (Maria Sinayskaya)
silver (on the left) & bronze rectangles (on the right)
This photo was taken more than one year ago but I don't remember if I ever posted it... Anyway, the curious thing I found out is that some Stimorol wrappers are "silver" (1:sqrt2 or A format) rectangles, while others are "bronze" (1:sqrt3)! Well, maybe not _precisely_, but close enough to fold those special models that require silver/bronze rectangles.
Here is another picture:
I came up with the variation on the left after a student in a class came up with yet another variation (not shown here). The original design is mine.
60° Origami Modular (Maria Sinayskaya)
rectangles 2:√3, 4 units, no glue
Not a very good unit (the flap is too short). Don't know how I ended up folding it three times with different papers:)
This modular origami model is made with a module which is so old no one knows the creator's name any longer. This temari was created with 480 modules, made from note cube paper cut to 1.75 inches by 3.5 inches. Keep the ratio 1:2. The diagrams are in "3D Origami Step-by-Step Illustrations" by Japan Publications
modular bracelet, made from 22 squares (3,75cm side), blue-white & orange-brown from 16 squres (5 cm side) without glue
inspired mostly by bracelets by Hans-Werner Guth
LEGO modular post office.
6455 parts.
Building instruction is available at: rebrickable.com/users/peedeejay/mocs/
This was one of the most challenging facades I ever built, but I‘m quite happy how it turned out. Inside you can find also an architect‘s office. This gave me the chance to try some microscale building for the first time.
Tree technique by Ralf Langer.
MOC: Modular LEGO Store. Based on the LEGO Brand Retail Store set that has been used as a giveaway at store openings over the past couple of years, but blown up to minifig scale.
And yes, I know that the original set isn't a corner building, but I just hadn't built one yet and needed one for a layout I was working on :)
LEGO modular post office.
6455 parts.
Building instruction is available at: rebrickable.com/users/peedeejay/mocs/
This was one of the most challenging facades I ever built, but I‘m quite happy how it turned out. Inside you can find also an architect‘s office. This gave me the chance to try some microscale building for the first time.
Tree technique by Ralf Langer.