The waste-to-energy plant, Amager Resource Center, is located in an industrial area, that throughout the years, has turned into an extreme sport destination for thrill seekers. Different extreme sports activities take place in the raw industrial facilities such as cable wake boarding, go-kart racing, and rock climbing among others. The Amager Resource Center is the most significant landmark in the area and the building is in need of renewal. BIG propose a new breed of waste-to-energy plant, one that is economically, environmentally, and socially profitable. Instead of considering Amager Resource Center as an isolated object, we mobilize the architecture and intensify the relationship between the building and the city—expanding the existing activities in the area by turning the roof of the new Amager Resource Center into a ski slope for the citizens of Copenhagen.
The new plant establishes Amager Resource Center as an innovator on an urban scale, redefining the relationship between the waste plant and the city. It will be both iconic and integrated, a destination in itself, and a reflection on the progressive vision of the company.
Lasse Vestergård (a 22 years old LEGO fan from Denmark) have built the LEGO model in scale 1:200.
ARC is an Incinerator placed in Amager near to Copenhagen centrum. The roof of the building is an artificial ski slope, where it will be possible to ski all year round.
The geometry of the roofscape supports three slopes of different gradients. Besides the ski slope there will also be green forest areas like a real mountain, and a big climbing wall.
On the top of the slope, there will be a viewing plateau and a little café. The building is still under construction and will be finished in the end of 2018.
The walls of the building have a very characteristic net structure.
Lasse have used around 4000 LEGO Technic liftarms to build this net structure.
In the description of the building, BIG states:
The design of 2 WTC is derived from its urban context at the meeting point between two very different neighborhoods: the Financial District with its modernist skyscrapers and TriBeCa with its lofts and roof gardens. The design combines the unique qualities of each, melding high-rise with lowrise and modern with historical. From the 9/11 Memorial, the building appears as a tall and slender tower just as its three neighboring towers, while the view from TriBeCa is of a series of stepped green terraces. The building is aligned along the axis of World Trade Center Master Planner Daniel Libeskind’s ‘Wedge of Light’ plaza to preserve the views to St. Paul’s Chapel from the Memorial park.
The model will be built by Rocco Buttliere:
Two World Trade Center is an 81-story skyscraper that is currently under construction in New York City. Its form is comprised of seven stacked masses which change shape as the building rises, each one cantilevered further away from the original footprint. This shifting profile resembles the lowrise building conditions throughout the local Tribeca neighborhood, while the solid profile facing the September 11th Memorial, serves as a solemn gesture to the legacy of the World Trade Center complex.
The first step in modeling this building was to carefully measure all the dimensions of each of the seven masses which will be stacked on top of one another. I drew several elevation and plan drawings in order to record these measurements and to refer back to while I design in LEGO Digital Designer. The model will be 1:650 scale, and so far, I have designed the second and third masses which you can see in the screenshots. The façade of the building will consist of thousands of trans-clear plates on the exterior, with medium blue plates and bricks on the interior. Putting the medium blue elements behind a layer of trans-clear plates will diffuse the blue color so it is less saturated and more accurate to the real-world appearance.
You may also notice a 2×2 hole through the middle of each of the masses. The location of this hole will allow for a continuous 2×2 beam made of technic elements to slide through the entire completed model, not only connecting all the masses together, but also providing a spine which will anchor the model to the base. It is important that the model be made of separate pieces in order to be transported easily, but it is also important that it be structurally sound when it is exhibited.
The model is now complete, but unfortunately the model may not come to LEGO House on April 20th.
My LEGO model of 79&PARK is now complete and ready to be displayed in LEGO House in Billund, Denmark in April. I need to find time to take some decent photos before showing the full model.
The finishing touches included the inner courtyard which is largely based on this one photo from the project material.
The courtyard is somewhat more colorful than the roof terraces so I added a few extra colors to represent flowers including lime green and dark yellow. The main path through the courtyard is kept in light gray to match with the sidewalk.
Finally, the streets and alleys surrounding the building were designed. The site is rectangular except for one side and has streets on two sides. The greenery is taken from the below reference picture.
The streets are built in four sections corresponding to the four sides. They slide under the building and attach to each other with Technic pins. They are not attached to the building, however, which allows some flexibility to position the building in the exact 45 degree angle.
Building the angled street was the most challenging. I ended up with a technique using rotated 1×1 bricks with stud on one side, clips and bars to ensure the right angle and distance between the sidewalk and the street as seen below.
The final street, with some splashes of dark yellow flowers.
I did experiment using some of the other part options for greenery on the final model (see previous post on greenery) but I decided to keep my initial choice using only the olive green and brown flower stem parts for trees and green and light green flowers for leaves all over the model. This gives some, but not too much, variation.
Similarly, I experimented with other grille colors for the lamellas but kept the original brown choice as it looked best. Quite possibly because I had gotten used to that color during the building process.
Stay tuned for photos of the finished model!
A LEGO model of HUA will be build by ZiO Chao, Hsinwei Chi, and Kimura Hsieh.
In the description of the building, BIG states:
Hualien is a rapidly developing city located in the middle portion of Taiwan’s East coast. TLDC, a prominent land developer based in Taipei, has recently obtained license to turn what used to be an industrial and factory region into a world class beach resort. The site is located prominently along the coast and near the intersection of two river deltas. Taiwan’s spine of ountains can be seen to the west while the coast is to the east; Hualien city is to the north.
For the masterplan, a language of green landscape stripes is used to create a mountain landscape of commercial and residential program that reflect their natural counterparts in the background. The stripes run east-west to frame the best views while also becoming an optimal shading system for Taiwan’s hot and humid tropical climate. High glare, low angle morning and evening sun is effortlessly blocked by the stripes while favorable north-south light is allowed into the units. Green roofs further mitigate heat gain and combined with the striping create a low energy masterplan.
Our layout is in modules, it can be separated to 14 sections and doze of baseplates. Our project model is close to be completed, but now we still have some detail to modify. Our model is about 145*145*40 (cm)
The building itself is now complete except for final corrections. Left is to build a base for the building, the inner courtyard and the streets around the building.
Looking back, it might have been a good idea to plan and build the base of the building first (just like in real life) and think about the positioning of the wiring for the lights. It turned out to be a bit of a nightmare to build and attach the base since the building is very heavy and all facades are built with SNOT (Studs Not On Top).
The picture below shows my sketches for the base and the choice of plates. It is quite clear that it is not just a rectangular base.
To provide structural stability, the base is built as a classical “sandwich” (plate, brick, plate and tile) with Technic bricks and classic 2xX bricks in rarely used colors.
To attach the base, the building was carefully placed on the side, and plates and tiles were placed in the top layer of the base to match the underside of the building. Also, the inner courtyard part of the base was left open in order to hide the wires after attachment.
The base does not extend all the way to the edge of the building as the streets will be attached at 45 degree angle and “slide” underneath the edge.
The next step is to hide the wires in the base and build the inner courtyard on top. That will be the topic of a future blog post.
A LEGO model of REN – People’s Building Shanghai will be build by Shenghui Jiang.
In the description of the building, BIG states:
The RÉN building is a proposal for a hotel, sports and conference center for the World Expo 2010 in Shanghai. The building is concieved as two buildings merging into one. The first building, emerging from the water, is devoted to the activities of the body, and houses the sports and water culture center. The second building emerging from land, is devoted to the spirit and enlightenment, and houses the conference center and meeting facilities. The two buildings meet in a 1000 room hotel, a building for living. The building becomes the chinese sign for “The People”, and a recognizable landmark for the World Expo in China.
The history of construction:
A LEGO model of AARhus, a residental building beeing built at Aarhus Ø in Denmarks second largest city, Aarhus. It is situated right at the harbour front, with water to 3 sides.
The LEGO model is being built by Glenn Knøsgaard. I am living in a small town about 20 km from where AARhus is being built. I wanted to build something local, so it was natural to select AARhus.
It is a quite a large building with 21 stories. It is shaped like a parallelogram, and the terraces have curved edges, which makes it quite challenging to build in LEGO. There is a court yard in the middle in the height of the second floor.
Choosing a scale
When choosing a scale to build your LEGO model in, you must choose which characteristics of the building are essential to preserve. You cannot include every detail of the full scale building in LEGO bricks.
For this building, the parallelogram shape, the vertical wooden separations between the apartments, and the curved terraces are the essential things to preserve. I tried to find a scale as small as possible, but I could not find any other way to construct the balconies and terraces than bricks laid on the side (SNOT – Studs Not On Top), this makes the horizontal separation of the floors, 8mm thick. The wooden separators will be made of tiles with hinges.
For this to work each floor in the building must be either 2 or 4 studs high. As 2 studs would let the the balconies seem too thick, I settled for 4 studs. Therefore the height of each floor will be 4 studs plus one brick i.e. 4 x 8mm + 9.6mm = 41,6mm, the real life height is 3150mm which gives a scale of roughly 1:76.
I Then loosely estimated how many LEGO elements were needed, and that summed up to a lot! I closed my eyes and ordered them.
When the bricks arrived 4-5 months later, I was busy with other projects, and was a bit tired of building. But I have now started the building process.
I have made the walls for the lowest two floors, and it is becoming a bit larger that I anticipated. Before starting building in this scale, you also have to consider that it has to be transportable, and therefore it must be possible to disassemble it into smaller sections. I decided not to make these section larger than they can fit into a standard Euro box (60 x 40 cm outside dimensions) In the 1:76 scale the longest side would be slightly longer than twice what could fit into a box, I therefore squeezed the length and width, so the xy-plane ends up in 1:81 scale, I hope that the architects will not notice the difference in scale between height and width!
All balconies and terraces are of cause shielded, I guess that the architects, and possibly also the residents, don’t like heavy fences, so the shielding is pure glass. As this is ment to be as invisible as possible, I completely left it out in my model (meaning that I could not figure out any good way to make it).
I do not know the exact colours used in the building, but it looks like it will be raw concrete with a very light colour.
LEGO’s light grey is too grey, so I decided for white. The vertical separators are made of wood, I guess it will be natural without oiling or paint, so it will turn greyish with time. As I need to use 1×3 tiles, the only choice was sand yellow, a bit boring, but will do.
This is an interesting building, with huge challenges to reconstruct it in LEGO. It is becoming a much larger project that I thought when I decided to build it (why the heck should I choose this particular building?) I hope it will be finished in time, we’ll see.
In this third post about my LEGO model of 79&PARK, I will show how small LED lights are built into the model. The picture below is one of the first reference pictures of 79&PARK I saw, and I immediately figured that I needed to incorporate light effects into the model to be able to mimic the atmosphere in the photo.
I use the Pico Lights from Brickstuff (http://www.brickstuff.com) and even for my trained LEGO hands, the handling of the small lights, wires and print boards can be a bit tricky. But the lights fit within a 1×1 plate and the wires are easily hidden between two bricks, so the system is ideal for micro scale building.
I own a total of 14 Pico Lights that will be placed in the windows facing the lowest part of the building (the front). To save on the Pico lights, there will be no light effects on the back of the model.
Initially, I have installed the lights as the building progresses making sure that the wires are hidden and come out of the bottom of the building in the inner court yard. Eventually, I will built the foundation of the building and the wires will be hidden underneath.
The picture below shows an example of a Pico light installed in a 1x2x2 window at the very front of the building.
The second example below shows a Pico light installed inside a white profile brick. This gives a very nice curtain effect and a yellow glow.
The first four lights have been installed on the picture below. I am quite pleased with the added effect and it comes quite close to the “feel” of the initial reference photo.
Overall, the model really starts to take shape with the sixth floor soon completed and half of the roof top terraces built. The compact interior makes the building very heavy compared to its relatively small size. But as almost all facade elements are attached by SNOT connections, the model is also quite fragile when it is lifted.