Star Wars Death Star Diagram. Lego Star Wars. "Death Star" and its interesting assembly. The process is tired: Lego "Star Wars", "Death Star" and its radiance
They allowed our family to become a close-knit and very attentive team for a long number of evenings. From the side, it probably seemed that we were assembling at least an atomic bomb. In fact, we just bought a cool designer, which was supposed to eventually appear before our eyes in the form of the same "Death Star". Here is our experience.
I think that it is not worth reminding once again that mom, dad and our child are bright representatives of the fans of the Star Wars franchise. And so, when we had a unique opportunity to combine business with pleasure, we immediately took advantage of it. Lego Star Wars, Death Star has in its set of mini-men, figurines, individual accessories. Every detail has its place. For example, Luke Skywalker and Han Solo are mini-heroes that are difficult to confuse with someone else. There are 24 pieces in all, but the total number of parts is 3803 pieces. Can you imagine it? At the very start of the assembly, it was difficult to determine who was more delighted: the child or the parents. But then things didn't go so smoothly.
Despite the fact that Lego Star Wars, the Death Star is intended for ages 12+, it would still be worth putting a limit on for those with weak nerves. The box with the designer weighed 8 kg. The instruction is a full-fledged album of A3 format, which is the right time to study the graduates of the MBA academy.
The first recommendation: after you open the inner boxes and start opening numerous bags, do not confuse the contents. We recommend stocking up on ordinary kitchen trays, in which you carefully place the insides of the mini-kits one by one. You can only immediately throw off individual parts of little men into one common vessel.
The process has begun: Lego "Star Wars", "Death Star" and death weekend
Experienced collectors online say that the Death Star can be assembled in a couple of hours. It took the three of us Friday night and all weekend. So the next tip is: get someone to cook your food.
Easiest to set Lego Star Wars, Death Star it is the main characters who are going to, since attaching the head to the body and finding arms and legs is the easiest thing in this painstaking work. We advise you to start from this. Next, it is worth continuing to work with the base. The soil of the circle on which the star will "grow" should be built in stages, do not try to jump over some process, otherwise you will get confused and completely lose the thread of Ariadne. Do everything according to the numbering in the instructions in the drawings, as well as the described recommendations.
When you reach the level of the second tier, switch back to collecting minifigures. This is a personal wish, because the same type of work in the format of creating a large building can quickly get bored and you will completely abandon the whole thing. And this is not good, because the set is really very cool.
Lego "Star Wars", "Death Star" - has no extra parts. This is not a joke, I assure you. My wife tried to argue with me, but still we added extra details by trial and error. Therefore, if at least one brick remains, write wasted. Do not forget that this model of the designer was developed by a whole team of narrow-profile engineers who created the projection in proportions and scales as close as possible to the real ones. For this reason, do not try to screw bolts where they do not fit, and create interfloor ceilings according to your own observations. This trick doesn't work here.
The process is tired: Lego "Star Wars", "Death Star" and its radiance
The most interesting begins at the stage when almost all sectors of the figure are created, and the assembly of weapons begins. This is approximately 75 pages of instructions. Do not sculpt the machine gun immediately on the Star, assemble it separately, inspect it or you didn’t forget anything, since it is here that there are a huge number of small parts, and only then put it in its place. Very carefully and patiently approach the issue of hanging cables (ropes), because they require decent perseverance.
After all this work, building a ground floor roof in Lego Star Wars, the Death Star, will seem like something painfully funny. But when the roof is in place, you can already seriously approach the final. Assemble a piece of the roof over each sector separately, and only when the triangle is ready, attach it to a common figure. It's easier and faster this way, especially when you're working with a gathering group.
Next, we begin to throw everything on the type of filling the first floor, only over the finished floor. At this stage, the work should go quickly, because there is already experience and impatience is added to see the final result. The most cumbersome details of the second floor, such as stairs or weapons, should also be created on the side and only fastened at the finish line.
The final floor of Lego Star Wars, Death Stars will be a dessert and a real treat for you. And the yellow rays of the plate are just a gift for the anniversary. But in order not to spoil too much, we still recommend that you personally go through all the stages and difficulties of this beautiful, rare set. We remind you that some special fans even stretch the pleasure for months, turning the work with the designer into a whole art with detailed photo reports on the network. How do you plan to build your Death Star?
The size: 410x420x90mm
Age: from 12 years old
Number of details: 3803
Vendor code: LEGO 10188
Year of issue: 2008
Update your LEGO Star Wars toy collection with the new functional and action-packed LEGO Death Star building set. This base ship from the Star Wars movie of the same name can be assembled according to Lego instructions 10188. The model has many moving parts. On the huge decks of the Death Star there is a control room and rotating turrets with a turbo-laser installation. In addition, there is a high-tech Starfighter ship, a starship beam control room, a room with the Emperor's throne, a spaceship storage unit, a laser cannon launch site, an Imperial conference room, a droid maintenance facility, and a strong Death star superlaser…
Expand the Death Star's already vast capabilities in your combat operations by using all of its many functions wisely, facing the danger of a crushing compactor, and dueling with Darth Vader to decide the fate of the galaxy!
How to open and view a diagram or LEGO building instructions:
1st way: click on the link and wait for the instruction or LEGO diagram to open in the browser's built-in pdf editor.
2nd way: right-click on the link and select "Save target as..." or "Save link as..." from the context menu and download it to your computer. To view Lego diagrams, you can use
The journalists of the Hi-News resource asked themselves the question: is it possible with the current human technologies to translate into reality at least some of the space stations widely represented in films and books? seemed interesting to us, we invite you to familiarize yourself with it.
Giant space stations the size of the moon. Huge ring-shaped stations orbiting alien worlds. Massive cities drifting in the atmosphere of alien planets. Today we will consider all these concepts and find out how feasible they are. Commenting on this or that idea will be Cindy Du, a research fellow and doctoral student at the Massachusetts Institute of Technology, a person who frankly believes that the Mars One project is doomed from the outset, and a scientist who has written a serious scientific paper that addresses issues related to our possible future. life in space.
According to Du, if we are talking about any possibility of human life in space, it is necessary to consider the habitat, what we want from it and how big it will be. It is these three criteria that can indicate the possibility or impossibility of the whole undertaking. Therefore, we will consider several options for space dwellings that science fiction offers us, and find out how realistic and rational their use is.
Mobile space station like the Death Star
Almost every sci-fi movie buff knows what the Death Star is. This is such a big gray and round space station from the Star Wars movie epic, outwardly very reminiscent of the moon. It is an intergalactic planet destroyer that is essentially an artificial planet itself, made of steel and inhabited by stormtroopers.
Can we actually build such an artificial planet and surf the galaxy on it? In theory, yes. Only this will require an incredible amount of human and financial resources.
"A station the size of the Death Star would require a colossal supply of building materials." Du says.
The issue of building the Death Star was raised even by the White House, after the society sent a corresponding petition for consideration. The government's official response was that the construction steel alone would require $852 quadrillion.
Let's assume that the issue of money is not a problem and the Death Star was actually built. What's next? And then the good old physics will come into play. And that will indeed be a problem.
"To be able to propel the Death Star through space would require an unprecedented amount of energy," Du continues.
“The mass of the station will be equivalent to the mass of Deimos, one of the satellites of Mars. Humanity simply does not have the capacity and the necessary technology to build an engine capable of moving such giants.”
Orbital station "Deep Space 9"
So, we found out that the Death Star is too big (at least in today's view) for space travel. Perhaps some smaller space station, such as Deep Space 9, which takes place in the Star Trek series (1993-1999), will help us. In this series, the station is in orbit around the fictional planet Bajor and is an excellent habitat and a real galactic trading center.
“Again, it will take a lot of resources to build such a station,” Du says.
“The main question is the following: should we deliver the necessary material to the planet in whose orbit the future station will be located, or should we extract the necessary resources right on the spot, say, on some asteroid or satellite of one of the local planets?”
Du claims that it now costs about $20,000 to deliver each kilogram of payload into space to low Earth orbit. Given this, it would most likely be more expedient to send some kind of robotic spacecraft to mine minerals on one of the local asteroids than to deliver the necessary material from Earth to the place.
Another issue that will require a mandatory solution will, of course, be the issue of life support. In the same Star Trek, the Deep Space 9 station was not completely autonomous. It was a galactic trading hub, with new supplies brought in by various merchants, as well as shipments from the planet Bajor. Building such space stations for habitation would require occasional food-delivery missions anyway, Du said.
“A station of this size is likely to function by creating and combining the use of biological environments (for example, growing algae for food) and life support systems based on chemical engineering processes, such as on the ISS,” - Du explains.
“These systems will not be completely autonomous. They will require periodic maintenance, replenishment of water supplies, oxygen, supply of new parts, and so on.
Mars station, as in the movie "Mission to Mars"
There is a lot of real fantasy stuff in this movie. Tornado on Mars? Mystical alien obelisks? But most of all, the fact described in the film that it is very easy to equip a home and provide yourself with water and oxygen is confusing the most. Left alone on Mars, the hero of actor Don Cheadle explains that he was able to survive on the Red Planet thanks to the creation of a small vegetable garden.
“In theory, creating a Martian greenhouse is indeed possible. However, growing plants has a number of features. And if we compare the labor costs for growing plants on Mars and the cost of delivering ready-made products from Earth to the Red Planet, then it will be easier and cheaper to deliver ready-made and packaged products, supplementing the stocks with only a part of grown crops with a very high degree of productivity. Moreover, you will need to choose plants with a minimum ripening cycle. For example, various lettuce crops, ”- explained Cindy Du.
Despite Cheadle's belief that there are close ties between plants and humans, in the harsh climate of Mars, plants and humans will be in unnatural environments. We should also not forget about such an aspect as differences in the intensity of photosynthesis of agricultural crops. Growing plants will require complex closed systems to control the environment. And this is a very serious task, since in this case, people and plants will have to share a single atmosphere. Solving this problem in practice will require the use of isolated greenhouse chambers for growth, but this in turn will increase the overall cost of the costs.
Growing plants may be a good idea, but it's best to stock up on extra provisions to take with you before a one-way flight.
Cloud City. City floating in the planet's atmosphere
Lando Calrissian's famous "city in the clouds" from Star Wars seems like a pretty interesting science fiction idea. However, can planets with a very dense atmosphere, but a harsh surface, be a suitable platform for the survival and even prosperity of mankind? NASA experts believe that this is indeed possible. And the most suitable candidate for the role of such a planet in the solar system is Venus.
The Langley Research Center has been exploring this idea and is still working on spacecraft concepts that could send humans to the upper atmosphere of Venus. Building a giant station the size of a city will be a very difficult task, almost impossible, but even more difficult may be the answer to the question of how to keep a spacecraft in the upper atmosphere.
"Reentry into the atmosphere is one of the most difficult tests during a space flight," - Du says.
“You have no idea what '7 Minutes of Terror' Curiosity had to endure when it landed on Mars. And keeping a giant residential station in the upper atmosphere will be much more difficult. When you enter the atmosphere at a speed of several thousand kilometers per second, you will need to activate the braking and stabilization systems of the device in the atmosphere in a matter of minutes. Otherwise, you'll just crash."
One of the advantages of the flying city of Calrissian is the constant access to clean and fresh air, which can be completely forgotten if we are talking about real conditions and, in particular, the conditions of Venus. In addition, special suits will have to be developed, dressed in which people will be able to go down and replenish supplies of materials on the hellish surface of this planet. Doo has a few ideas for this:
“To live in the atmosphere, depending on the chosen location, you can, for example, clean it around the station (on Venus you can process CO 2 into O 2, for example), or you can send mining robots to the surface using a cable, for example , for the extraction of minerals and their subsequent delivery back to the station. In the conditions of Venus, this will again be an extremely difficult task.
The giant spaceship "Axiom" from "WALL-E"
The touching sci-fi cartoon WALL-E offers a relatively realistic version of humanity's exodus from Earth. While the robots are trying to clear the surface of the Earth from the accumulated debris on it, people fly away from the system into deep space in a giant spaceship. Sounds pretty realistic, right? We have already learned how to make spaceships, so let's just make them bigger!
In fact, this idea is, according to Du, almost the most unrealistic of the list proposed in this article.
“The cartoon shows that the Axiom ship is in very deep space. Therefore, most likely, he most likely does not have access to any external resources that may be required to maintain life on the ship. For example, since the ship will be far from our Sun or any other source of solar energy, it will most likely work on the basis of a nuclear reactor. The population of the ship is several thousand people. They all need to eat, drink, breathe air. All these resources need to be taken from somewhere, and also not to forget about the processing of waste, which will definitely accumulate with the use of these resources.”
“Even if some high-tech biological life support system is used, then being in a space environment that is unable to ensure the replenishment of the spacecraft with the necessary amounts of energy will mean that all these life support systems will not be able to support biological processes on board. In short, the giant spaceship option looks the most fantastic."
World-ring. "Elysium"
Ring worlds, as they are presented, for example, in the fantasy action movie "Elysium" or the video game Halo, are perhaps one of the most interesting ideas for space stations of the future. In Elysium, the station is close to Earth and, if you ignore its size, has a certain amount of realism. However, the biggest problem here lies in its "openness", which is only in appearance - pure fantasy.
"Perhaps the most contentious issue about the Elysium station is its openness to the space environment," - Du explains.
“The film shows how the spaceship just lands on the lawn after it comes from outer space. There are no docking gateways or anything like that. But such a station should be completely isolated from the external environment. Otherwise, the atmosphere here will not last long. Perhaps the open areas of the station could be protected by some kind of invisible field that would allow sunlight to enter and keep the plants and trees planted there alive. But for now, it's just fiction. There are no such technologies."
The very idea of a station in the form of rings is wonderful, but so far unrealizable.
Underground cities like in The Matrix
The events of the Matrix trilogy actually take place on Earth. However, the surface of the planet is inhabited by killer robots, and therefore our house looks like an alien and very inhospitable world. To survive, people had to go underground, closer to the core of the planet, where it is still warm and safer. The main problem under such real circumstances, besides, of course, the difficulty in transporting the equipment that will be required to create an underground colony, will be to maintain contact with the rest of humanity. Du explains this difficulty using the example of Mars:
“Underground colonies may encounter communication problems among themselves. Communication between underground colonies on Mars and Earth will require the creation of separate powerful communication lines and orbital satellites, which will become a bridge for transmitting messages between the two planets. If a permanent communication line is required, then at least one additional satellite will be required, which will be located in the orbit of the Sun. It will receive a signal and send it to Earth when our planet and Mars are on opposite sides of the star.”
Terraformed asteroid, as in the novel "2312"
In Kim Stanley Robinson's novel, people terraformed an asteroid and built a kind of terrarium on it, in which artificial gravity is created due to centripetal force.
NASA expert Al Globus says that the most important thing will be to solve the issue of airtightness of the asteroid, given that most of them seem to be essentially large pieces of various space debris. In addition, the expert says that asteroids are very difficult to rotate, and changing the center of gravity will require some effort to correct its course.
“However, building a space station on an asteroid is indeed possible. It will only be necessary to find a large and most suitable flying piece of rock, ”- Du says.
"Interestingly, NASA is planning something similar as part of its Asteroid Redirect Mission."
“One of the challenges is to select the most suitable asteroid with the right structure, shape and orbit. There were concepts according to which the issue of placing an asteroid between Earth and Mars was considered. The behavior of the asteroids in this case was changed in such a way that they would act as transporters between the two planets. The additional mass around the asteroid, in turn, provided protection from the effects of cosmic radiation.
“The main task associated with this concept would be to move a potentially habitable asteroid into a certain orbit (this would require the availability of technologies that we currently do not have), as well as the extraction and processing of minerals on this asteroid. We don't have any experience with this yet."
“The size and density of such an object is more suitable for sending a team of 4-6 people there, rather than building something at the level of a colony. And NASA is now preparing for this.”