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- The Manufactory’s Italian-leaning restaurant, Alameda Supper Club, is finally open in ROW DTLA
- Boeing Company
- National Composites Centre
- Made In Space Is Successfully Taking Manufacturing Into The Stars
- First Commercial Recycling Facility Launches to Space Station
- Lights that change everything
- MAKE A STATEMENT, YOUR STATEMENT.
- NASA seeks to break the “tyranny of launch” with in-space manufacturing
- Awarded Toys
- Making Stuff in Space: Off-Earth Manufacturing Is Just Getting Started
The Manufactory’s Italian-leaning restaurant, Alameda Supper Club, is finally open in ROW DTLAVIDEO ON THE TOPIC: Orbital Infrastructure
Formerly Boeing Airplane Company, the firm assumed its current name in to reflect its expansion into fields beyond aircraft manufacture. Headquarters were in Seattle until , when Boeing relocated to Chicago. Boeing manufactures seven distinct families of commercial aircraft, which are assembled in two facilities—Renton and Everett—in Washington state and one facility in California.
The Renton plant builds the narrow-body Boeing and formerly built the aircraft discontinued in , while the wide-body Boeing and aircraft and a limited number of the largely discontinued s are assembled at the Everett plant. The aircraft are assembled at the Everett plant and at a facility in North Charleston, South Carolina.
In the space and communications sector, Boeing produces the Delta family of launch vehicles; the Inertial Upper Stage IUS , an in-space solid-rocket booster; and rocket engines for Delta launchers and other vehicles. It participates in processing, ground operation, and training activities for the U. Its involvement in commercial space development includes partnerships in the multinational Sea Launch Company and in the Teledesic consortium formed to build a satellite-based, Internet -like telecommunications service.
In Boeing employed a workforce of about , people in 65 countries and 27 U. Boeing founded Aero Products Company shortly after he and U. In it combined four smaller airlines under its ownership into United Airlines. In , under new U.
In the postwar years Boeing continued its military commitments with the six-engine B Stratojet and eight-engine B Stratofortress jet bombers. While Boeing was successfully selling military aircraft, its commercial products lagged behind those of rivals Douglas and Lockheed.
To compete in the fierce and expanding world market after World War II, the company decided to develop an airliner, powered by turbojets , with enough range to cross the North Atlantic. After initial hesitation from airlines most of which had committed to popular and less-expensive propeller-driven airliners from rival firms , but buttressed by sales to the U. Air Force in the form of an aerial tanker the KC Stratotanker , the four-engine plane, designated the , went into commercial service in on a Pan American transatlantic route.
The aircraft quickly won over passengers with its shorter flight time and smoother ride and subsequently helped to revolutionize air travel. The was followed by the trijet and twinjet, which entered service in and , respectively.
As Boeing Helicopters, the unit focused on tandem-rotor helicopters and was responsible for the development of the CH Chinook and CH Sea Knight military transport helicopters first flown in and , respectively. It also designed and built the first stage of the Saturn V rockets that sent Apollo astronauts to the Moon and the battery-powered Lunar Roving Vehicles used in the Apollo 15, 16, and 17 missions. In it entered the upper-stage-rocket arena when it was selected to develop the Inertial Upper Stage IUS , a two-stage payload delivery vehicle that can be taken into space by either a space shuttle or a launcher such as the Titan.
In NASA selected Boeing as the prime contractor for the ISS , and two years later the company became responsible for the integration and verification of ISS systems and the design, analysis, manufacture, verification, and delivery of the American components of the station. In the company first flew its twin-engine, wide-body Boeing , followed by its twin-engine, single-aisle the next year. By featuring a common flight deck for the two aircraft, pilots who trained and qualified on one plane could also fly the other, thus reducing cost and increasing productivity for carriers.
This concept of commonality also applied to more than 40 percent of all parts. For its next jetliner, the twin-engine, wide-body , Boeing involved several key airlines in the development process in order to ensure that market needs and customer preferences were satisfied. The first flight took place in In the U.
Air Force chose a design offered by a consortium comprising Lockheed later Lockheed Martin , Boeing, and General Dynamics for a twin-engine advanced tactical fighter with stealth features; the aircraft was named the F Raptor and was first flown in In Boeing and Lockheed Martin received U.
In Boeing joined Ukrainian , Russian , and Anglo-Norwegian partners to form Sea Launch , a commercial launch services company that sent satellites into geostationary orbit from a floating platform at an equatorial site in the Pacific Ocean. Commercial launches began in In Boeing acquired the satellite business of Hughes Electronics. In Boeing began taking orders for the Dreamliner, a mid-range jet with speeds Mach 0.
Roughly half of the primary structure of the , including the fuselage section and the wings, was made of carbon-fibre and plastic composite materials, lighter than the aluminum alloys used in most aircraft. Many airlines, faced with rising fuel costs, saw the as key to upgrading their fleets in the following decade and ordered hundreds of the new planes. Originally scheduled to be delivered for commercial service starting in , the was beset with several production problems, not the least of which was failure of the crucial fuselage section in stress tests.
Consequently, Boeing did not make initial delivery until In January , following an airworthiness directive issued by the U. Federal Aviation Administration FAA that was subsequently taken up by regulators worldwide, all s in operation globally were temporarily grounded until a potential risk for battery fire was corrected.
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National Composites Centre
Space manufacturing is the production of manufactured goods in an environment outside a planetary atmosphere. Typically this includes conditions of microgravity and hard vacuum. Manufacturing in space has several potential advantages over Earth-based industry. The space environment is expected to be beneficial for production of a variety of products. Once the heavy capitalization costs of assembling the mining and manufacturing facilities is paid, the production will need to be economically profitable in order to become self-sustaining and beneficial to society.SEE VIDEO BY TOPIC: Top 5 Space Experiments
Lost password? We care about our toys, but above all we care about you. If you have played with our toys already, let us know about your experience — tell us whether you enjoyed it and why. Here at Silverlit we want you to know that your thoughts, questions and comments always matter so please feel free to drop us a note anytime. Lift up the racing track to air! With the 2. Built-in altitude locks makes flying a drone no longer…. The smart, portable Blu-Tech Drone can fly in any indoor environment and be controlled with your smart device via Bluetooth by downloading the APP.
Made In Space Is Successfully Taking Manufacturing Into The Stars
One of the biggest barriers to building a business in outer space is the cost. Lifting just a few tons of material into space costs anywhere from tens of millions to hundreds of millions of dollars, depending on where you want to put it. That's where startup Made In Space comes in.
Made in Space is one of the most intriguing companies in aerospace because it's not so much focused on getting into space. Rather, the company is focused on doing interesting, meaningful, and potentially profitable things once there. Its long-term goal is to build factories in space using additive manufacturing. Made in Space started the year with 40 employees and will end it with nearly These two arrays will power an ESPA-class satellite. These are fairly small satellites, about kg, that are typically carried as secondary payloads by large rockets such as the Falcon 9 booster built by SpaceX. The basic idea is that, if Archinaut One can manufacture its own solar arrays in space—rather than having to fold them in a cumbersome way inside a payload fairing—they can be much larger than those on a typical ESPA-class satellite. Instead of a few hundred watts of power, therefore, a small satellite might be able to have as much as five to eight times that amount to work with. Typically, such power capabilities have only been available on much larger satellites flying in geostationary space. More electricity will allow satellite operations to use significantly more powerful sensors, on-board computing, and more, Rush said.
First Commercial Recycling Facility Launches to Space Station
Business at Games Workshop, which makes the miniature figures used in its Warhammer series of tabletop games, is booming. The strategy is working. Figuring out exactly how many epic battles between dwarves and goblins are taking place across pub tables is hard, because most such games are made by private firms. The most popular board games in the Anglosphere have tended to be ones that are aimed at children and rely on luck. Since the mids, more complex continental board games have won a following. They have also inspired competition.
Lights that change everything
Space is a dangerous place for humans: Microgravity sets our fluids wandering and weakens muscles, radiation tears through DNA and the harsh vacuum outside is an ever-present threat. But for materials that show incredible strength, transmit information with barely any loss, form enormous crystals or even grow into organs, the harshness of space can be the perfect construction zone. As the cost of spaceflight goes down, more of these materials may become cost-effective to make or study in space. And soon, more and more people might be carrying around objects built off the planet. We make steel by heating things up at high temperature and maybe, depending on the steel, [in a] high-pressure environment. We can quench things; we can make things cold to make different materials or improve on those materials. In space, microgravity lets materials grow without encountering walls, and it allows them to mix evenly and hold together without traditional supports. And a nearby ultrahigh vacuum helps things form without impurities. The International Space Station is falling at a constant rate around the Earth, which everyone on board experiences as a lack of gravity; on the station, you're always in free fall.
MAKE A STATEMENT, YOUR STATEMENT.
Other machines an materials: PPS with and without fibers. Suitable for single parts and series production. For Prototyping and small series production. They are inherent flame retardent and burn off anti-toxic.
NASA seeks to break the “tyranny of launch” with in-space manufacturing
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Making Stuff in Space: Off-Earth Manufacturing Is Just Getting Started
Manufacturing is no longer simply about making physical products. Changes in consumer demand, the nature of products, the economics of production, and the economics of the supply chain have led to a fundamental shift in the way companies do business. Customers demand personalization and customization as the line between consumer and creator continues to blur. As technology continues to advance exponentially, barriers to entry, commercialization, and learning are eroding.