Voyager Planning Station Download
Edco Haglund
Singapore, 21 September 2020. Voyager Worldwide today announced a major upgrade to its Voyager PLANNING STATION navigation software. The simplest and easiest to use version yet released, it features enhanced automation of route and passage planning, information sharing between ship and shore and new interactive guided workflow processes to reduce operational risk and streamline navigation processes.
Voyager Worldwide has released an upgrade to its Voyager Planning Station navigation software, improving automation of route and passage planning, allowing for better information sharing between ship and shore, and adding interactive guided workflow processes.
The company announced its latest acquisition March 13 in a deal for engineering company ZIN Technologies, known for microgravity research equipment that Voyager said would support plans for its Starlab space station.
Blincow explained during the Jan. 29 event that the current plan is to build the rotating space station in stages, beginning with a small-scale prototype station, in addition to a free-flying microgravity facility, both using Voyager components.
Eventually, a Structure Truss Assembly Robot (STAR) will fabricate the frame of the Voyager and Gateway stations in orbit. Prior to that happening, however, a smaller, ground-based prototype, known as DSTAR, will test the technology here on Earth.
OAC's truss assembly robot stands to be the first to build a space station in low Earth orbit and will serve as "the structural backbone of future projects in space," OAC fabrication manager Tim Clements said during the event.
"It's going to be our eyes on the job site," said Tim Alatorre, Gateway Foundation executive team member one of the station's designers. "The observer drone operates in a support function. It can perch on existing craft. It can also be fully reusable and can fly and have a free-flight mode on extended missions."
Long before Voyager Station can start accommodating guests, OAC needs to test both building a station in low Earth orbit and prove the viability of stable artificial gravity in space. The company plans to construct a prototype gravity ring that will measure 200 feet (61 m) in diameter and will be engineered to spin up to create artificial gravity near Mars' level, which is about 40% that of Earth.
C-MAP IMS is an advanced back-of-bridge planning station. It supports a modern and efficient workflow for automated chart and publication management, and a comprehensive set of simple-to-use but powerful tools for route planning, graphical and quantitative analysis of weather and navigational data.
NASA seeks to maintain an uninterrupted U.S. presence in low-Earth orbit by transitioning from the International Space Station to other platforms. These awards will stimulate U.S. private sector development of commercial, independent space stations that will be available to both government and private-sector customers.
OSC plans to launch not only one but two space stations. The Voyager Station is set to be opened in 2027, and this station will be able to accommodate 400 people. But most notably, the Pioneer Station is set to be operational in 2023. The pioneer station will be able to accommodate 28 people.
In 2021, Richard Branson, an ordinary billionaire and founder of Virgin, traveled into suborbital space with his company Virgin Galactic. On October 13th, actor William Shatner blasted into space aboard a Blue Origin New Shepard Space station. William Shatner is best known for his iconic role in Star Trek as Captain James T. Kirk, and this adventure allowed him to be the oldest person, 90 years old, to travel to space.
"The station rotates, pushing the contents of the station out to the perimeter of the station, much in the way that you can spin a bucket of water -- the water pushes out into the bucket and stays in place," explains Alatorre -Orbital Assembly's chief operating officer
The idea of the stations is to resemble a home away from home. Straying far from a clean, sterile, and alien-looking aesthetic, these space stations will compare to luxury hotels you could find here on earth. The stations are home to business park offices, research facilities, and hotel rooms.
"The station is not really about him. It's based on his design, and we like his contributions to science and space. But you know, Voyager Station is so much more than that. It is the stuff in the future. And we want a name that doesn't have those attachments to it," said former Orbital Assembly CEO John Blincow.
Costing is not the only obstacle that OSC is facing. Artificial gravity is not yet accessible on these space stations yet. Their next challenge will be determining how much artificial gravity will be needed to have a comfortable functioning space station. On top of that, much navigation still needs to be done regarding the current space radiation exposure guidelines.
Much controversy has also arisen from the cost of manufacturing this space station. Many people feel this money can be better spent on earth. However, the idea is to give many people this extraordinary experience of being in space. They hope this experience will inspire a newfound relationship with planet earth and its occupants.
"We envision our Pioneer and Voyager space stations as the ultimate ecotourism destinations. Once people get to space, it will change their perspective about Earth. Space travel is still in its infancy, and we're excited to do our part to push it forward to help improve life on Earth." says Alatorre.
To comply with the Radio Regulations published by the International Telecommunications Union (ITU), ships to which the Merchant Shipping (Radio Installation) Regulations (SI 1998/2070) apply i.e. passenger ships and other ships of 300 gt or more on international voyages, when provided with equipment for use in sea areas A2, A3 or A4 i.e. beyond VHF range of coast stations, shall also carry the following publications of the ITU:
"As I'm sure you may know, I'm planning to become a spaceflight participant and have been recently approved to begin my spaceflight training by the Russian space federation, having passed the necessary medical and physical tests," she said today, reading prepared remarks at a news conference in Moscow.
"This extraordinary voyage has been many months in the planning but more accurately, has been many years in the making," she said. "Throughout most of my life, I felt an incredible desire to take the journey to space that I have now begun."
The Russians launched eight "spaceflight participants" to the station between 2001 and 2008, including one who flew twice. Seven of those were considered space tourists, paying between $20 million and $50 million per flight. The flights were arranged by Space Adventures of Vienna, which is also working with Brightman.
But tourists flights have been on hold in recent years with all available Soyuz seats booked for professional astronauts and cosmonauts making up the station's six-member crew. A NASA contract with the Russian space agency effectively reserves all non-Russian seats for U.S., European, Canadian, and Japanese astronauts.
Last week, however, NASA and the Russians announced plans for an American astronaut and a Russian cosmonaut to spend a full year aboard the space station in 2015-16 -- twice as long as current crews -- to collect medical data on long-duration spaceflight. That will free up two Soyuz seats for paying customers, including one for Brightman.
In their latest contract with NASA, the Russians charge more than $60 million for training and a seat for Soyuz flights to and from the space station. Eric Anderson, president of Space Adventures, would not say how much Brightman is being charged, but he jokingly assured the questioner that "it is a round-trip ticket."
Under that scenario, the next Soyuz in the rotation, TMA-17M, would launch with a three-person station crew the following May. The Soyuz after that, TMA-18M, would take off that September or October 2015, presumably carrying Brightman to the space station along with a Russian commander and, perhaps, a second tourist.
[141] Be it Governmentagency or private firm, every large organization must be able to planin order to act. Planning implies that there is an authority todecide what is to be done, how, by whom, and over what period oftime. Confusion easily results from a failure to specify the sort ofplanning that is being discussed and whether it is for theshort-term, intermediate, or long-term future. The annual budgetsubmission of a Federal agency is a short-term planning exercise ofsorts, since it involves projecting the agency's needs against whatthe Office of Management and Budget and Congress are likely toauthorize. At the other extreme are those grandioseten-to-twenty-year projections of what an agency or corporation mightundertake if and when resources become available.
This chapter is about how NASA planned andauthorized its intermediate range programs (the logical, notnecessarily the chronological sequence): the missions that wereflown, the systems that were developed, and the aeronautical researchconcepts that were proved by test models. These were the programswith lead times of five to seven years, most of which were conceivedbetween 1958 and 1961 and which were accomplished during thefollowing decade. The emphasis then is less on review than on programapproval, although it must be added that any distinction betweenplanning, approval, and management review is inherently artificial,since all are part of a single process. The same procurement planthat was the basis of a request for proposal also represented a stepin project definition. Moreover, planning was seldom complete at anystage in the life of a project up to actual hardware development, ifthen. Major research and development projects were always liable tochange; examples include weight reductions in Surveyor, eliminationof the Gemini paraglider, postfire modifications of the Apollospacecraft, and extensions in the firing time of the J-2 engine. Theseparation of predevelopment from development planning in thischapter is mostly one of convenience.
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