FIBONACCI BROKERAGE
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Payload Contractor
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Connect with Launch Vehicle Company
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Examination of Intended Mission
Initial Design Concept - Feasibility
WHERE TO START
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Nominal OP:
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Launch
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Extended Operations
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Commercial Sales or Commercial Analysis
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End of Life
The process never begins directly with spacecraft development. The first step is a preliminary discussion of your raw utilization idea. At this time, no one knows if your problems can be solved by a satellite. We don’t know what data we can get yet while wine/vines are in satellite, if the data is worth it for future of wine industry or agriculture, or if we can even get the satellite back down.
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The concept becomes clear and takes shape through repeated discussions with you, the customer. This is the most important part in the whole project. In this phase we take all the time necessary to distill the perfect solution concept for the given requirements.
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What do you want to send up? How many? Why? What information do you want out of it? What is budget? What is your time line?
As soon as we get the initial concept to a shape that we can share, we proceed to further examine the technological feasibility of the idea.
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We then convert the idea into figures and detailed specifications with specefided contractor. (do we have pre determined contractors/manufacturers like tube sats or do we work with larger industry Northrop, Lockheed, l3 harris?)
Fibonacci Coordinates Commercial Client Company to associated contract companies which will design analyze, and build payload
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Beforehand Fibonacci Provides Fundamental Initial Preparation and Advises Best Forward Strategy to Help Client Company Successfully Build their Intended Mission's Purpose Efficiently.'
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A. DESIGN INITIAL ANALYSIS:
If the structure to develop is too intricate aka tech is too advanced for what you need to study wine and vines in orbit, (which is the case especially with innovative missions), we may need to build a prototype called Bread-Board Model (BBM) to verify its performance. This is more like a partial model essential to overcome specific technological challenges rather than a complete satellite. This phase can be skipped if we deem the development risks low enough.
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B. Satellite Development in Progress:
After we clear the main technological hurdles through the BBM, we begin exhaustive satellite design. We call this hardware Engineering Model (EM) and with it we can check the functionality of the overall system. This phase accounts for a large portion of the project.
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C. Performance Checks and Environmental Tests:
In this phase we thoroughly test the EM, as after launch the satellite will be out of our reach and impossible to repair. We check whether each function works as designed, and confirm its survivability in space through various environmental tests including vibration, shock, vacuum, temperature and radiation tests.
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D Final Flight Model Dev.:
When we are confident that the EM works as intended, we move to the construction of the Flight Model (FM), the one that will actually go to space. We use feedback from the previous step to apply further improvements. The satellite has to be kept away from dust, so the FM is always integrated and tested inside a clean booth where the amount of particles floating in the air is carefully managed.
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Fibonacci Connects Commercial Clients to Launch Vehicle Associate and Adivses Best Options According to Specific Missions.
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As the launch date draws near, we ship the satellite to the launch site, conduct final checkout and mount it on the launch vehicle.to make a contract with the launch service provider at least one year before launch.
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During the EM phase we need to select an appropriate launch service taking cost and schedule into consideration. We fully support the customer in this selection process.
Send satellite to low earth orbit. After that, we can only hope for a successful launch.
Successful launch is followed by the in-orbit separation from the launch vehicle, after which the satellite is activated. We analyze the signal from the satellite and check the status of each function. These in-orbit tests continue for a period of two weeks to one month before the satellite can start its intended mission
Once we give the satellite green light for nominal operation, it finally starts working for you. Make the best of your satellite to reach your objectives. (how will this work for ppl sending wine or vines? What can a satellite send back info wise for this industry if we can’t return it yet?)
Performance deterioration of the satellite is unavoidable after long use. Before this negatively affects service quality, we terminate nominal operations. However, this doesn’t mean that the satellite gets scrapped immediately. We sometimes try challenging experiments and high-risk operations for future missions, accepting the possibility of the satellite malfunctions. This phase is called extended operation.
After the satellite completes its mission, we have to stop any signal transmission to preserve valuable frequency resources. We call this closure of transmission. Even after closure of transmission, the satellite continues orbiting for years, turning into space junk. Some satellites have a special device to accelerate their orbital decay making themselves burn up in the Earth’s atmosphere as soon as possible. In that case, we need to activate the device before closure of transmission. This is the end of the satellite’s life.
BUILD YOUR MISSION
At this point Commercial Customers are lead to connections by Fibonacci Partnerships and Services to help make use of your final product or product research analytics.
Fibonacci is Dedicated to Success of Commercial Clients Mission and Purpose. Our Client Base is International and Remains Dedicated To Private and Commercial Entities Only.
Fibonacci Helps Prepare and Guide Clients through Mission Integration Consultation and Trial Testings before Launch.
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Fibonacci Educates and Advises through Whole Process, While Guiding Clients through Drafted Planning Timeline.
