![]() ![]() The development of Maya-5 and Maya-6 aims to continue and build on the country’s initiatives on satellite development while transitioning to locally available components and fabricated boards, and manufactured structural frames by designing, building, testing, launching, and operating satellites that will serve as the heritage for future CubeSat missions. Maya-5 has the same mission payload as that of the Maya-2, and Maya-6 has the experimental on-board computer (OBC-EX) mission payload, which controls the attitude determination and control system (ADCS) and hentenna (HNT) missions. The two cube satellites share the same bus but differ in mission payload. The project aims to gain and locally extend the knowledge and skills on satellite development acquired from foreign schooling and utilize the domestic capabilities for satellite development. ![]() Surplus Tech Marts main goal is to give you an. Maya-5 and Maya-6 are the second set of Philippine university-built CubeSats, currently being developed by the second batch of STeP-UP scholars. Our store has everything from vintage electronics, to high performance test equipment, to Turbo pumps. The STeP-UP Project is implemented by the University of the Philippines-Diliman in collaboration with the Kyushu Institute of Technology in Japan. CapSat will repurpose currently available, already-proven technology to reduce spaceflight hardware costs to less than $50,000 per kilogram.Maya-3 and Maya-4 are the first Philippine university-built satellites designed and developed by the first batch of scholars under the Space Technology and Applications Mastery, Innovation, and Advancement (STAMINA4Space) Program: Project 3 - Space Science and Technology Proliferation through University Partnerships (STeP-UP), funded and supported by the Department of Science and Technology (DOST) with scholarship grants from its Science Education Institute (SEI). The CapSat solution is intended to be a game-changing paradigm shift. This paper will report on the current status of the CapSat hardware design, testing, and results as well as any openly available advanced concept study results. One of these studies includes land imaging using state-of-the-art advanced infrared detector technology. the CapSat or CapSIT form, it is the ability to conduct significant science, comparable to a single instrument on a full -sized satellite or a dedicated SmallSat, at a price that is more comparable to that of a CubeSat mission. Strain actuated solar arrays will demonstrate fine control pointing and spacecraft jitter reduction. An active cooling system will demonstrate on-demand system temperature reduction. CapSat is currently in the concept/study phase for both single missions and constellation of earth- and space-observing missions. CAPSat is a 3U CubeSat built in partnership with the Industrial and Systems Engineering and the Physics Departments. The CapSat program is currently funded to design and build a limited prototype and perform thermal-vacuum testing. Opportunities for ESPA based co-manifests are continuing to expand. This approach combines a high-mass capability with a proven Rideshare mechanical interface and secondary payload management infrastructure. CapSat primarily will take advantage of the ESPA Grande to provide a 300-kilogram payload capability per attachment point, with up to four attachment points per ring. The ESPA ring comes in two sizes: standard and Grande. CapSat was specifically designed to take advantage of the United States Air Force (USAF) Rideshare Program and the Evolved Expendable Launch Vehicle Secondary Payload Adaptor, or ESPA ring. This gives CapSat high-thermal stability, which, in turn, provides component longevity. Using a technique that is under review for a patent, CapSat actively manages internal air temperatures in a manner similar to a household thermostat. ![]() CapSat is a modularized, pressurized, thermally controlled spacecraft designed to host ruggedized commercially available instrumentation in a terrestrial like environment on orbit. The ROL (Defense or WR) will be field tested shortly. The OSH will be tested in our Georgia field office shortly. A newly proposed solution, which NASA is pursuing, is called the Capsulation Satellite or CapSat. TU CapSAT can also be used as a tool to promote sustainability as well.both the sustainability of partners (which is the ultimate goal of all SC programs) but it also is a way for institutional knowledge to be kept constant. To fill this void with a standard CubeSat or SmallSat spacecraft platform, which when required to be more reliable, still will cost in the neighborhood of $1M a kilogram, making it prohibitively expensive. This equates to hundreds of millions of dollars in launch-vehicle costs going unutilized. Capsulation Satellite or CapSat: A Low-Cost, Reliable, Rapid-Response Spacecraft Platform The National Aeronautics and Space Administration (NASA) Goddard's Rideshare Office estimates that between 20, NASA launches of primary satellites will have left unused more than 20,371 kilograms of excess capacity. ![]()
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