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Jumpstarting the CUBESAT REVOLUTION on PAGE 2 MAGAZINE OF THE ISS NATIONAL LAB • MARCH 2018 Jumpstarting THE CUBESAT REVOLUTION ON PAGE 2 VOLUME 3 ISSUE 1 RESHAPING TROPICAL CAPTURING IMAGINATION DRUG DELIVERY CYCLONE IN SIGHT THROUGH DESIGN MARCH 2018 THE VIEW FROM THE CUPOLA BY JEFFREY MANBER, CEO, NANORACKS Jeffrey Manber is anoRacks is proud to be featured in this issue of Upward, the Chief Executive which explores the International Space Station (ISS) as a Officer of NanoRacks Nlaunch platform. Whether on station or above, we and other innovators are helping fuel the CubeSat revolution by offering rideshare alternatives and faster launch timetables. Thanks to new business models for launching rockets and to computing advances that have fueled smallsat development, the barriers to enter space 1 The View from the Cupola have lowered, giving more people affordable access to space. FEATURES In December, NanoRacks had 14 satellites launch above the altitude The NextSTEP feasibility study is one of many 2 Jumpstarting the CubeSat Revolution of the ISS using an ISS Commercial Resupply Vehicle. We became the milestones NanoRacks is celebrating. Our with Reliable Launch from the ISS first company to launch above station in November 2016, and these progress building the world’s first commercial verything around you emits radiation—from the bananas in your kitchen, latest missions validate our vision to repurpose in-space vehicles while airlock in space received an infusion of to cosmic rays from space, to the piece of paper (or screen) from which Reshaping Drug Delivery 6 demonstrating the capacity of the space station program. funding led by Space Angels, the leading you are reading this sentence. Some of these types of radiation are so Millions of Crystals at a Time source for capital for early-stage space insignificant that they are harmless. But some can be dangerous. So, Moreover, we are entering an exciting era in space defined by a new ventures. As manufacturing ramps up, Space Ehow can we better distinguish and detect different types of radiation? Tropical Cyclone in Sight: Tracking TABLE OF 10 philosophy: Not everything we use in space must be made on Earth. Angels’ investment is key for maintaining the Hurricanes and Typhoons from Space schedule and NanoRacks’ increased level of CONTENTS As part of NASA’s Next Space Technologies for Exploration quality assurance. We thank Space Angels for SPOTLIGHTS Partnerships (NextSTEP) Phase II program, NanoRacks recently leading our bridge round—they have emerged concluded the Ixion Initiative study, a five-month commercial habitat as a much-needed international coalition of 14 Demand for Small Satellites feasibility analysis showing that we can repurpose the second-stage of Launches Commercial Innovation sophisticated investors focused on commercial an Atlas V in space—even unmanned—using robot technology already space. We are on schedule to launch the used on Mars today. 15 CASIS in the Classroom airlock in late 2019 and anticipate signing our first commercial contracts shortly thereafter. With our partner MDA, a Maxar Technologies company (formerly We are also exploring a second, or Series B, 16 Capturing Imagination Through Design MacDonald, Dettwiler and Associates, Ltd.), we demonstrated four funding round with Space Angels this year. different habitat configurations, from very simple to much more complex with showers and toilets, using the upper stage of a rocket. All these activities build on our vision of This is tremendously exciting; with minimal launch and repurposing the future—an ecosystem where launches costs, we have shown the technical feasibility of a low Earth orbit deep are plentiful, the in-space destination is space gateway. EDITORIAL BOARD king, and commercial habitats and space stations populate our solar system with Randy Giles With advances in artificial intelligence, robotics, software, and Michael Roberts customers from every sector of our society. electronics, the materials and hardware used in space will increasingly Amelia Williamson Smith We are thankful to NASA, the Center for Emily Tomlin be repurposed there, whether they're satellites, second stages of the Advancement of Science in Space launch vehicles, or discarded hardware. COPY EDITOR (CASIS), and the American taxpayer for George Hale Targeting the 2024 timeframe, we can integrate two or three second their commitment to low Earth orbit. We stages to build a commercial platform capable of performing in-space are actively looking for ways to leverage PUBLICATION DESIGN that commitment to deliver more value to MTN Advertising manufacturing, conducting astronaut training, or serving as a testbed for deep space missions. We envision the ISS playing a critical role, people on Earth, and collaboration is critical. WEB DESIGN AND PRODUCTION with space station crew helping to re-outfit a new commercial module I continue to be inspired by the maturing Dameian Lott after it docks unmanned at the space station. public-private partnerships evident every day as we journey closer to the prize: a self- sustaining and vibrant new space economy. CASIS, Center for the Advancement of Science in Space, and the CASIS Center for the Advancement of Science in Space logo are trademarks of the Center for the Advancement of Science in Space in the U.S. and/or other countries. Published 3/2018. 1 MARCH 2018 JUMPSTARTING oes your small satellite need a ride to space? It is getting a lot easier thanks to NASA and commercial partners, who are establishing THE CUBESAT REVOLUTION the ISS as a reliable launchpad for smallsats D that perform a dizzying array of with Reliable Launch from the ISS research, communications, and Earth- observation missions. BY ANNE WAINSCOTT-SARGENT, Contributing Author To date, more than 190 CubeSats (smallsats traditionally measuring 10 cm x 10 cm x 11 cm) have launched from the ISS into low Earth orbit (LEO). The majority of these have been deployed by NanoRacks, a commercial service provider that supports customers using the ISS U.S. National Laboratory as a platform for both smallsat launch and R&D on the interior and exterior of the ISS. Technological advances fueling smallsat developments and new business models for launching rockets have lowered the barriers to entry to space, giving more people affordable access. Small satellites are helping democratize the use of space,” said NanoRacks CEO Jeff Manber. SIZE MATTERS CubeSats are cheaper and lighter, so getting them into orbit is easier and less risky. And as the size and cost of increasingly capable electronics shrinks, smallsats are becoming just as capable as their larger predecessors for certain applications. They also do not require the cost of a dedicated launch vehicle needed by larger satellites. Jenny Barna, director of launch at Spire Global, a satellite-powered data company, noted that the certainty and timing of launches is a barrier in the smallsat industry. Spire currently has 58 smallsats in orbit, more than a quarter of which were launched from the ISS or visiting vehicles through NanoRacks, and they plan to continue growing the size of their constellation in 2018. Barna recalled how there was a global shortage of rideshare opportunities in 2015 and 2016, especially for commercial satellites. “We had raised sufficient funding by the summer of 2014 and were expected to have the initial constellation up by the end of 2015, but all launches were extremely delayed, leaving new businesses like ours struggling to move forward,” Barna said. “Access through NanoRacks and the space station helped us get part of the way there and showed our investors and potential customers that our technology worked.” 2 JUMPSTARTING THE CUBESAT REVOLUTION 3 MARCH 2018 ACCESS TO LEO DRIVING NEW INNOVATIONS Manber predicts that the industry will continue A NASA mock-up of the to move toward slightly larger and more By making deployment accessible to so The ISS National Lab’s ability to accelerate R&D and technology NanoRacks Airlock Module many people, the ISS has helped create a demonstrations in this sector by serving as a reliable launchpad is a successfully passed astronaut capable smallsats, with commercial customers, new space industry, sparked commercial powerful catalyst for innovation. “We’ve reached this wonderful moment extravehicular activity training universities, and governments leveraging innovation, and enabled new research and where space is playing a role helping us here on Earth,” said Manber. testing at Johnson Space the lower cost and rapid development cycle Center’s Neutral Buoyancy from design to deployment that they offer scientific discoveries. Remote sensing data Lab in Houston, Texas. Dozens of ISS National Lab payloads over the last compared to large monolithic spacecraft. from smallsats is used in the oil and gas, NanoRacks mining, fishing, and other industries, and few years have signaled rapid growth in interest and “I think it will go beyond LEO, and we are for atmospheric science and humanitarian innovation from the smallsat community. In 2016, going to begin to see smallsats used in deep NanoRacks completed the first-ever smallsat launch space and on planetary missions,” he said. applications such as disaster response INCREASING CAPACITY AND FREQUENCY and search-and-rescue missions. For to reach an altitude higher than that of the ISS and The ability of companies like NanoRacks and example, Spire’s satellites monitor weather repeated this feat in 2017. In 2017 they also launched Manber notes that the number of ISS users interested in smallsat their advanced technologies to meet future and marine and air traffic. Moreover, the QB50 payload, a constellation of 28 CubeSats— deployment continues to grow and includes new space firms like demand for launch platform capabilities is telecommunication capabilities within satellites developed through a European Union Commission collaboration Spire, research universities like Morehead State, and government critical. International partners have expressed may enable technologies and services with academic and research institutes from 23 countries—designed agencies like the U.S.
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