p m p m session i: the horizon - small satellite · pdf filea constrained attitude control...

3:00 p.m.international Scientific Micro-satellite riSeSat based on Space plug and play avionicsToshinori Kuwahara, Kazuya yoshida, yuji Sakamoto, yoshihiro Tomioka, Kazufumi Fukuda, Masato Fukuyama, yoshiko Shibuya—Tohoku University

3:15 p.m.nanosatellites for earth environmental Monitoring: the MicroMaS projectWilliam Blackwell, G. Allen, S. Conrad, C. Galbraith, R. Kingsbury, R. Leslie, P. McKinley, I. Osaretin—MIT Lincoln Laboratory

3:30 p.m.System F6: progress to dateElwin Ong, Owen Brown—Kinsey Technical Services, Inc.; Major John Losinski—DARPA TTO

3:45 p.m.neMO-hd: high-resolution Microsatellite for earth Monitoring and ObservationF. Pranajaya, R. Zee, S. Grocott—Space Flight Laboratory/University of Toronto; T. Rodič, D. Matko, K. Oštir, M. Peljhan, A. Urbas—SPACE-SI

preVieWS OF upcOMing small satellite missions that are expected to fly within the next few years with emphasis on the scientific or technical aspects.Chair: Daniel Lim, TriSept Corporation

MOnday, auguSt 13 3:00 p.m.–4:30 p.m.

session i: The horizon

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4:00 p.m.edSn: a large Swarm of advanced yet Very affordable, cOtS-based nanoSats that enable Multipoint physics and Open Source appsJim Cockrell, Richard Alena, David Mayer, Hugo Sanchez, Tom Luzod, Bruce yost—NASA Ames Research Center; D. Klumpar—Montana State University

4:15 p.m.gomx-1: a nano-satellite Mission to demonstrate improved Situational awareness for air traffic controlLars Alminde, Johan Christiansen, Karl Kaas Laursen—GomSpace Aps; Anders Midtgaard—DSE Airport Solutions A/S; Morten Bisgard, Morten Jensen, Bjarke Gosvig, Alex Birklykke—Aalborg University

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novaSar—bringing radar capability to the disaster Monitoring constellationPhilip Davies, Phil Whittaker, Rachel Bird, Luis Gomes, Ben Stern, Martin Sweeting—Surrey Satellite Technology Ltd.; Martin Cohen, David Hall—Astrium UK Ltd

development of Multiple parameter-based cost Model for Small earth Observation SatelliteJin Kang—U.S. Naval Academy; Hongrae Kim, young-Keun Chang—Korea Aerospace University

the canadian advanced nanospace experiment 7 (canx-7) demonstration Mission: de-Orbiting nano- and MicrospacecraftBarbara Shmuel, Jesse Hiemstra, Vincent Tarantini, Fiona Singarayar, Grant Bonin, Robert Zee—Space Flight Laboratory/University of Toronto

SeSSi n i

enhancing glObal aWareneSS thrOugh SMall SatelliteS

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5:00 p.m.attitude control on the pico Satellite Solar cell testbed-2Siegfried Janson, Brian Hardy, Andrew Chin, Daniel Rumsey, Daniel Ehrlich, David Hinkley—The Aerospace Corporation

5:15 p.m.Validation of astrodynamic Formation Flying Models against Space-Si experiments with prisma SatellitesDrago Matko, Tomaž Rodič, Sašo Blažič, Aleš Marsetič, Krištof Oštir, Gašper Mušič, Luka Teslić, Gregor Klančar—SPACE–SI

5:30 p.m.tacSat-4 early Flight Operations including lessons From integration, test, and launch processingTim Duffey, Mike Hurley, Bill Raynor, Trevor Specht, Ken Weldy, Eric Bradley, Chris Amend, Eric Rossland—Naval Research Laboratory

5:45 p.m.cubeSat lessons learned: two launch Failures Followed by One Mission Success (Subtitle: What can go wrong will go wrong.)David Klumpar—Montana State University

6:00 p.m.Small Spacecraft design for the grail MissionStuart Spath—Lockheed Martin Space Systems Company

repOrtS On the SucceSSeS or failures of small satellite missions that have flown over the last few years with an emphasis on lessons learned.Chair: Misty Johnson, DoD Space Test Program

MOnday, auguSt 13 5:00 p.m.–6:15 p.m.

session ii: Mission lessons i

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tueSday, auguSt 14 8:00 a.m.–9:45 a.m.

8:00 a.m.Maximum power point tracking techniques for efficient photovoltaic Microsatellite power Supply System Hadi Malek—Energy Dynamics Laboratory; Sara Dadras, yangQuan Chen—Utah State University; Robert Burt, James Cook—Space Dynamics Laboratory

8:15 a.m.additively Manufactured propulsion SystemMatthew Dushku—Experimental Propulsion Lab; Paul Mueller—Experimental Sounding Rocket Association

8:30 a.m.edde: a Multi-km Modular upper Stage for SmallSats Joseph Carroll—Tether Applications, Inc.; Jerome Pearson—STAR Technology and Research, Inc.

8:45 a.m.cubeSec and gndSec: a lightweight Security Solution for cubeSat communicationsObulapathi Challa, Gokul Bhat, Janise McNair—University of Florida

cOMpOnentS, SubSySteMS, or innovative approaches that will enable small satellites to significantly advance performance.Chair: James Newman, Naval Postgraduate School

session iii: advanCed TeChnologies i

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SeSSi n iii

9:00 a.m.a novel hemispherical anti-twist tracking System (hattS) for cubeSats Eli Bashevkin, Joseph Kenahan, Brian Manning, Brian Mahlstedt, Andrew Kalman—Stanford University/SSDL

9:15 a.m.high performance green propulsion (hpgp): a Flight-proven capability and cost game-changer for Small and Secondary SatellitesAaron Dinardi—Ecological Advanced Propulsion Systems, Inc.; Mathias Persson—ECAPS AB

9:30 a.m.a constrained attitude control Module for Small Satellites Henri Kjellberg, Glenn Lightsey—The University of Texas at Austin

reducing link budget requirements with Model-based transmission reduction techniquesJeremy Straub—University of North Dakota


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10:30 a.m.Sensitivity of ionospheric Specifications to in Situ plasma density Observations Obtained From electrostatic analyzers Onboard of a constellation of Small SatellitesRichard Balthazor, Matthew McHarg, Lon Enloe, Austin Wallerstein, Kody Wilson, Benjamin Rinaldi, Robert Raynor—USAF Academy; Ludger Scherliess—Utah State University

10:45 a.m.achieving global awareness via advanced remote Sensing techniques on 3u cubeSatsCraig Clark—Clyde Space Ltd; Karin Viergever—Ecometrica; Andy Vick, Ian Bryson—UK Astronomy Technology Centre

11:00 a.m.global coverage from ad-hoc constellations in rideshare Orbits Armin Ellis, Michael Mercury, Shannon Brown—Jet Propulsion Laboratory

tueSday, auguSt 14 10:30 a.m.–12:15 p.m.

hOW SMall SatelliteS can expand our awareness and meet global needs.Chair: Stephan Roemer, Astro- und Feinwerktechnik Adlershof GmbH

session iv: global Missions

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11:15 a.m.the ability of a Small Satellite constellation to tip and cue Other commercial assetsBecky Cudzilo—Surrey Satellite Technology US; K.C. Foley—GeoEye, Inc.; Chandler Smith—COM DEV

11:30 a.m.Moderately elliptical Very low Orbits (MeVlOs) as a long-term Solution to Orbital debrisJames Wertz, Nicola Sarzi-Amade, Anthony Shao, Christianna Taylor, Richard Van Allen—Microcosm, Inc.

11:45 a.m.‘charybdis’—the next generation in Ocean colour and biogeochemical remote SensingChristopher Lowe, Malcolm Macdonald—University of Strathclyde; Steve Greenland—Clyde Space Ltd; David Mckee—University of Strathclyde

12:00 p.m.Feasibility Study of using a Small Satellite constellation to Forecast, Monitor and Mitigate natural and Man-made disasters in chile and Similar developing countriesAlex Becerra, Marcos Diaz, Juan Zagal—University of Chile

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SeSSi n iV


geOScan: a geOscience Facility From SpaceLars Dyrud, Jonathan Fentzke, Gary Bust, Bob Erlandson, Brian Bauer, Aaron Rogers—The Johns Hopkins University Applied Physics Laboratory; Warren Wiscombe—NASA Goddard Space Flight Center; Brian Gunter—Technical Univ. Delft

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1:45 p.m.atlas V aft bulkhead carrier rideshare SystemMajor Travis Willcox—National Reconnaissance Office/OSL

2:00 p.m.Small Satellite rideshares on commercial resupply Missions to the international Space StationJoshua Robinson, Daniel Kwon—Orbital Sciences Corporation

2:15 p.m.Secondary launch Services and payload hosting aboard the Falcon and dragon product linesDustin Doud, Brian Bjelde, Christian Melbostad, Lauren Dreyer—Space Exploration Technologies

2:30 p.m.round the World ticket for your SmallSatAbe Bonnema—Innovative Solutions In Space BV (ISIS); Jason Andrews—Spaceflight, Inc.; Joost Elstak—Innovative Solutions In Space BV (ISIS)

tueSday, auguSt 14 1:45 p.m.–3:15 p.m.

increaSing acceSS tO space for small satellites through new launch opportunities and methods for rideshare.Chair: Jason Crusan, NASA Headquarters

session v: geTTing There

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SeSSi n V


2:45 p.m.elana—education launch of nanosatellite providing routine rideShare OpportunitiesGarrett Skrobot—NASA Launch Services Program; Roland Coelho—California Polytechnic State University

3:00 p.m.Spaceflight Secondary payload System (SSpS) and Sherpa tug—a new business Model for Secondary and hosted payloadsJason Andrews—Spaceflight, Inc.

OrbcOMM generation 2 access to leO on the Falcon 9 using Softride, a case historyRaman Johal—Moog CSA Engineering; Jim Christensen—Sierra Nevada Corporation; Dustin Doud—Space Exploration Technologies

µlambda rocket concept for Micro Satellitesyuichi Noguchi, Kazuhiro yagi, Takumi Kanzawa, Takashi Arime, Seiji Matsuda—IHI AEROSPACE Co., Ltd.; Hideki Kanayama—CSP Japan Inc.; yoichi Harada—Monohakobi Technology Institute; Takayoshi Fuji—Japan Space Systems

technical and programmatic challenges for dedicated ride Share MissionsGregory Kehrl—Lockheed Martin Space Systems Company; Matt Steele—ATK Aerospace Systems

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4:00 p.m.enabling dexterous Manipulation and Servicing by SmallsatsDavid Akin, Nicholas Limparis, Katherine McBryan—University of Maryland

4:15 p.m.releasing the cloud: a deployment System design for the qb50 cubeSat MissionCesar Bernal, Michiel van Bolhuis—Innovative Solutions In Space BV (ISIS)

4:30 p.m.development and testing of a Multiple use plug hybrid (for) nanosats (Muphyn)Shannon Eilers, Stephen Whitmore—Utah State University

4:45 p.m.Miniature ion electrospray thrusters and performance tests on cubesatsFrancois Martel—Espace Inc.; Louis Perna, Paulo Lozano—MIT

tueSday, auguSt 14 4:00 p.m.–5:45 p.m.

innOVatiOnS and cOnceptS using small satellites under 50 kg that will enable future missions and capabilities.Chair: Scott MacGillivray, Tyvak Nano-Satellite Systems LLC

session vi: sMall buT MighTy

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SeSSi n Vi


5:00 p.m.Microhard Mhx 2420 Orbital performance evaluation using rt logic t400cSStuart Kearney—Universities Space Research Association; Mark Lombardi—RT Logic; Watson Attai, Ken Oyadomari, Ahmed Saleh Nasser Al Rumhi, Sébastien Rakotonarivo, Loïc Chardon, Oriol Tintore Gazulla—NASA Ames Research Center

5:15 p.m.x band downlink for cubeSat E. Peragin, H. Diez, F. Darnon, D. Belot, J-P. Millerioux, J-L. Issler—CNES; T. Dehaene, y. Richard—Syrlinks

5:30 p.m.the drag-free cubeSatJohn Conklin, Karthik Balakrishnan, Sasha Buchman, Robert Byer, Grant Cutler, Dan DeBra, Eric Hultgren, John Lipa—Stanford University

nanosat ka-band communications—a paradigm Shift in Small Satellite data throughoutJan A. King—Southern Cross Space & Communications; John Ness—E.M. Solutions; Grant Bonin—Space Flight Laboratory/University of Toronto; Michael Brett, Daniel Faber—Antarctic Broadband

cOnFerence OrganiZing cOMMitteeaarOn rOgerS

Technical Chair

SOnya WarnerConference Administrator

charleS SWenSOnAssociate Chairman

pat patterSOnChairman

blair-eliZabeth MOOreExhibit Manager

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8:00 a.m.educational programs: investment with a large returnDavid Voss, Kelly Alexander, Melody Ford, Christopher Handy, Steven Lucero, Amanda Petruszewski—Air Force Research Laboratory

8:15 a.m.the SaMSOn project—cluster Flight and geolocation with three autonomous nano-satellitesPini Gurfil, Jacob Herscovitz—Technion–Israel Institute of Technology; Meidad Pariente—Spacecialist Ltd

8:30 a.m.terSat: trapped energetic radiation SatelliteEmily Clements, Bruno Alvisio, Alessandra Babuscia, Zachary Casas, Brian Coffee, Sydney Giblin, Laura Hallock, Ryan Kingsbury—MIT

8:45 a.m.educe, educate utilizing cubeSat experience: a pragmatic approach to Shatter barriers to SpaceDante Buckley, Vivek Shrivante, Kunal Patankar, Scott Harden, Paul Muri, Norman Fitz-Coy—University of Florida

WedneSday, auguSt 15 8:00 a.m.–9:45 p.m.

neW educatiOnal endeaVOrS, methods, or small satellite standards initiatives that will develop the small satellite community or educate the next generation.Chair: David Voss, Air Force Research Laboratory

session vii: growing The CoMMuniTy

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SeSSi n Vii


9:00 a.m.argus: radiation effects Modeling on a university nanosatMichael Swartwout—Saint Louis University

9:15 a.m.the cosmic x-ray background nanoSat (cxbn): Measuring the cosmic x-ray background using the cubeSat Form FactorKevin Brown, Tyler Rose, Benjamin Malphrus, Jeffrey Kruth, Eric Thomas, Michael Combs, Roger McNeil, Robert Kroll—Morehead State University

9:30 a.m.FaStrac Mission analysis and resultsSebastián Muñoz, Richard Hornbuckle, Glenn Lightsey—The University of Texas at Austin

Overview of nano-satellite environmental tests Standardization project: test campaign and Standard draftMengu Cho, Hirokazu Masui, Toru Hatamura—Kyushu Institute of Technology; Koichi Date—International Standard Innovation Technology Research Association; Shigekatsu Horii—The Society of Japanese Aerospace Industries; Shoichi Obata—AstreX

ViSit Our WebSite

sMallsaT.org21

WedneSday, auguSt 15 10:30 a.m.–12:00 p.m.

session viii:Frank J. redd Student

SchOlarShip cOMpetitiOnTechnical Chair: Stanley Kennedy, Oakman Aerospace, Inc.Scholarship Chair: Lauren Dreyer, Space Exploration Technologies

aWardS Will be preSented at 2:45 p.m. tOday

Academia/International: Seiko Shirasaka, KEIO UniversityAt Large: B.T. Cesul, National Air & Space Intelligence CenterDepartment of Defense: Doug Beason, Air Force Space CommandIndustry: David Czajkowski, Space Micro Inc.NASA: Scott Schaire, NASA/GSFC/Wallops Flight Facility

cOMpetitiOn JudgeS

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10:45 a.m.hiMarc 3d—high-speed, Multispectral, adaptive resolution Stereographic cubeSat imaging constellationVed Chirayath and Brian Mahlstedt—Stanford University

11:00 a.m.a precise attitude determination and control Strategy for Small astrometry Satellite “nano-JaSMine”Takayuki Hosonuma—University of Tokyo

11:15 a.m.automated proximity Operations using image-based relative navigationLuke Walker—Georgia Institute of Technology

11:30 a.m.characterization and testing of an energetic particle telescope for a cubeSat platformLauren Blum and Quintin Schiller—University of Colorado

11:45 a.m.new Methodologies for the thermal Modelling of cubesatsPhilipp Reiss—Technische Universitat Munchen

12:00 p.m.cubeSat aerodynamic Stability at iSS altitude and inclinationSamir Rawashdeh—University of Kentucky

SeSSi n Viii


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Satellite cOntributiOnS tO diSaSter MOnitOring—Japanese Earthquake and Tsunami Case in 2011Akira Iwasaki, Satoshi Miyatani, Shinichi Nakasuka—University of Tokyo

WedneSday, auguSt 15 2:00 p.m.–2:45 p.m.

guesT leCTure

In March 11, 2011, Japan was hit by a large earthquake followed by huge Tsunami. They gave tremendous damages to especially Tohoku-area with more than 18,000 lost and missing persons and more than 360,000 all or half destroyed houses. Furthermore, Fukushima Daiichi Nuclear Power Plant has been suffering from severe reactor problems caused by the electric power failure by tsunami, and still quite a large number of people cannot stay within their homes near the plants. Japan is now making every effort to restore the previous status of the people’s living, economics and industry power. In this presentation, we first give the overview of the disaster. Then we focus on how satellite images, not only captured by small satellites but also by mid and large satellites, were utilized to monitor the disaster, reconstruction planning and operations. Many satellites took part in the data acquisition related to the disaster, which provided useful information on tsunami inundations and landslides, etc. To enhance satellite utilization, we finally discuss what kind on disaster monitoring system would be valuable in future, including lowcost small/micro satellite constellation and orbit maneuver.

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4:15 p.m.the qeySSat Mission: demonstrating global quantum key distribution using a MicrosatelliteI. D’Souza, D. Hudson, C. Evans, E. Choi—COM DEV Canada; T. Jennewein—University of Waterloo; K. Sarda—Space Flight Laboratory/University of Toronto

4:30 p.m.ensuring clean power for rF and digital applicationsTom Boehler, Steven Sandler—AEi Systems, LLC

4:45 p.m.differential Optical Shadow Sensor cubeSat MissionAndreas Zoellner, John Conklin, Sasha Buchman, Dan DeBra—Stanford University

5:00 p.m.a Stellar gyroscope for Small Satellite attitude determinationSamir Rawashdeh, James Lumpp—University of Kentucky; James Barrington-Brown, Massimiliano Pastena—SSBV Space & Ground Systems UK

5:15 p.m.configuration of 3u cubeSat Structures for game improvement of S-band antennasVivek Shirvante, Shawn Johnson, Kathryn Cason, Kunal Patankar, Norman Fitz-Coy—University of Florida

WedneSday, auguSt 15 4:15 p.m.–5:30 p.m.

cOMpOnentS, SubSySteMS, or innovative approaches that will enable small satellites to significantly advance performance.Chair: Ken Center, PnP Innovations

session iX: advanCed TeChnologies ii

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thurSday, auguSt 16 8:00 a.m.–9:45 a.m.

cOMpOnentS, SubSySteMS, or innovative approaches that will enable small satellites to significantly advance performance.Chair: Roger Carlone, ABSL Space Products

session X: advanCed TeChnologies iii

8:00 a.m.comparison of control Moment gyros and reaction Wheels for Small earth-Observing Satellites Ronny Votel—Skybox Imaging, Inc.; Doug Sinclair—Sinclair Interplanetary

8:15 a.m.advanced MeMS components in closed-loop Micro propulsion applicationsPelle Rangsten, Johan Bejhed, Håkan Johansson, Maria Bendixen, Kerstin Jonsson, Tor-Arne Grönland—NanoSpace AB

8:30 a.m.counting down to the launch of pOpacS (polar Orbiting passive atmospheric calibration Spheres)Walter Holemans—Planetary Systems Corporation; Gilbert Moore—Project POPACS; Jin Kang—U.S. Naval Academy

8:45 a.m.cadet: a high data rate Software defined radio for SmallSat applicationsEdward Kneller, Kevin Hyer, Todd McIntyre, David Jones—L-3 Communication Systems West; Charles Swenson—Utah State University

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SeSSi n x


9:00 a.m.investigating the use of Miniaturized electrodynamic tethers to enhance the capabilities of Femtosatellites and other ultra-small SatellitesIverson Bell, Brian Gilchrist—The University of Michigan; Sven Bilén, Jesse McTernan—The Pennsylvania State University

9:15 a.m.the things you can’t ignore: evolving a Sub-arcsecond Star trackerJohn Enright—Ryerson University; Doug Sinclair—Sinclair Interplanetary; Tom Dzamba—Ryerson University

9:30 a.m.evaluation of power control System for Micro and nano Satellites by hardware-in-the-loop Simulatoryuji Sakamoto, Toshinori Kuwahara, yoshihiro Tomioka, Kazufumi Fukuda, Kazuya yoshida—Tohoku University

Participate by wearing your company’s logo. Enjoy the last day of the Conference by dressing casually in your

company attire.

thurSday iS lOgO day

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10:30 a.m.dice Mission design, development, and implementation: Success and challengesChad Fish, Charles Swenson—Space Dynamics Laboratory; Geoff Crowley—ASTRA; Tim Neilsen—Space Dynamics Laboratory; Irfan Azeem—ASTRA; Aroh Barjatya—Embry Riddle Aeronautical University; Bryan Bingham, Jake Gunther—Space Dynamics Laboratory

10:45 a.m.First results From the gpS compact total electron content Sensor (ctecS) on the pSSct-2 nanosatRebecca Bishop, David Hinkley, Daniel Stoffel, David Ping, Paul Straus—The Aerospace Corporation; Timothy Brubaker—The Pennsylvania State University

11:00 a.m.Operationally responsive Space-1 (OrS-1) lessons learnedThomas Davis—Operationally Responsive Space Office; James Barlow—MITRE Corporation

11:15 a.m.qbx—the cubeSat experimentStephen Arnold, James Armstrong, Clark Person, Michael Tietz—Naval Research Laboratory

thurSday, auguSt 16 10:30 a.m.–12:00 p.m.

repOrtS On the SucceSSeS or failures of small satellite missions that have flown over the last few years with an emphasis on lessons learned.Chair: Lars Dyrud, The Johns Hopkins University Applied Physics Laboratory

session Xi: Mission lessons ii

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SeSSi n xi


11:30 a.m.initial Flight results of the rax-2 SatelliteJohn Springmann, Benjamin Kempke, James Cutler—The University of Michigan; Hasan Bahcivan—SRI International

11:45 a.m.commissioning of the nigeriaSat-2 high resolution imaging MissionAlex da Silva Curiel, Andrew Carrel, Andrew Cawthorne, Luis Gomes, Martin Sweeting—Surrey Satellite Technology Ltd.; Francis Chizea—National Space Research and Development Agency

diSc experiment Overview and On-Orbit performance resultsAndrew Nicholas, Ted Finne, Ivan Galysh, Ed Kline—Naval Research Laboratory; Mitch Whiteley, Chad Fish, Weston Allen, Steven Grover—Space Dynamics Laboratory

experiences in combining cubesat hardware and commercial components from different Manufacturers in Order to build the nano Satellite aiSat/clavis-1Falk Nohka, Martin Drobczyk, Ansgar Heidecker—German Aerospace Center (DLR)

We Value yOur OpiniOn!Help us make 2013 even better! Fill out the post-conference

evaluation form located in the back of this booklet. your feedback assists us in improving future Small Satellite Conferences.

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p m p m session i: the horizon - small satellite · pdf filea constrained attitude control...

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