Technical Session 7: Advanced Technologies 1

COTS for Space – Radiation Characterization of Gyro and IMUs for LEO Operations

Hans Richard Petersen, Sensonor AS
Reidar Holm, Sensonor AS
Hans Erik Mathisen, Sensonor AS
Marius Horntvedt, Sensonor AS

Utah State University, Logan, UT

8:00 AM

Concept Design and Development of 30kg Microsatellite HIBARI for Demonstration of Variable Shape Attitude Control

Kei Watanabe, Tokyo Institute of Technology
Yuhei Kikuya, Tokyo Institute of Technology
Yusuke Shintani, Tokyo Institute of Technology
Kenichi Sasaki, Tokyo Institute of Technology
Hiroki Ando, Tokyo Institute of Technology
Tsuyoshi Nakashima, Tokyo Institute of Technology
Kiyona Miyamoto, Tokyo Institute of Technology
Kaoru Matsubara, Tokyo Institute of Technology
Saburo Matunaga, Tokyo Institute of Technology
Yoich Yatsu, Tokyo Institute of Technology

Utah State University, Logan, UT

8:15 AM

Space-Deployed Inflatable Dual-Reflector Antenna: Design and Prototype Measurements

Jesse H. Mills, MIT Lincoln Laboratory
Alan J. Fenn, MIT Lincoln Laboratory
Sean Crowley, MIT Lincoln Laboratory
Bakari Hassan, MIT Lincoln Laboratory
Frank C. Robey, MIT Lincoln Laboratory
Pierre Dufilie, MIT Lincoln Laboratory
Michael H. Hecht, MIT Lincoln Laboratory

Utah State University, Logan, UT

8:30 AM

CubeSat-Sized Space Microcryocooler

Jeffrey Olson, Lockheed Martin Space

Utah State University, Logan, UT

8:45 AM

Novel Load Bearing Antennas for CubeSat Applications

Manohar Deshpande, NASA Goddard Space Flight Center

Utah State University, Logan, UT

9:00 AM

Freeform Grating-Based Hyperspectral Instruments: When SmallSat Solutions Benefit to Big Missions

Vincent Moreau, Advanced Mechanical & Optical Systems
Benoit Borguet, Advanced Mechanical & Optical Systems
Jean-François Jamoye, Advanced Mechanical & Optical Systems
Luca Maresi, European Space Agency
Alessandro Zuccaro Marchi, European Space Agency
Michael Miranda, European Space Agency

Utah State University, Logan, UT

9:15 AM