A NASA artist's concept depicts satellites and debris orbiting Earth. Credit: NASA graphic
Credit: FCC
“No one has a higher vested interest in keeping their orbits clean than large constellations.” Ted Muelhaupt, The Aerospace
Corporation. Credit: iStock illustration
From left to right: Dave Helfgott, CEO of Phasor; John Finney, CEO of Isotropic Systems; Nathan Kundtz, CEO of Kymeta; Esat Sibay, chief financial officer of Alcan Systems; Leslie Klein, CEO of C-Com; and Nir Sharvit, Gilat’s director of radio-frequency integrated circuits and antenna technologies. Credit: SpaceNews
Projects like LEOSat's planned constellation of 84 broadband satellites in low Earth orbit are driving investments in flat panel antenna technology. Credit: Thales Alenia Space
ThinKom antennas
Eric Béranger
Speaking at Satellite Innovation 2018 in Mountain View, California, Chris Quilty, Quilty Analytics president, and Nick Flitterman, Portland Advisers co-founder and telecommunications head, discussed demand for satellite megaconstellations. Credit: SpaceNews/Debra Werner
Eric Béranger relinquished his role as chief executive of OneWeb last week, splitting responsibilities with the company’s new CEO Adrian Steckel (SpaceNews/Brian Berger)
James Kramer Kratos
OW-V OneWeb Constellation
Paz Tintin Starlink launch SpaceX
C-Com phased array 16x16_Modules
Flat panel antennas from Kymeta (left) and Phasor (right) promise to open new business opportunities for satellite communications companies, but widespread consumer broadband isn't one of them.
OneWeb Satellite
ESA was planning the most ambitious debris removal demonstration: capturing its 8,000-kilogram Envisat environmental-monitoring satellite in 2023 and performing a controlled atmospheric reentry. Now, ESA is exploring synergies between on-orbit servicing and debris removal spacecraft. Credit: ESA

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