Page 65 - SAMENA Trends - April 2020
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SATELLITE UPDATES  SAMENA TRENDS

        NASA's New Solar Sail System to be Tested On-Board NanoAvionics' Satellite


        NanoAvionics has  been  selected  to  build   the solar sail during and after deployment.   planetary  spacecraft." As part  of this
        a  12U  nanosatellite bus for an in-orbit   "I'm tremendously proud  and excited   agreement  the company will  also  supply
        demonstration  of  NASA's  Advanced  that  NanoAvionics will  be part  of NASA's   a mechanical testbed model and a FlatSat
        Composite  Solar Sail System (ACS3).   effort to validate a new beam-powered   model. In addition, a team of NanoAvionics
        This  a  result  of  a  contract  between   propulsion  system,  eventually  leading  to   engineers will provide the support required
        NASA  Ames  Research  Center  and  AST   more marvelous  deep-space  missions   for testing, integration  and operations
        for a 12U bus  to carry NASA's payload   following the first inter-planetary CubeSats   of  the  nanosatellite.  The  FlaSat  model
        into low  Earth  orbit (LEO)  including  an   MarCO-A and B (Mars Cube One)," said F.   has  identical  software  functionality  as
        approximately 800 square foot (74 square   Brent Abbott, CEO of NanoAvionics North   the  final  12U  bus  hardware,  hosting  the
        meter) composite  boom and  solar  sail   America.  "The  technology  demonstration   actual payload. It  allows NASA Ames to
        system.  The  aim  of  the  ACS3  mission  is   using  NanoAvionics'  12U bus will  be   run tests via remote network connectivity
        to replace conventional rocket propellants   the  first  ever  in-orbit  trial  of  NASA's   without having to ship equipment  back
        by developing and testing solar sails using   composite booms as well as sail packing   and forth. The mechanical testbed model
        sunlight beams to thrust the nanosatellite.   and deployment systems for a solar sail.   can be used for testing payload integration
        These  solar  sail  propulsion  systems  are   It  will  guide  the development  of a  next   and other mechanical tests, such as  the
        designed  for future small  interplanetary   generation  nanosatellites with  solar   deployment of solar sails.
        spacecrafts  destined  for low-cost deep-  sail propulsion  system for small inter-
        space and science  missions  requiring
        long-duration, low-thrust propulsion. With
        already more than 75 successful satellite
        missions and satellite-related commercial
        projects, NanoAvionics will  assemble
        the 12U bus at  its  new Columbia  facility
        in  Illinois,  while  the  final  integration  of
        the payload will  be carried  out at  NASA
        Ames facilities.  Matching NASA Ames'
        mission requirements, the 12U bus shares
        the  same flight-proven  subsystems as
        NanoAvionics' flagship M6P bus but with
        up  to  10U  payload  volume.  The  larger
        volume  will  be necessary  to provide
        enough  room  for  the  4.6  kg  payload  that
        includes  the composite boom  and solar
        sail system as well as cameras to monitor




        Public Trials of SpaceX Satellite Internet Service to Begin within 6 Months


        If  all  goes according to plan, the public   home broadband. Expect download speeds   to  launch  as  many  as  40,000  satellites
        will  have a  chance  to try  out  SpaceX’s   of up  to 1Gbps with a latency ranging   in  the coming  years.  On  Wednesday,  the
        satellite  internet  service in  six  months.   between  25  to  35  milliseconds,  on par   company successfully  deployed another
        CEO Elon Musk mentioned the timetable in   with ground-based broadband services.   60 Starlink satellites into space for a total
        a tweet. “Private beta begins in ~3 months,   Although satellite internet is nothing new,   of 420 currently in operation. According to
        public  beta  in ~6  months, starting with   SpaceX’s  network is  designed  to  achieve   its website, SpaceX’s goal is to launch the
        high latitudes,” he said. In another tweet,   faster speeds  by using  low Earth orbit   broadband service for the US and Canada
        Musk  said  the  German  market  qualifies   (LEO) satellites. The plan is to have them   later this year. Starlink is then scheduled
        as  high altitude. Dubbed  Starlink, the   fly around the planet from a distance of 200   to go global in 2021.  Cost has  not been
        upcoming  service is  promising to bring   miles to 700 miles above the surface while   announced,  but the company  plans on
        fast and affordable internet to any location   they  ferry  data  between  ground  stations   supplying  customers with  a  Starlink
        in the world. It’ll be particularly appealing   and  internet  users  below.  To  get  the   terminal you can easily place in your home.
        for people  who live  in  remote  areas  or   service up and running, the company has
        underserved markets with few options for   been  securing  approval  from regulators



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