Audacy Launches First Demo
Satellite, Audacy Zero, Into Space
December 3, 2018
Audacy, a space communications
service provider delivering anytime spacecraft
connectivity, has launched its first demonstration
satellite. Audacy Zero was deployed into low Earth orbit
on board Spaceflight’s first fully dedicated rideshare
mission, SSO-A SmallSat Express, via a SpaceX Falcon 9
Rocket. The mission will validate Audacy’s Ka-band radio
in space and test its first ground station in Napa
Valley, California, laying the foundation for Audacy’s
development of the world’s first commercial
inter-satellite data relay network in 2020.
Audacy Zero features an entirely
Ka-band radio designed and built by Audacy, the first of
its kind to be flown on a CubeSat. It is the first
iteration of Audacy’s radio that will enable customers’
spacecraft to communicate with Audacy’s relay satellite
network.
Using this radio, Audacy Zero will
transmit images of Earth to Audacy’s ground station in
Napa Valley, California, to validate its capabilities in
space. Data collected from the mission will also
contribute to valuable analysis of Audacy’s hardware for
continued improvements.
“We made the deliberate choice to
build and launch our own satellite so that we could have
a thorough understanding of the communications problems
that our customers face,” said Sam Avery, Head of
Spacecraft Integration at Audacy. “We will use these
findings to develop our next-generation radio for
space-based relays, in time for the deployment of our
relay satellite constellation in 2020.”
"With this first launch, Audacy has
taken another important step towards making space more
accessible for everyone," added Ralph Ewig, CEO of
Audacy. "As our ability to deliver real-time information
continues to improve, more accurate decisions can be
made every day, transforming countless lives across the
globe."
Audacy Zero marks the first
demonstration mission for Audacy, with two similar
missions—Audacy Lynq and Audacy One—scheduled for 2019.
As a secondary payload, Audacy Zero
is also carrying Stanford Student Space Initiative’s
Polar Orbiting INfrared Tracking Receiver (POINTR). This
optical receiver payload will test laser communications
in space by acquiring and tracking a laser transmitted
by NASA JPL from the ground.
Audacy is already offering
communications services from its first ground station
location and is also pre-selling service capacity for
its relay satellite network services with a planned
rollout in late 2020. Last month, Audacy announced that
it had secured pre-service commercial agreements with a
total value of more than US$100 million.
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