ELA and NASA conduct
commercial space launch later this month
As the developer, owner and
operator of the Arnhem Space Centre (ASC) on the Gove
Peninsula in Australia’s Northern Territory today we’re
excited to announce that our client, NASA, will be
making this commercial space launch on the evening of
Sunday 26 June 2022.
The historic launch is also NASA’s
first launch from a fully commercial spaceport and will
be one of three rocket launches, with the others planned
for 4 and 12 July, to conduct astrophysics studies that
can only be done from the Southern Hemisphere.
The Arnhem Space Centre is the only
commercially owned and run multi-user equatorial launch
site in the world and is located 12 degrees south of the
equator on the Gulf of Carpentaria offering unique
benefits for space launches. ASC is also unique as most
spaceports are federal/government owned/operated
facilities.
Michael Jones, Executive Chairman
and Group CEO of ELA said that whilst these historic
NASA launches were a huge milestone for ELA, the company
was already looking to the future beyond milestone
campaign.
“Having NASA as our first customer
is not only a great endorsement of our spaceport, but it
places us at the forefront of global commercial space
and proves that through ELA and the ASC, Australia now
has a Sovereign launch capability and access to space,”
Mr Jones said.
“It is a tremendous honour and
reward for the hard work our company has carried out in
developing the ASC to have NASA launch these three
missions with us”.
“This campaign is just the start
for us as we are in advance commercial discussions with
nine other major rocket companies, and we hope to carry
out at least two additional launches in 2022 before
ramping up our launch cadence to over 50 launches per
year by 2024/25,” Mr Jones said.
ELA and the Arnhem Space Centre
were recently awarded their Launch Facilities Licence
and the Launch Permit for the NASA campaign following a
two-year evaluation by the Australian Space Agency.
“The three NASA launches marks the
end of the first stage of the development of both the
ASC spaceport and ELA as a world class launch services
company. We will now commence the development of Phase 2
of the ASC which includes the construction of additional
larger launch pads to accommodate medium sized/larger
payload rockets,” Mr Jones said.
“The geographic location, proximity
to the equator and the extensive logistics services
offered on the Gove/Nhulunbuy area makes the ASC very
attractive to global rocket companies and allows us to
provide a commercially attractive alternative to the
French government’s Kourou equatorial launch site in
French Guiana,” Mr Jones continued.
“The ASC offers Australian space
businesses and international rocket and satellite
companies a unique opportunity to launch from a site
which provides cost effective access to virtually any
orbit they desire,” Mr Jones said.
“I really want to acknowledge the
support of not only NASA, but our staff and investors,
including the Northern Territory Government for their
support and dedication. It is a remarkable achievement
what we have done and all the more so, given we have had
no Federal Government support to date. We haven’t made
bold predictions in the past, we just quietly went about
our work and now we are set to achieve a couple of
incredible firsts in the space history of Australia,” Mr
Jones said.
Launch Mission – Background
Information
The launch will take place in the
late evening of 26 June 2022 and the BBIX rocket will
travel to over 300KMs in space. The Rocket will carry an
atmospheric observation/sensing platform to observe the
Alpha Centauri A & B constellations. The rockets’ first
stage and payload will return to earth and be recovered.
The rockets will be visible to the local community and
surrounding areas from only seconds after liftoff –
about 150 metres into the sky until just prior to it
exiting the earth’s atmosphere.
For safety reasons, no close
proximity public viewing of the rocket launching from
the ASC will be possible.
ASF
2022
REGISTER NOW!
14 & 15 June 2022
|