Morgan Stanley Says
Spaceflight Industries is 'Entirely' Disrupting the Rocket Launch Market
(Source: CNBC)
The rocket launch business is expensive and risky, and then there are
the technical requirements: Launch providers have to ensure a
customer's delicate and expensive spacecraft survives the trip to
orbit. But Seattle-based Spaceflight Industries is showing things can
be done differently, according to Morgan Stanley analysts Adam Jonas
and Armintas Sinkevicius. In a note to investors Friday, they said that
the company "is disrupting this model entirely" by applying the ride
sharing concept to satellites.
The company packed a record-breaking 64 satellites on a SpaceX rocket
in December for a mission known as Spaceflight SSO-A. Morgan Stanley
called it "a significant milestone for the company." The practice of
satellite "ridesharing" has become more commonplace, in part thanks to
Spaceflight. As technological advancements have led to smaller
satellites, that means more of them can be loaded onto rockets as
secondary payloads – hitchhiking on launches like SpaceX's Falcon 9 as
they bring larger satellites to orbit. Click here.
(2/1)
Guide to Commercial Human
Spaceflight (Source: WIRED)
For most of the history of spaceflight, humans have left such exploits
to governments. From the midcentury Mercury, Gemini, and Apollo days to
the 30-year-long shuttle program, NASA has dominated the United States’
spacefaring pursuits. But today, companies run by powerful
billionaires—who made their big bucks in other industries and are now
using them to fulfill starry-eyed dreams—are taking the torch, or at
least part of its fire. Click here.
(1/31)
Belgian Court Asks
European Court of Justice to Assess Legality of Inmarsat
in-Flight-Connectivity Service (Source: Space Intel Report)
The legal battle of Viasat Inc., occasionally flanked by Eutelsat,
against Inmarsat’s European in-flight-connectivity has been given new
life by a Belgian court ruling that questions whether Inmarsat’s
license is valid given that it was more than a year late in launching
its satellite. (2/1)
Musk Blames SpaceX
Layoffs on 'Absolutely Insane' Mars Rocket and Satellite Internet
Projects (Source: CNBC)
During Wednesday's investor call for his public car company, CEO Elon
Musk took a rare moment to talk about his private rocket company. Musk
explained that the recent layoffs at SpaceX were different than those
at Tesla, the latter of which he said came from the need "to be
relentless about costs" to keep the electric vehicles "affordable."
Rather, Musk said the SpaceX layoffs were due to the company's "two
absolutely insane projects:" Starlink (a network of thousands of tiny
satellites intended to bring global high-speed internet coverage) and
Starship (the enormous rocket SpaceX is building to transport humans
and cargo to-and-from Mars). (1/31)
Chinese Company Inks Deal
to Launch 90 Commercial Smallsats (Source: SpaceFlight Now)
Satellogic’s recent agreement with a Chinese company to launch 90
commercial Earth observation satellites on five or six dedicated Long
March rocket flights marks one of China’s biggest wins in the global
launch market. Satellogic has launched eight satellites to date, and
the company announced a new contract Jan. 15 with China Great Wall
Industry Corp. to launch 90 more microsatellites aboard Chinese Long
March rockets.
This is the largest single deal for Chinese launch industry on the
international commercial market in more than 20 years. “We’re putting
our next 90 satellites into orbit with them over the next 24 months,”
said Emiliano Kargieman, founder and CEO of Satellogic. “This is really
a milestone for us, for Satellogic.” Satellogic and China Great Wall —
the state-owned company charged with marketing Long March launch
services internationally — declined to release the monetary value of
the launch contract. (1/30)
NASA's Curiosity Rover
Makes Unexpected Discovery on Mars Mountain (Source: C/Net)
NASA's intrepid Martian explorer, Curiosity, is slowly crawling its way
up the side of the three mile high Mount Sharp on the surface of the
red planet. Navigating the Martian surface can be risky but the rover's
accelerometers and gyroscopes make the journey a little easier. And
scientists have realized those instruments can be recalibrated to help
Curiosity measure Mars' gravity. NASA collaborators at research
universities such as Johns Hopkins were able to take gravity
measurements by repurposing data from Curiosity rovers exquisitely
precise sensors.
Mount Sharp is unusual because it sits within a huge crater, known as
Gale Crater, on Mars. How a mountain came to be inside a crater still
perplexes scientists, with some believing it may have been filled in
with sediment which was slowly blown away over millions of years. That
activity would make the lower layers of Mount Sharp dense with compact
sediment, and Curiosity would see increased gravitational measurements.
Curiously, the research team found that there was less additional
gravity being exerted on Curiosity as it rolled further up Mount Sharp.
Thus, the layers of rock that make up the mountain aren't as dense as
was once expected and the theory that Gale Crater was once filled with
sediment is unlikely. (1/31)
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