SpaceX breaks records for re-use launchers – Advanced Television

SpaceX has received good news from Indias government with reports that its Starlink broadband service is to receive an expedited fast-track approval to operate in India ahead of Elon Musks visit to the country. Starlink was also authorised for use in Albania last week. However, there are doubts in some quarters over Starlinks profitability.

Bloomberg, in a report, talks about Starlink losing hundreds of dollars on each of the near-3 million costly antenna terminals it has supplied to users.

SpaceXs CFO Bret Johnsen, speaking at the Washington Satellite 2024 event in March, declined to elaborate on Elon Musks suggestions to investors that Starlink had achieved breakeven cashflow last year. Johnsen said he did not want to quantify numbers but that it was in positive cashflow and profitable territory for our satellite business now.

One the positive side of the ledger Bloomberg says that SpaceX itself, which holds the rocket and Starlink businesses, is likely see overall sales of around $15 billion this year from $4.7 billion a year ago. Bloomberg says that SpaceXs current investors expect the company to need to raise more cash or get a fresh infusion from Musk himself.

SpaceXs weekend launch was managed with the 20th use of a Falcon 9 booster stage, a worlds record for the company. The launch means that there has been a total of 6,212 Starlinks launched of which 5,809 are still in orbit and 5,744 are considered by astrophysicist Jonathan McDowell.

The 20th launch means that SpaceX is halfway to matching the Space Shuttles record 39 orbital flights for its Discovery vehicle. The difference is that SpaceX used its Booster #1062 twenty times in just three-and-a-half years, while NASAs most successful Space Shuttle flew for 27 years (from 1984 to 2011).

Booster #1062 during its lifetime which no doubt will continue launched a batch of satellites for OneWeb, Nilesat 301 as well as Arabsats BADR-8. It has also helped put eight astronauts and more than 261 metric tons into orbit. It last launched on March 16th, and therefore a turnaround from landing to re-flight in just 27 days.

These launch records tend only to last for a few weeks until they are surpassed! SpaceX has handled 38 orbital missions this year.

Meanwhile, SpaceX last week asked the FCC for an experimental licence to cover the testing of 840 Direct-To-Cell satellites covering Australia (Optus), New Zealand (One New Zealand), Japan (KDDI), and Canada (Rogers). SpaceX explained that it intends to use a portion of its mobile partners authorised frequencies.

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SpaceX breaks records for re-use launchers - Advanced Television

NASAs new Dream Chaser sci-fi space plane ready for final tests as supersonic mini space shuttle wil… – The Sun

A GROUNDBREAKING new sci-fi space plane is gearing up for orbit as it undergoes final tests.

NASA and Sierra Space's Dream Chaser - the world's only commercial spacecraft - is slated to head to the International Space Station in the first half of 2024.

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It will take to the skies with a cargo module known as Shooting Star.

Tenacity - the first in the new fleet of Dream Chaser spaceplanes - has been dubbed the "uncrewed spiritual successor to the Space Shuttle".

Unlike traditional ocean landings, the first-ever winged commercial spacecraft will be able to land on runways - just like the Space Shuttle did.

At 30ft long,its roughly a quarter of the length of the space shuttle orbiters - and can be reused up to 15 times.

It was picked by NASA to deliver, return and dispose of cargo for the International Space Station - carrying critical supplies like food, water, and science experiments.

Commercial space firm Sierra Space said it is "ushering in the next era of space exploration with its revolutionary fleet of Dream Chaser spaceplanes".

Tenacity - the firstof the Dream Chaserspaceplanes - will provide a minimum of seven cargo missions to and from the space station.

It was delivered to NASA's Neil Armstrong Test Facility in Sandusky, Ohio for final testing in mid-December.

The space plane will be stacked on top of the Shooting Star cargo module and undergo rigorous environmental testing.

The test will recreate the extreme vibrations and conditions similar to those experienced during both launch and re-entry into Earth's atmosphere, NASA said.

The spacecraft will be carried by a ULA Vulcan Centaur rocket and is scheduled to launch from the Cape Canaveral Space Force Station in Florida.

The Dream Chaser spacecrafts will be engineered to be reused - and compatible with a variety of launch vehicles.

Sierra Space CEO Tom Vice said: "At Sierra Space, we are ushering in the next industrial revolution with a business and technology platform that provides our customers with a complete turn-key solution offering space as a service.

"Our platform includes Dream Chaser, a revolutionary, highly reusable commercial spaceplane with global runway access, and the first business-ready commercial space station."

He said the design "will exponentially decrease the cost of product development and manufacturing in space".

Dream Chaser can be customised for both domestic and international customers for global operation.

NASA said the Shooting Star cargo module is specifically designed to "support delivery and disposal of pressurised and unpressurised cargo to and from the space station".

"The cargo module can be used only once and is disposed of prior to re-entry," the space agency said.

The 15ft Shooting Star cargo attachment can deliver up to 5,000kg of cargo into orbit.

The spacecraft is scheduled to spend around 45 days at the space station on its first trip.

In readiness for Dream Chaser missions to the space station, multiple NASA astronaut crews have visited Sierra Space facilities for training, Sierra Space said.

A second Dream Chaser is already in production at the companys manufacturing base in Colorado.

It comes after NASA successfully tested a new type of rocket engine that could one day get us to Mars quicker.

The engine - called the Rotating Detonation Rocket Engine (RDRE) - uses a new way of burning fuel to produce thrust.

Instead of burning fuel in a continuous stream, the RDRE detonates it in a series of explosions, as shown in a newvideo.

This is meant to create a more efficient and powerful burn - which could propel spacecraft toMarsin as little as four months.

Typically, it takes current engines around six months to reach theRed Planet.

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NASAs new Dream Chaser sci-fi space plane ready for final tests as supersonic mini space shuttle wil... - The Sun