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Boeing’s Starliner Space Capsule Launch Postponed Due to Technical Issue

Boeing’s highly anticipated inaugural crewed test flight of its Starliner space capsule, intended to transport astronauts Butch Wilmore and Suni Williams to the International Space Station (ISS), has been delayed by a minimum of 24 hours. The launch countdown was halted just moments before liftoff on Saturday due to a technical issue with the ground launch sequencer, which failed to load into the correct operational configuration after proceeding into terminal count.


This delay represents the second interruption in the launch sequence, following a previous attempt on May 6 that was aborted due to an oxygen leak and a helium leak from the capsule’s propulsion system. The Starliner spacecraft, designed to accommodate a crew of no more than seven for missions to low-Earth orbit, aims to compete directly with SpaceX’s Crew Dragon capsule, which has been NASA’s primary vehicle for sending ISS crew to orbit from US soil since 2020.

Boeing’s Starliner capsule atop an Atlas V rocket in Cape Canaveral, Fla. Terry Renna / AP file


The mission, named Crew Flight Test, is a significant milestone in US space history, as it will only be the sixth crewed spacecraft launch in the country’s history. The Starliner crew capsule will separate from the Atlas V rocket and fire its own engines, spending over 24 hours traveling to the ISS before docking and carrying out various tests of its capabilities.


Boeing’s Starliner program has encountered several delays and over $1.5 billion in cost overruns, but the company remains optimistic about the mission’s success. The next potential launch window is scheduled for Sunday, with additional backup dates available on June 5 and June 6.

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Elon Musk’s Starlink Launches Innovative Direct To Cell Services.

Starlink’s Direct-to-Cell service is a new technology that allows Starlink satellites to provide cellular connectivity directly to mobile devices. This service is designed to provide ubiquitous access to texting, calling, and browsing wherever you may be, including remote regions and areas with traditionally poor cellular coverage.

 

The Direct-to-Cell service works with existing LTE phones and does not require any changes to hardware, firmware, or special apps. The Starlink satellites equipped with this capability have an advanced eNodeB modem onboard that acts like a cellphone tower in space, allowing network integration similar to a standard roaming partner.

 

The service was launched in partnership with T-Mobile and other global partners, and it is expected to provide coverage in cellular dead zones. The first six Starlink satellites with Direct-to-Cell capabilities were launched in early January 2024. Initially, the service will enable text messaging, with voice and data coverage to follow as more satellites are launched.

The Direct-to-Cell service will also connect Internet of Things (IoT) devices, expanding the range of devices that can benefit from this technology. However, it’s important to note that while this service can provide connectivity in areas with no cellular coverage, it is not intended to compete with existing terrestrial cellular networks. The service’s primary benefit is its wide coverage, rather than high-speed data transfer.

 

The service is currently being tested in the United States, with plans to expand globally in partnership with various cellular providers. Other companies, such as Amazon’s Project Kuiper and AST SpaceMobile, are also developing similar satellite direct-to-cell services.