Amazon wants to take over the Starlink Internet service from SpaceX with thousands of its own project kuiper satellites in orbit with low earth.
The first project, the Kuiper satellite on April 9 on board an United Launch Alliance (Ula) Atlas against Rocket from Cape Canaveral in Florida, forced the mission team to scrub the planned buoyancy.
Since then everything has become a bit quiet, and it is not clear when the rocket with the satellites turns its engines upside down.
In the past few days, some news reports have been proposed that the opening start of the Amazon project Kuiper on Monday, April 14th at 7 p.m. ET, but Ula has not yet confirmed this on his website and in the social media channels.
For the time being, the following developments should simply sit firmly and wait for an official Ula update.
Digital trends turned to the Spaceflight company to get further information and we will update here when we hear again.
Similar to the Starlink service from SpaceX, Project Kuiper will use thousands of satellites in orbit with low earth to provide customers with quick, reliable Internet worldwide, including those in non-insured and under-supplied communities.
The first use that we can expect, if not on Monday in the next few weeks, will bring the first batch of 27 Project Kuiper satellites into orbit.
While 27 is the maximum number of project -kuiper satellites that the Atlas V -Rakete from Ula can wear in a single mission, its other rocket, the newer volcanic vehicle, can carry up to 45 Amazon as satellites. The latest rocket from Blue Origin, the new Glenn, is also used for Project Kuiper satellite deprivation to offer Amazon several options for building its constellation.
Project Kuiper would like to complete his constellation of more than 3,200 satellites by 2029 to enable the global broadband coverage that enables him to correctly challenge Starlink. However, SpaceX can help the larger fleet and the technological lead of Starlink to receive a competitive advantage compared to the Kuiper project from Amazon, which is available at least in the early 2030s.
