Here is What You Need to Know About SpaceX’s New Starlink V2 Mini Satellites

SpaceX’s Starlink satellite constellation has been making headlines since its inception. The global network of satellites is designed to provide high-speed internet to remote and underserved areas. With its latest launch of Starlink V2 Mini satellites, SpaceX has taken a step closer to achieving its mission.

In this article, we will delve deeper into the features and capabilities of the Starlink V2 Mini satellites. We will explore how these new satellites differ from their predecessors and the benefits they offer. By the end of this article, readers will better understand how Starlink’s latest offering can revolutionize how we access the internet.

SpaceX’s Starlink program is on a mission to provide high-speed internet to people worldwide, even in remote areas where traditional internet infrastructure is unavailable. The company’s latest satellite launch, Starlink 6-1, is an important step towards achieving that goal.

Scheduled to launch on March 4th, 2023, from the Kennedy Space Center in Florida, Starlink 6-1 will bring the total number of Starlink satellites in orbit to over 1,600. These satellites are an integral part of SpaceX’s plan to create a global network that can deliver high-speed internet to even the most remote locations.

SpaceX launched 21 next-generation Starlink satellites, called V2 Mini, on February 27, 2023.

One of the key factors in SpaceX’s ability to launch and operate such a vast network of satellites is their FCC license. In 2020, the company was granted a license for their Starlink Gen2 system, which allows them to operate up to 30,000 satellites in low Earth orbit.

The license also grants SpaceX the ability to provide high-speed broadband services in the United States and worldwide. With the help of this license, SpaceX can deliver internet speeds of up to 1 Gbps to even the most rural and isolated parts of the world.

SpaceX’s Starlink V2 Mini satellites constitute a significant upgrade to the current V1.5 fleet, providing improved network capacity and an upgraded design. These new satellites feature compact solar arrays that can provide power for a longer period. The new design also includes advanced phased-array antennas, allowing for greater efficiency and improved coverage.

Compared to the V1.5 satellites, the V2 Mini’s bandwidth has been increased by over 50%, which means that these satellites can provide faster internet speeds and better connectivity. The improved network capacity of the V2 Mini satellites is a result of the advanced technology utilized in the design.

The V2 Mini satellites are smaller and lighter than their V1.5 counterparts, making it easier for SpaceX to launch them into orbit. These satellites’ improved design and specifications make them an important addition to the Starlink constellation, as they will help improve the network’s overall performance.

The V2 Mini satellites are just one part of SpaceX’s ambitious plans to expand the Starlink constellation and provide internet access to more people worldwide. With each new upgrade, the network becomes more efficient, reliable, and accessible, bringing us closer to a world where high-speed internet is available to everyone, no matter where they live.

SpaceX’s Starlink V2 Mini satellites are the latest addition to the growing constellation of broadband internet satellites. The V2 Mini satellites are significantly smaller than the company’s previous V1.5 satellites, with each V2 Mini satellite weighing in at around 227 kg. This weight reduction enables SpaceX to launch more satellites per mission and deploy them faster.

The Falcon 9 rocket is SpaceX’s workhorse rocket and is used to launch most of the company’s payloads, including Starlink satellites. The rocket has a payload capacity of 22,800 kg to low Earth orbit (LEO) and can carry up to 60 Starlink satellites per launch. However, the number of V2 Mini satellites that the Falcon 9 can carry per launch may be higher due to their reduced weight.

The lighter weight of the V2 Mini satellites also allows SpaceX to launch them into a higher orbit than the previous V1.5 satellites. This higher orbit, known as the polar orbit, allows the satellites to cover more of the earth’s surface with each satellite, providing more coverage to users.

While the V2 Mini satellites’ smaller size and weight provide several benefits, they also present some challenges. For example, the smaller size of the V2 Mini satellites means they have less hardware space, affecting the satellite’s performance. Additionally, the reduced weight of the V2 Mini satellites means they are more susceptible to solar radiation and other space weather phenomena that can affect their operation.

Argon-Fueled Hall Effect Thruster

SpaceX is known for pushing the boundaries of space technology, and their latest breakthrough comes in the form of a new propulsion system for their Starlink satellites. The company is switching from krypton gas to argon gas for its Hall effect thrusters, which adjust the satellites’ orbits.

The argon-fueled Hall effect thruster is a more cost-effective and efficient propulsion system compared to the krypton thruster. It requires less fuel to achieve the same amount of thrust, which means less weight on the satellite and more room for cargo. This is a significant advantage as SpaceX aims to launch up to 30,000 Starlink satellites to provide high-speed, low-latency internet to users worldwide.

The new thrusters are also more reliable and have a longer lifespan. They are expected to last up to seven years in orbit, which is two years longer than the krypton thrusters. This means the satellites will require fewer maintenance trips to space and ultimately lower costs for SpaceX.

The switch to argon is a significant improvement for SpaceX’s Starlink project. With a lower cost, higher efficiency, and more excellent reliability, the company can continue to expand its constellation of satellites and provide internet access to people in even the most remote areas of the world.


In conclusion, the article has provided essential information on SpaceX’s Starlink V2 Mini satellites, which are designed to improve the company’s satellite internet services. The article covered the Starlink 6-1 mission and the Starlink Gen2 FCC license’s capabilities. It also provided details on the V2 Mini satellite’s design, including solar arrays and antennas, and compared it to the V1.5 satellite’s bandwidth and network capacity.

Furthermore, the article discussed the Falcon 9 rocket’s payload capacity and the number of satellites it can carry. It also explained how the V2 Mini satellite’s weight affects Falcon 9’s launch capabilities. Lastly, the article highlighted SpaceX’s new argon-fueled Hall effect thruster, compared it to the krypton thruster, and outlined its cost-saving benefits.

The Starlink V2 Mini satellites’ successful launch will be significant for SpaceX’s future plans, particularly its global goal of providing internet services. With its high-speed internet connectivity and widespread availability, SpaceX’s satellite internet service has the potential to revolutionize internet access worldwide.

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