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SpinLaunch New Way to Launch Satellites

Since the dawn of the Space Age, humanity has gazed longingly to the stars, eagerly anticipating the day when space could be made easily accessible. But the dream of cheap, reliable access to space has long been stifled by the high costs and inflexibility of traditional chemical rockets.

That is, until a small startup promised to change everything. SpinLaunch burst onto the scene with an innovative new technology that could launch humanity into a new era of spaceflight, igniting our imagination and rekindling our passion for exploring the cosmos.

By using a revolutionary electrically-powered centrifuge, SpinLaunch aims to slash the cost of launch by a factor of 20. If achieved, their vision means satellites and space payloads could be tossed into orbit as easily as spinning a merry-go-round, multiple times per day.

But like any pioneer, SpinLaunch still faces monumental technical and regulatory challenges on its journey to turn this dream into reality. If successful, their kinetic launch system would mean flexible on-demand access to space, opening up possibilities we can now only fantasize about.

The promise of SpinLaunch reawakens the slumbering spirit of innovation that took humanity to the Moon, forcing us to believe that accessible space is no longer the stuff of science fiction, but instead may be just over the horizon.

SpinLaunch is a space technology company that has created a new way to launch satellites into orbit. Unlike traditional rockets that use chemical fuel, SpinLaunch uses a kinetic energy launch system that spins a rocket in a giant centrifuge and then hurls it to space at high speed.

This method is more cost-effective and environmentally friendly than conventional rockets, and can also increase the launch frequency and reliability of space access.

image source spinlaunch.com

How does SpinLaunch work?

SpinLaunch uses a ground-based electric powered centrifuge to accelerate a rocket to speeds of up to 4,700 mph (7,500 km/h) in a vacuum-sealed chamber.

The centrifuge is a large circular structure that rotates the rocket around its center. The rocket is attached to a long arm that extends from the center of the centrifuge to the edge of the chamber.

As the centrifuge spins faster and faster, the rocket gains more and more kinetic energy, which is the energy of motion.

When the rocket reaches the desired speed, it is released from the arm and launched vertically through a hatch in the roof of the chamber.

The rocket then ignites its engines at an altitude of about 200,000 ft (60 km) to reach the orbital speed of 17,150 mph (27,600 km/h). The rocket can carry a payload of up to 200 kg to low Earth orbit, which is the region of space where most satellites operate.

What are the benefits of SpinLaunch?

SpinLaunch claims that its kinetic launch system has several advantages over traditional rockets, such as:

1. Lower cost

SpinLaunch estimates that its launch system can reduce the cost of launching a satellite by a factor of 20, to under $500,000 per launch.

This is because the system uses much less fuel and fewer components than rockets, and can reuse the centrifuge and the rocket multiple times.

2. Higher frequency

SpinLaunch aims to launch multiple satellites per day, as opposed to rockets that typically launch once every few weeks or months. This is because the system has a shorter turnaround time and does not depend on weather conditions or launch windows.

3. Less environmental impact

SpinLaunch says that its launch system produces zero carbon emissions and minimal noise pollution, as opposed to rockets that generate tons of greenhouse gases and loud sonic booms. This is because the system uses electricity from renewable sources and does not burn any propellant in the atmosphere.

What are the challenges of SpinLaunch?

SpinLaunch also faces some technical and regulatory challenges that it needs to overcome before it can achieve its vision of revolutionizing space access, such as:

1. High acceleration

SpinLaunch’s launch system subjects the rocket and the payload to very high acceleration forces, up to 10,000 g, which is 10,000 times the force of gravity.

This means that the rocket and the payload need to be specially designed and tested to withstand such extreme stress and vibration, and to avoid damage or malfunction.

2. Atmospheric drag

SpinLaunch’s launch system also exposes the rocket and the payload to more atmospheric drag than rockets, which reduces their speed and efficiency.

This is because the system launches the rocket at a lower altitude and a lower angle than rockets, which means that the rocket has to travel through more air before reaching space.

To overcome this, the system needs to optimize the launch trajectory and the aerodynamics of the rocket and the payload.

3. Safety and security

SpinLaunch’s launch system also poses some potential safety and security risks that need to be addressed and regulated.

This is because the system involves a massive spinning object that could cause catastrophic damage if it malfunctions or is sabotaged.

For example, if the rocket is released prematurely or in the wrong direction, it could crash into the ground or into other objects, creating a huge explosion and debris. To prevent this, the system needs to have strict safety protocols and security measures in place.

What is SpinLaunch’s Funding and Valuation?

SpinLaunch is a private company that has raised $149.37 million over 11 funding rounds from investors such as Google Ventures, Kleiner Perkins Caufield & Byers, and Sumitomo Corporation. 

The latest funding round was a corporate minority from Sumitomo Corporation on September 7, 2023. 

SpinLaunch’s valuation is not publicly disclosed, but it is estimated to be around $99 million based on the amount raised and the number of shares authorized.

SpinLaunch’s revenue is also not publicly disclosed, but it is expected to generate revenue from launch contracts with customers such as the US Department of Defense, NASA, and commercial satellite operators.


SpinLaunch is a space technology company that has developed a kinetic launch system that uses a centrifuge to spin a rocket and then hurl it to space.

This method is more cost-effective and environmentally friendly than traditional rockets, and can also increase the launch frequency and reliability of space access.

However, the method also faces some technical and regulatory challenges that need to be solved and regulated before it can become widely adopted.


How did SpinLaunch start?

SpinLaunch was founded in 2014 by Jonathan Yaney, an entrepreneur and engineer who had a passion for space exploration.

He came up with the idea of using a centrifuge to launch rockets after reading a book about the history of spaceflight. He then assembled a team of experts and investors to turn his idea into reality.

Where is SpinLaunch based?

SpinLaunch has its headquarters in Long Beach, California, where it has a 140,000 square-foot facility that houses its engineering, manufacturing, and testing operations.

SpinLaunch also has a launch site at Spaceport America in New Mexico, where it conducts its flight tests and launches.

Who are SpinLaunch’s customers and partners?

SpinLaunch has received contracts and funding from various customers and partners, including NASA, the US Department of Defense, Airbus, Google Ventures, Kleiner Perkins, and others.

SpinLaunch plans to serve both commercial and government customers who need to launch small satellites for various purposes, such as communications, navigation, Earth observation, and scientific research.

When will SpinLaunch launch its first orbital mission?

SpinLaunch has not announced a specific date for its first orbital mission, but it has said that it expects to reach orbit by 2024.

SpinLaunch has already conducted several suborbital tests of its launch system, reaching altitudes of tens of thousands of feet.

SpinLaunch has also carried payloads for some of its customers and partners, such as NASA and Airbus, in its test flights.

What are the competitors of SpinLaunch?

SpinLaunch faces competition from other companies that are developing alternative methods of launching satellites, such as Virgin Orbit, Rocket Lab, Astra, and Relativity Space.

These companies use different technologies, such as air launch, electric propulsion, 3D printing, and reusable rockets, to lower the cost and increase the frequency of space access.

However, SpinLaunch claims that its launch system is more innovative and disruptive than its competitors, and that it has the potential to create a new paradigm of space launch.

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Last modified: February 5, 2024

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