Rocket company develops massive catapult to launch satellites into space without using jet fuel: '10,000 times the force of Earth's gravity'

SpinLaunch's technology offers several environmental benefits compared to conventional rocket fuel-based launches. By using a kinetic energy-based system instead of rocket fuel, SpinLaunch eliminates the need for burning loads of fuel to launch spacecraft. This reduces the amount of emissions released into the atmosphere, which can contribute to pollution and climate change.

In addition, SpinLaunch's technology has the potential to reduce the cost and energy of sending payloads to space while increasing the frequency of launches. This could make space exploration more sustainable and accessible, allowing for more scientific research and innovation.

Furthermore, SpinLaunch's system can surpass the ozone layer without harming it, addressing concerns about the impact of rocket launches on the ozone layer's health. The ozone layer is crucial for protecting Earth from the sun's harmful radiation.

Overall, SpinLaunch's technology provides a more environmentally friendly and cost-efficient method of sending satellites to space, with the potential to revolutionize the space industry.

SpinLaunch has developed a kinetic energy-based launch system that uses a large rotating arm to propel satellites into orbit. The system does not require rocket fuel and is powered by electricity. Here's a breakdown of how it works:

1. The launch system consists of a giant upright disc with a cylindrical barrel pointed upward. Inside the barrel is a 108-foot-long rotating arm that spins at high speeds.

2. The satellites are placed at the end of the rotating arm, which spins at speeds of up to 5,000 miles per hour, achieving hypersonic launch speeds without the need for enormous power generation or massive infrastructure.

3. Once the rotating arm reaches the desired speed, the satellite is released from the arm and is flung into the sky at high velocities, traveling at up to six times the speed of sound.

4. The kinetic energy generated by the spinning arm propels the satellite into low orbit, where it can then use its onboard propulsion system to reach its final destination.

The key components behind the innovation are low-cost, high-strength modern carbon fiber and miniature electronics. These advancements allow for satellites to be adapted to the kinetic launch environment with relative ease, withstanding the forces of acceleration and the vacuum of space.

Overall, SpinLaunch's kinetic energy-based launch system offers a more sustainable and cost-effective approach to placing satellites into orbit, eliminating the need for large amounts of fuel and reducing the environmental impact of space launches.