Non-commercial rockets carrying 100kg payloads into space use a combination of fuel and thrust to propel the rocket upwards. The fuel is ignited in the rocket's engine, creating a powerful force that pushes the rocket upwards and into space.
The purpose of launching non-commercial rockets carrying 100kg payloads into space is to conduct scientific research, gather data, or test new technologies. These rockets may also carry satellites or other equipment into orbit for communication, navigation, or weather monitoring purposes.
The exact height that a non-commercial rocket carrying a 100kg payload can reach depends on the specific design and capabilities of the rocket. However, with the right technology and engineering, these rockets can reach altitudes of hundreds or even thousands of kilometers above the Earth's surface.
Like any other type of rocket launch, there are certain safety concerns that must be addressed when launching non-commercial rockets carrying 100kg payloads into space. These may include ensuring proper fuel storage and handling, thorough pre-launch testing and safety protocols, and carefully planned flight paths to avoid potential collision with other objects in space.
Non-commercial rockets carrying 100kg payloads into space are typically designed and launched by governments, universities, or private organizations for scientific or research purposes. Commercial rockets, on the other hand, are used for commercial space travel or satellite launches and are typically operated by private companies. Additionally, non-commercial rockets may have different capabilities and limitations compared to commercial rockets due to their intended purpose and funding.