nanosatellite or CubeSat the game change in space industry

Nations all over the world joined the space race in 1957 when the Soviet Union launched Sputnik. From that moment on, nations everywhere sought to become part of the space age. Humans ventured ever farther from Earth over the next few decades. However, there is still a lot of work to be done before we can actually reach another planet. That's where nanosatellites or CubeSats come into play. These tiny spacecraft are taking us one step closer to our goal of visiting other planets.

CubeSats have been exclusively used in low Earth orbit for 15 years, and now they're being used for interplanetary missions as well. They are frequently used for educational purposes - NASA uses them for its exploration missions. These miniature spacecrafts have made it possible to conduct experiments on earth and in space at a bargain price. The smallest commercially available CubeSat is just over 10 inches in size and weighs approximately 1 pound.

The KSF Space Foundation's CubeSat kit is simple to use and highly capable. It comes with everything you need to build a CubeSat, including a flight computer, power systems, and communication systems. You may also add your own sensors and other components to your CubeSat to meet your specific needs.

CubeSats are usually lightweight, which minimizes the amount of fuel a rocket needs to launch them. Because of their small size, CubeSats do not require a lot of fuel and can therefore be launched using less. As a result, CubeSats are frequently used in conjunction with larger satellites, making it possible to reach space on the back of the heavier payload. This saves money on components and reduces the amount of fuel consumed by the spacecraft during launch.

Since 2002, NASA has launched over 1000CubeSat missions. In each of these missions, multiple sub-satellites have collaborated to perform experiments in space. These sub-satellites are referred to as vehicles that are smaller versions of full-sized spacecrafts. These vehicles function autonomously, even with their own energy source, by moving their parts around. A miniaturized computer system referred to as an avionics box controls each vehicle.

Due to their small size, electronics have become far more sensitive to radiation, resulting in increased vulnerability. CubeSats must be used sparingly due to their limited size and capabilities, as they can only carry small payloads. They are best utilized when absolutely necessary, as they are significantly more sensitive than larger spacecrafts. CubeSats are terrific for carrying small amounts of data or sensors that collect specific information for scientists, but they are not well-suited for carrying heavy objects such as landmasses or human beings.

Countries have benefited from CubeSats’ dramatic lowering of launch expenses, as well as better data gathering, in several ways. CubeSats are still in their infancy, but they will continue to expand in the future as various applications for them in outer space research projects are conceived.