Abstract
Today different groups started to manufacture cubesats because of the low cost of manufacturing and launching the satellites. With the growth of cubesat manufacturing, the scientist has tried to produce the small launchers to respond the needs of new researchers and young scientists. In 1980 the manufactured the commercial small launcher and starting launch in 1990. Also Russia with improvement of their ballistic missile and performing changes and improvement tried to manufacture small launchers with a minimum cost to launch the cubesat in the planed orbits. The cubesat will be launched into space together with other cubesats inside a so called P-pod it will be placed on top of the launch vehicle as a secondary payload and a principal feature of the cluster launch cubesat is to mitigate the technical and financial risk shared by the orbital deployers who are partners in a particular launch. While maintaining reasonable costs and ensuring time delivery. In accordance with the investigations, more than 10 launchers in the world which has the experience of launching cubesats have been identified. Out of these launched cubesats some of them due to the problems and malfunction of launch vehicles have been failed. Some of the successful and failed launch vehicle has been investigated and mentioned below.
Cube Sat Launching Investigation
Today different groups started to manufacture cubesats because of the low cost of manufacturing and launching the satellites. With the growth of cubesat manufacturing, the scientist has tried to produce the small launchers to respond the needs of new researchers and young scientists. In 1980 the manufactured the commercial small launcher and starting launch in 1990. Also Russia with improvement of their ballistic missile and performing changes and improvement tried to manufacture small launchers with a minimum cost to launch the cubesat in the planed orbits. The cubesat will be launched into space together with other cubesats inside a so called P-pod it will be placed on top of the launch vehicle as a secondary payload and a principal feature of the cluster launch cubesat is to mitigate the technical and financial risk shared by the orbital deployers who are partners in a particular launch. While maintaining reasonable costs and ensuring time delivery. In accordance with the investigations, more than 10 launchers in the world which has the experience of launching cubesats have been identified. Out of these launched cubesats some of them due to the problems and malfunction of launch vehicles have been failed. Some of the successful and failed launch vehicle has been investigated and mentioned below.
