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Dragonfly Aerospace Satellite Solutions

Dragonfly Aerospace, in their effort to demonstrate the possibilities of using a small satellite to provide low-Earth orbiting and remote sensing and control capability, has designed and built two small satellites called the MCS-X and -YAV-LR. These two satellites are intended for Cube-sat applications using low-earth orbit (LEO) orbit. Dragonfly Aerospace has completed development of the software necessary to operate the two cubesats within their systems.

They have also done extensive tests and testing of the applications of these two small Cube-sats. All this is to enable them to be used for various national and international government requirements; Dragonfly Aerospace is involved in the manufacture of the satellite constellation. The primary goal is for the constellation to operate in a cost-effective manner with regard to existing launch budgets; they consider that by using the satellite solutions for LEO and lower Earth orbit (LEO) applications; this will increase the available service area for the U.S. Government and allow them to utilize this satellite data to support future space exploration programs.

Aerospace Satellite Solutions

The primary mission of the Dragonfly Aerospace system is to build and test two small Cube-sets for the United Launch Alliance (ULA); this will pave the way for the company to build many other small satellites in the future. The company has designed and built the first three cubesats; the fourth one will be launched later this year. Dragonfly Aerospace plans to use these Cube-sets for both LEO and geo-stationary missions; they believe this will increase the coverage areas of each satellite. If everything goes according to plan this could be the beginning of something really big for this company.

There are a lot of people involved in the aerospace and space flight industry who can take a look at Dragonfly Aerospace; they might be interested in purchasing some of their products. It appears that there is a demand for small, flexible, easy-to-use satellites; especially small, flexible ones that have a low-orbit altitude. The company has a lot of space research in the works as well; they are currently working on space telescope designs. If they can create a small satellite that can fit into a Dragonfly Aircraft as part of their testing it would certainly help the company with their aerospace business plans.

A secondary mission for Dragonfly Aerospace is the development of their reusable launch vehicle and reuse the platform for future space station resupply missions. This would be a huge benefit for NASA; it will keep the International Space Station (ISS) crew from having to buy new equipment when the existing equipment is due to be retired. This allows Dragonfly Aerospace to concentrate on building the next generation of launch vehicles; they currently own the rights to the expendable launch system known as the VASIMR. The company also has an agreement in place with NASA to conduct ground test projects using the SSL-manufactured platform.

Dragonfly Aerospace is also in the process of designing and building their own small satellite nanosats; this would be beneficial for the satellite industry. They believe the small satellite nanosats they develop will enable them to continue providing high-speed, reliable communications; and eventually help them become more self-sufficient. They have designed a small single stage rocket that can launch small satellites to a specific area for return to earth. The technology that Dragonfly uses for this maneuver is similar to their performance launching vehicle; it is called the TAsat or Technology and Research Satellite. Dragonfly Aerospace has a contract from NASA to test their concept; if all goes well they hope to have an operational communications satellite in orbit by 2021.