Do you want to orbit your own nano-satellite? We did! And we can help you launch yours.

Placing even the smallest spacecraft in orbit is an incredibly difficult undertaking. It requires a great deal of engineering and testing – there are a whole host of government regulations to comply with, and licenses that you need to obtain. Interacting with the various government agencies that issue them can be a daunting and frustrating task. Southern Stars can help.

If you’re just getting started

We can also help you resolve the many engineering decisions you’ll need to make. Who should launch my satellite? What kind of flight computer should I use? What type of ADACS? How will I communicate with it? Southern Stars can help you find the right answers to these questions.

We can handle your regulatory work for you

We'll develop the reports you need to satisfy the FCC, NOAA, NASA, and other government agencies that need to issue approvals and licenses before you can launch. We’ll interface with officials on your behalf, as your advocate – freeing you to pursue your technical and commercial goals.

We'll share our expertise

We can help you avoid common pitfalls. We've assisted organizations ranging from three-person startups to a major public art museum launch their first spacecraft. With this experience, we’re confident that we can get you flying in much less time – and with much less effort – than if you’d walked this road alone.


"We’ve known Tim’s team since their SkyCube days, and been impressed by their ability to adapt to rapidly-changing mission requirements. Tim was easy to work with during the highly stressful spacecraft integration and delivery process. Offloading our regulatory work let us to focus on what Pumpkin does best – build bleeding-edge, best-in-class, high-reliability flight hardware."

Pumpkin Space Systems


A few of the previous clients we’ve worked with are listed below.  Feel free to contact us for more information.

In 2016, we developed an FCC experimental license application, an orbital debris report, and applied for SpaceVR’s Overview VR 3U CubeSats earth-sensing license with NOAA. We also helped SpaceVR select a contactor to build flight hardware.

In 2015, we developed an FCC experimental license application, an orbital debris report, and obtained a NOAA earth-sensing license for Pumpkin Inc.’s SUPERNOVA-Beta 6U CubeSat. We also developed a 1U hosted payload aboard the CubeSat, which launched in November 2015.

We’re working with Kubos to obtain an experimental license from FCC for their demonstration CubeSat and ground station. The 1U CubeSat and its Texas transmitter are planned to begin operating during the second half of 2018.