CubeSats have a lot of advantages. They are small, inexpensive, and easily reproducible. But those advantages also come with ...

An electrospray motor was manufactured using 3D printing to produce propulsion systems for satellites directly in space.

MIT has developed a new ... These small engines are well-suited for CubeSats used in research. Moreover, these engines are more fuel-efficient than chemical rockets, making them ideal for orbital ...

More information: Hyeonseok Kim et al, High‐Impulse, Modular, 3D‐Printed CubeSat Electrospray Thrusters Throttleable via Pressure and Voltage Control, Advanced Science (2025). DOI: ...

MIT engineers have demonstrated the first fully ... These miniature engines are ideal for small satellites called CubeSats that are often used in academic research. Since electrospray engines ...

Now it is extremely possible, but still not trivial. A CubeSat is a very small satellite that can hitch a ride with a bigger satellite or get tossed out of a friendly space station. This week’s ...

Want to build your own CubeSat but have been put off by the price? There may be a solution in the works — [RG Sat] has challenged himself to design and build one for less than $1,000.

Research from the Colorado Inner Radiation Belt Experiment (CIRBE) CubeSat is being showcased by Science News. Designed at built at CU Boulder and the Laboratory for Atmospheric and Space Physics, ...

Larger cubesat sizes are simply determined by the number of 1U cubesats ... SPACE HAUC is also being supported by the Massachusetts Space Grant Consortium, BAE Systems, MIT Haystack, and UMass Lowell.

In the long run, they also hope to demonstrate a CubeSat that utilizes a fully 3D-printed electrospray engine during its operation and deorbiting. Source: By Adam Zewe, MIT (Note: Content may be ...