June 1, 2020

Astro-Vid Of the Week: Help Fund A Self-Healing Satellite

To the stars through teaching!

A student engineering team has a unique solution to a problem that plagues satellites in low Earth orbit.

Along with the larger pieces of space debris that NORAD tracks are the smaller pieces of hardware and material that we don’t know about, zipping along through space. These can include debris left over from previous space missions such as paint chips and frozen water droplets as well as incoming micro-meteoroid debris. Over time, satellites get “sand-blasted” and often damaged by these small particles travelling along at terrific velocity. If only there was a way that satellites could “heal” themselves, much like blood coagulates into an open wound to close it up…

Now, a project from Space Concordia seeks to demonstrate just that. But they need your help to get their ConSat-2 cubesat into space:

This exciting new Kickstarter is already funded well past the halfway mark, but they have just five days left to go. The team has a proven track record with the development of its ConSat-1, which won the first Canadian Satellite Design Challenge. ConSat-2 will demonstrate the viability of using a self-healing fiber-reinforced composite in a zero-g environment. If successful, the use of the material could become standard on spacecraft and satellites to protect them from damage. This could even prove to be cost effective on long duration manned space flights to the planets and on platforms such as the International Space Station, where micro-meteoroid strikes have been recorded as a known hazard.

Now is the time to get in on the ground floor of this exciting project… let’s get ConSat-2 to the launch pad!


  1. [...] engineering team seeks to solve a key problem afflicting satellites and spacecraft, but they need your help to do it. A micrometoroid strike observed on a space shuttle window after the STS-35 mission. [...]

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