Tracking CubeSats for $25

Tracking CubeSats for $25

  • June 2, 2018
Table of Contents

Tracking CubeSats for $25

CubeSats are tiny satellites which tag along as secondary payloads during launches. They have to weigh in at under 1.33 kg, and are often built at low cost. There’s even open source designs for these little spacecrafts.

Over 800 CubeSats have been launched over the last few years, with many more launches scheduled in the near future. This homebrew antenna is connected into a RTL-SDR dongle. The dongle picks up the beacon signals sent by the satellites and provides the data to a PC.

Due to the motion of the satellites, their beacons can be easily identified by the Doppler shift of the frequency. This looks like a fun weekend project, and probably the cheapest aerospace related project possible. After the break, watch the full video explaining how to build and set up the antenna and dongle.

Source: hackaday.com

Tags :
Share :
comments powered by Disqus

Related Posts

China just invited the world to its space station

China just invited the world to its space station

At a time when NASA and its partners are trying to decide how long to maintain the International Space Station, China has taken the significant step of inviting the world to its planned orbital station. The China Space Station, or CSS, could become operational as soon as 2022. Such an announcement represents potentially the greatest soft power threat of the last six decades to US and Russian dominance of spaceflight.

Read More
The SpaceDrive Project – First Results on EMDrive

The SpaceDrive Project – First Results on EMDrive

Propellantless propulsion is believed to be the best option for interstellar travel. However, photon rockets or solar sails have thrusts so low that maybe only nano-scaled spacecraft may reach the next star within our lifetime using very high-power laser beams. Following into the footsteps of earlier breakthrough propulsion programs, we are investigating different concepts based on non-classical/revolutionary propulsion ideas that claim to be at least an order of magnitude more efficient in producing thrust compared to photon rockets.

Read More