The post discusses a space startup that has demonstrated a remarkable feat by spinning a satellite at high speeds and successfully achieving its operational functionality post-experiment. This showcases advancements in satellite durability and innovative engineering, likely sparking interest in new approaches to satellite deployment and resilience to extreme conditions. While the experiment raises eyebrows regarding the practicality and conditions under which the satellite operates, it also highlights the evolving landscape of space technology startups and their experimental approaches to satellite design and performance.