NASA - National Aeronautics and Space Administration’s Post

Time to clean up. National and international regulation should command that all new satellites and space assets have the ability to self-propel to a designated graveyard area at end of life or end of use. Through a international consortium, bounty should be placed on larger defunct space debris, and allow salvors to relocate to graveyard zone. Once relocation is proven bounty can be awarded to salvors. Potentially space junkyards could be set up in L4 and L5. These spent space assets can be recycled and reused for future in space construction. The option for forced entry burn up of space debris should be limited for safety and environmental protection.

This is exactly what my research covers. The orbital debris crisis demands both technological and political improvements to keep LEO clean and ensure the health and sustainability of future space missions.

By using advancing active debris removal which involves developing technologies like robotic arms, nets, harpoons, and lasers to capture and deorbit debris. Focus on autonomous systems for precise targeting and efficient operations. Prioritize removing large, high-risk debris first. Enhance international collaboration to share technology and coordinate efforts. Secure funding and regulatory support to drive research and implementation.

orbital debris mitigation is a must

Since first being proposed by Donald J. Kessler in 1978, NASA has tried to solve the issue of space debris crowding our orbital space. As literal rocket scientists look into methods like electromagnets, nets, and autonomous capture devices, regulators should do their part to assist in keeping our travel lanes clear. Last year I was published in the Loyola Maritime Law Journal about this topic. I detail the issue and propose several solutions drawing on the inspiration of maritime and aviation law. It's my featured post on my LinkedIn and you should give it a read if you haven't already! 🚀

Keeping low Earth orbit safe for future generations involves a combination of policy, technology, and international cooperation. Strengthening international treaties and enforcing national regulations can help minimize debris creation and ensure compliance with mitigation guidelines. Developing and deploying active debris removal technologies, such as nets and lasers, along with designing spacecraft to burn up upon re-entry, can reduce existing debris. Enhancing space situational awareness and implementing automated collision avoidance systems are crucial for preventing collisions. Encouraging sustainable practices in satellite operations and investing in research and development of new technologies will support long-term solutions. Public awareness and industry standards play a vital role in fostering a culture of responsibility in space activities.

Looking for an informative podcast to kickstart your Monday? Then tune in to the latest The Satellite & NewSpace Matters Podcast by neuco episode featuring our CEO, Jakub Dziwisz! 🎧 In this podcast, you can explore how Orbify is evolving to provide real value by making space-acquired data more accessible. 🚀 Jakub Dziwisz shares insights on satellite technology, earth observation systems, and the crucial role of diversity in the industry. 👨🚀 In the video below you can get a glimpse of their insightful conversation! 🎧 For the full experience, follow the link in the comments! #SatelliteTechnology, #EarthObservation, #Accessibility, #Diversity

Chose your Challenge At our upcoming Growth Workshops (Goals & Control), we dive into two pivotal concepts: controlling what you can and taking decisive action toward your goals. A perfect encapsulation of this philosophy comes from Caroline Ellis (Deep Space Engineer - Lockheed Martin) approach to life, which she aptly describes as "choosing your challenge" on our Energy Crue Podcast Episode. Caroline’s perspective offers a powerful way to view struggles and uphill battles. She believes that anything truly worthwhile will inevitably be challenging. Embracing this, Caroline chooses daily to step out of comfort zones and push her limits—a mindset that continually inspires me. Join us on the latest episode of the Energy Crue Podcast as Caroline and I explore her journey from growing up around the oilfields to becoming a deep space engineer in orbit. It’s a testament to how embracing challenges can lead to extraordinary paths. 🎧 Listen to our conversation on the Energy Crue Podcast, available wherever you get your podcasts, and let it inspire you to choose your own challenges as we prepare for our enlightening Growth Workshops. #space #deepspace #challenge #mindset #womeninscience

In the latest episode of the Space Capital Podcast, Managing Partners Chad Anderson and Justus Kilian discuss the key developments in Q1 2024. Topics include the rise in satellite investments, the impact of inflation and interest rates, SpaceX’s record-breaking activities, the growth in geospatial applications, and overall market dynamics. This episode provides a comprehensive overview of the evolving space economy. Tune in to dive deeper into these insights: https://lnkd.in/e523HZRm

overview of the evolving space economy....