Space Ambition

Space Ambition covers advancements and perspectives in space technology, focusing on lunar missions, orbital stations, space debris, space tourism, satellite internet, and the growing role of private companies and investors in space exploration. It highlights the importance of innovation, sustainability, and collaboration for future space endeavors.

Lunar Exploration Orbital Stations Space Debris Space Tourism Satellite Internet SpaceTech Innovations Private Investment Space Inventions Climate Change and Greenhouse Gases Space Food Production Space Energy Space Medicine Space Traffic Management Space Mining Educational Resources

The hottest Substack posts of Space Ambition

And their main takeaways

Mission Control Center - brains of the Space System. How does it work?

319 implied HN points β€’ 26 Jul 24
πŸ•Ή Technology Space Tech Engineering Innovation Data processing Artificial Intelligence
  1. The Mission Control Center (MCC) is crucial for managing spacecraft. It collects data, controls systems, and predicts emergencies.
  2. Different specialists work in the MCC, each focusing on specific parts of the spacecraft. The center’s size varies based on the mission's complexity, from small setups to large control rooms.
  3. New technology, including AI, is changing how MCCs operate. AI helps with monitoring systems and predicting spacecraft movement, making the process more efficient.

Brainstorming Solutions for Aerospace Sector Challenges

259 implied HN points β€’ 02 Aug 24
πŸ•Ή Technology Aerospace Innovation Startups Engineering Investment
  1. An online brainstorming session is being organized to find solutions for challenges in the aerospace industry. Everyone is welcome to join, regardless of their experience level.
  2. The discussions will be moderated by someone with a strong background in aerospace and venture capital. This helps ensure the session is productive and insightful.
  3. There are two scheduled sessions on August 10 to accommodate different time zones, making it easier for people around the world to participate.

Space Traffic Management: The Growing Challenge of Collision Avoidance

359 implied HN points β€’ 19 Jul 24
πŸ•Ή Technology Space Exploration Satellite Technology
  1. The number of satellites in space is rapidly growing, with projections to reach 100,000 by 2030. This increase means there is also a lot more space debris to manage.
  2. To avoid collisions, satellites need constant monitoring and updates on their positions. Companies are using radars and telescopes to track space objects more accurately, as even tiny debris can cause big problems.
  3. Dealing with space debris involves not just avoidance but also how to properly dispose of it after missions. If not managed well, the cost of avoiding collisions will rise, and satellites will become more expensive.

We need SpaceTech founders for customer interviews

299 implied HN points β€’ 24 Jul 24
πŸ•Ή Technology Startups Interviews Innovation Entrepreneurship
  1. Space Ambition is looking for founders in the SpaceTech field to join in customer interviews. This is a chance for them to share their challenges and needs.
  2. The interviews will last about 20-30 minutes and will help Space Ambition create new services tailored to these founders.
  3. Founders are encouraged to fill out a form to participate and to share this opportunity with other SpaceTech founders.

How to Invest in Space Tech: The Case of Rocket Lab

179 implied HN points β€’ 12 Jul 24
πŸ’Ό Business Investment Venture Capital Technology Startups Market Analysis
  1. Rocket Lab focuses on launching small payloads which is a growing need in the satellite market. This makes their service essential for companies needing timely deliveries.
  2. The company's innovative technology, such as 3D-printed engines, allows them to offer flexible launch options. This gives customers more control over their launch schedules.
  3. Despite some competition, Rocket Lab has a good chance to become a leader in its niche. Their strong team and existing client commitments make them an appealing investment.
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Masterclass on Investing in SpaceTech Startups

219 implied HN points β€’ 05 Jun 24
πŸ’Ό Business Investing Startups Technology Finance Entrepreneurship
  1. There is an online masterclass focusing on how to invest in Space Tech startups. It's a great opportunity to learn from experts in the field.
  2. The masterclass will feature an analysis of Bessemer Venture Partners' investment in Rocket Lab, which is a key example in SpaceTech investing.
  3. The sessions are free and available at two different times on June 15, making it easy for people to join.

Beyond Earth Technologies: Call to Action

799 implied HN points β€’ 05 Jan 24
πŸ•Ή Technology Space Tech Biotech Energy Robotics IT Infrastructure
  1. Beyond Earth Technologies is looking for innovative projects that can help with living on other planets and also have real opportunities for business now.
  2. If you're a scientist or inventor working on things like energy, robots, or habitats, you can apply to join their program by January 31st.
  3. You can share this opportunity with friends who have great ideas, and it only takes a few minutes to apply.

How to Build a Satellite: A Comprehensive Guide

179 implied HN points β€’ 24 May 24
πŸ•Ή Technology Space Tech Engineering Innovation Aerospace
  1. Building satellites is getting easier, which is why there are so many more in space now. A lot of companies are able to provide satellite services without even owning a satellite.
  2. Planning is really important when developing a satellite. You need to decide its goals, select the right orbit, and choose if you will build or buy your satellite components.
  3. Testing is a crucial step in satellite assembly. After building, you have to run various tests to make sure everything works properly before sending it to space.

Spotlight: Adam NiewiΕ„ski - Co-founder and Managing Partner @ OTB Ventures

119 implied HN points β€’ 14 Jun 24
πŸ’Ό Business Venture Capital Investment Startups Technology
  1. Investments in SpaceTech are expanding, especially in areas like in-orbit economy and debris removal. This is important for making space activities sustainable.
  2. European DeepTech startups are well-positioned to compete globally, but they need better funding and support from institutions. There's a gap in spending compared to the U.S.
  3. Investing in specialized areas like Industrial Automation is promising due to the massive data generated. Innovations in this sector can lead to smarter operations and decision-making.

Exploring the Need for More Semiconductor Technology Experiments in Space

139 implied HN points β€’ 31 May 24
πŸ•Ή Technology Semiconductors Space Tech Manufacturing Research Innovation
  1. Space has unique conditions like microgravity that can help create better semiconductor materials. This could lead to higher quality electronic devices in the future.
  2. Past experiments on the ISS focused mostly on growing crystals, but more research is needed on the complete manufacturing process for chips in space. This includes steps like slicing the crystals and fabricating circuits.
  3. Future projects aim to advance semiconductor production by using resources in space, like making solar cells from lunar materials. This could reduce costs and create a new way to manufacture technology off Earth.

πŸš€ Propel Your Space Startup Journey with Space Ambition's Fellowship Program 🌌

279 implied HN points β€’ 29 Mar 24
πŸ’Ό Business Startups Venture Capital Entrepreneurship Programs Innovation
  1. There is a fellowship program for people interested in starting space-related businesses. It offers guidance and support to help turn your ideas into reality.
  2. Participants will receive personalized feedback and insights on how to attract investors. This can help make your startup idea more appealing.
  3. The program includes online classes, individual coaching, and access to a network of resources. This structure is designed to assist you every step of the way in launching your space venture.

Fighting Crime with Space Technologies

99 implied HN points β€’ 21 Jun 24
πŸ•Ή Technology Space Tech Law enforcement Surveillance Crime Prevention Satellite imagery
  1. Law enforcement is increasingly using satellite technology to monitor and fight crime. This includes tracking illegal activities like drug trafficking and deforestation, which are hard to spot from the ground.
  2. Drones are becoming important tools for police work. They can quickly gather information in emergencies and help locate missing persons, improving response times and resource use.
  3. Crime investigation in space poses unique challenges. Scientists are researching how things like blood behave differently in low gravity, which could help solve future crimes in space.

Stars of the Desert: UAE's Pioneering Role in Space Exploration

119 implied HN points β€’ 07 Jun 24
πŸ•Ή Technology Space Exploration Innovation Education Economic Development International Collaboration
  1. The UAE is taking big steps in space exploration, launching missions like the Hope Probe to Mars that gather important data about the planet's atmosphere.
  2. They are also inviting private companies to join their plans for an Asteroid Mission, aiming to learn about asteroids and explore potential resources.
  3. The UAE is focused on building a strong foundation for future space experts through educational programs, helping students gain hands-on experience in space science and technology.

Where Do Spacecraft Live: How to Choose the Right Satellite Orbit?

79 implied HN points β€’ 28 Jun 24
πŸ•Ή Technology Space Exploration Engineering Satellite Technology Aerospace Industry
  1. Choosing the right satellite orbit is a key factor for the success of a space mission. It helps control costs and how well the satellite can perform its job.
  2. There are different types of orbits such as Low Earth Orbit (LEO), Medium Earth Orbit (MEO), and Geostationary Orbit (GEO), each serving different purposes and applications.
  3. As the number of satellites in space grows, effective disposal methods are crucial to avoid creating space debris, which could lead to future problems.

Market Overview: Spacetech Deals We Liked In 2023

379 implied HN points β€’ 12 Jan 24
πŸ’Ό Business Space Industry Investments Startups Technology Trends Market Analysis
  1. In 2023, there was a surge in funding for spacetech companies, especially in areas like commercial space stations and robotics. This shows that investors are excited about the future of space exploration and development.
  2. Debris removal and in-orbit servicing are gaining attention as important niches in spacetech. Many startups are exploring these areas, indicating a growing need for sustainable solutions in space.
  3. Despite competition in the space launch sector, several companies still secured significant investments. This suggests that there are still opportunities in launching services, but investors are cautious about long-term viability.

Telescopes: Discoveries, Places to Visit, Key Facts

359 implied HN points β€’ 19 Jan 24
πŸ”¬ Science Astronomy Astrophysics Technology Engineering Research
  1. Telescopes help us discover amazing things in space, like black holes and new planets. They've changed our understanding of the universe since Galileo's time.
  2. There are many types of telescopes, both in space and on Earth. Each one has its own strengths, like observing different wavelengths of light to see invisible objects.
  3. People are really getting into astronomy, and funding for telescopes is growing. It's easier than ever to rent telescopes or visit observatories to explore the night sky.

Earth Observation Use Cases

119 implied HN points β€’ 17 May 24
πŸ•Ή Technology Space Technology Remote Sensing Data Analytics Disaster Management
  1. Earth observation is key for weather and climate studies. It helps scientists track weather patterns and understand climate change using data from satellites.
  2. Satellites are important for monitoring natural and human-made disasters. They provide real-time data that helps in managing disaster response and understanding impacts.
  3. Remote sensing data supports various sectors like finance, ecology, and infrastructure. It aids in resource management, economic predictions, and assessing environmental changes.

The Starship: Can One Rocket Change the Entire Space Industry?

279 implied HN points β€’ 16 Feb 24
πŸ•Ή Technology Space Exploration Aerospace Engineering Innovation Commercial Space
  1. Starship aims to drastically lower the cost of launching payloads into space, making it more affordable for various missions. This could mean launching things into orbit for just $100 per kilogram, which is a huge drop from the current price.
  2. The rocket is designed to be fully reusable, meaning both its stages can be used again and again. This will help SpaceX perform more launches efficiently and at a lower cost.
  3. Starship has the potential to open up opportunities for space tourism, lunar missions, and even trips to Mars. It could make space travel as common as taking a plane someday.

Spacetech pitch session #2: summary

99 implied HN points β€’ 11 May 24
πŸ•Ή Technology Space Tech Startups Investing Innovation
  1. The second pitch session for spacetech startups featured six innovative companies presenting to over 30 investors.
  2. One of the startups from the previous session, Xona Space Systems, successfully closed a $19 million funding round.
  3. The next pitch session is planned for September, inviting more startups and investors to participate.

Spotlight: Alexandra Vidyuk - Founder @ Space Ambition & Venture Partner @ Aloniq

179 implied HN points β€’ 08 Mar 24
πŸ•Ή Technology Space Tech Investments Innovation Entrepreneurship
  1. Alexandra Vidyuk switched from banking to spacetech because she wanted to follow her childhood dream of exploring space. She believes the space industry can help solve big problems like climate change.
  2. The space industry needs more people from different backgrounds to help it grow. It's not just about rockets; many skills can be applied in this field, making it accessible to more people.
  3. If someone wants to move into spacetech, they should start learning about it through books and courses. Connecting with industry professionals and thinking about how their existing skills can fit into this field is also important.

Spotlight: Bulent Altan - Founding Partner @ Alpine Space Ventures

319 implied HN points β€’ 15 Dec 23
πŸ’Ό Business Investments Startups Technology Innovation Space
  1. Investing in space tech can help solve big problems on Earth, like climate change and disaster management. These technologies improve our lives and connect us better.
  2. When looking at start-ups, it's important to check if they have a good product-market fit and a strong team. A solid team with experience can really make a difference in succeeding.
  3. The future of space investments is bright, especially in satellite manufacturing. This area has a lot of potential and can help grow the whole space industry.

Spotlight: Daniel Kleinmann, Daniel Wallman, and Phil Scully - Partners @ Balerion Space Ventures

359 implied HN points β€’ 17 Nov 23
πŸ’Ό Business Venture Capital Investing Startups Space Economy Technology
  1. The space industry is quickly growing, with many new companies starting up. This offers a great chance for investment in exciting projects that can help us explore and use space.
  2. Investors like Balerion VC focus on specific areas within space tech, such as satellites and space tourism. They want a mix of investments to cover all important sectors of the space economy.
  3. For anyone looking to invest in space, building a strong network is key. It's important to make helpful connections and relationships in the space community.

Gateways to the Cosmos: From Gigantic Spaceports to Unconventional Methods of Reaching Space

419 implied HN points β€’ 01 Sep 23
πŸ•Ή Technology Space Exploration Aerospace Satellite Technology Innovation
  1. There are many active launch sites around the world, with a total of 66 launch sites identified, including 46 currently operational. These sites are crucial for space exploration and are usually equipped with necessary facilities.
  2. The rise of private companies is changing how rockets are launched. Smaller rockets and satellite launches are becoming more common, leading to the creation of smaller spaceports tailored to these needs.
  3. Some countries are considering building spaceports far from home due to advantageous geography or legal reasons. Launching rockets closer to the equator, for example, can make the process more efficient.

Space Ambition: 2023 Year in Review

259 implied HN points β€’ 30 Dec 23
πŸ•Ή Technology Space Tech Investments Startups Industry insights Research
  1. The subscriber count grew seven times this year, increasing from 1,500 to over 9,800. This shows strong interest in spacetech content across many countries.
  2. The blog published 52 posts, with an impressive average of 5,000 to 7,500 views each. Popular sections included interviews with industry leaders and insights into various countries' space tech ecosystems.
  3. The team was active in the spacetech community, hosting events and mentoring startups, while also achieving a successful satellite launch. They valued the contributions of volunteers and the support from recognized blogs.

The Who and Why of Spacetech Investments

119 implied HN points β€’ 05 Apr 24
πŸ’Ό Business Investments Venture Capital Startups Technology
  1. Interest in spacetech is growing fast, with many venture capital firms looking to invest. This area is part of a larger category called deeptech, which is seen as complex and risky.
  2. Investors are drawn to spacetech for its long-term potential, much like investing in successful tech companies in their early days. They want to be part of something big that could change the future.
  3. Despite a recent drop in overall investment activity, specialist funds are still eager to invest in spacetech. They see value in supporting innovative sectors that could lead to significant advancements.

Understanding Gravitational-Wave Observatories: A Pillar of Modern Fundamental Science

99 implied HN points β€’ 19 Apr 24
πŸ”¬ Science Astronomy Physics Technology Research Innovation Education
  1. Gravitational-wave observatories like LIGO help us understand the universe better. They can detect tiny ripples in spacetime caused by huge cosmic events like black hole mergers.
  2. Investing in fundamental science is cost-effective and leads to unexpected technological benefits. For example, the innovations developed for LIGO can also help in industries like manufacturing and quantum computing.
  3. Fundamental science projects prepare us for future challenges, much like a university education does. They provide a foundation that helps scientists and engineers create new technologies and solutions down the line.

Space Debris: the Global Flagship Conference Takeaways from Saudi Arabia

159 implied HN points β€’ 23 Feb 24
πŸ”¬ Science Space Exploration Technology development Environmental Policy International cooperation Sustainability
  1. The recent Space Debris Conference in Saudi Arabia gathered over 50 countries to discuss the growing issue of space debris. This problem arises from the increasing number of satellites and other objects in Earth's orbit.
  2. Experts stressed the need for global cooperation and innovative technologies to tackle space debris. They highlighted that ignoring this issue could lead to serious threats for future space missions and satellites.
  3. Saudi Arabia is taking a proactive role in addressing space debris, signing agreements with key organizations to enhance tracking and safety measures. Their commitment shows a strong dedication to ensuring safe and sustainable space exploration.

Spotlight: Space Artist Michael Najjar

99 implied HN points β€’ 12 Apr 24
🎨 Art & Illustration Contemporary Art Visual Culture Digital Art
  1. Art can connect people to space science, making complex topics more relatable and exciting. It invites everyone to explore the wonders of the cosmos.
  2. Michael Najjar merges technology and art to visualize the future of space exploration. His works reflect both current scientific realities and imagined possibilities.
  3. Collaboration with scientists and engineers enriches his art, helping bridge the gap between public understanding and advanced technological concepts in space exploration.

Spotlight: Michael Mealling - General Partner @ Starbridge Venture Capital

79 implied HN points β€’ 03 May 24
πŸ’Ό Business Venture Capital Investment Strategies Space Technology Startup Ecosystem Market Analysis
  1. The key to successful investing in spacetech is understanding market structures and leveraging a strong network. This helps in identifying real opportunities amid hype.
  2. Using the Integrated Space Plan (ISP) aids in spotting gaps and potential growth areas in the industry. It's important to ensure there are actual customers for new technologies.
  3. When reaching out to potential investors, concise and clear pitches about the business model are crucial. It's more effective to focus on solving customer problems rather than just showcasing technology.

The Moon exploration: the past and the future

1099 implied HN points β€’ 16 Sep 22
πŸ”¬ Science Space Exploration Technology development Astrobiology Resource Management
  1. The Moon has many resources, like water ice and minerals, that could help support life and reduce our reliance on Earth. This could be a big deal for future space missions.
  2. There are lots of new companies working on lunar projects, like transportation and communication for a Moon base. A lot of exciting developments are happening in the lunar economy right now.
  3. Plans for Moon exploration are moving forward, with crewed missions set for 2024 and a permanent base by 2030. Many countries and companies are joining forces to make this a reality.

Space Ambition Useful Resources for Founders and Investors

99 implied HN points β€’ 10 Apr 24
πŸ’Ό Business Startups Investing Technology Entrepreneurship Sustainability
  1. There is a fellowship program for people interested in starting spacetech companies. It's starting soon and there are only a few spots left.
  2. They offer help for those with ideas for spacetech or sustainability start-ups looking for support or funding.
  3. Investors can get involved by reaching out for access to deal flow and investment opportunities in the space sector.

Spotlight: Jonathan Lacoste - General Partner @ Space.VC

179 implied HN points β€’ 26 Jan 24
πŸ’Ό Business Venture Capital Startups Investment Strategies Technology Innovation Space Industry
  1. Investing in space tech has huge potential. It's becoming a key part of important industries like defense, agriculture, and communication.
  2. When looking to invest early, focus on the founding team and the size of the customer market. Successful relationships can be built before a product even exists.
  3. Finding big problems to solve is better than starting with a tech idea. Look for large markets that could benefit from smart space applications.

Amadee-24 Chronicles: Mars on Earth - How Do We Prepare for a Mars Mission?

79 implied HN points β€’ 26 Apr 24
πŸ”¬ Science Space Exploration Astrobiology Robotics Artificial Intelligence Human factors
  1. Analog missions help us practice for going to Mars by simulating life on other planets. These missions are done on Earth to learn about the challenges astronauts might face.
  2. Communication on missions to Mars is tricky because it takes about 10 minutes for messages to travel. This makes astronauts more independent and affects their mental state during the journey.
  3. People can join analog missions to gain experience and be part of the preparation for Mars. These missions are exciting and beneficial for anyone interested in space exploration.

Satellite Internet: The Next $100B Market Investors Have Been Waiting For?

279 implied HN points β€’ 20 Oct 23
πŸ•Ή Technology Internet Satellites Investments Innovation Telecommunications
  1. Satellite internet uses space satellites to provide internet access instead of cables. This technology has been around for over 70 years and is trying to help connect underserved areas.
  2. While satellite internet is growing, it currently has limited speed and higher costs compared to fiber internet. Most people still rely on fiber for quicker and cheaper connections.
  3. The satellite internet market is expected to expand a lot in the coming years, with many startups getting involved. Investors see potential in this area to bridge the digital divide.

International Agreements and Laws Shaping Space Exploration

119 implied HN points β€’ 01 Mar 24
🌐 International Commercial Space
  1. There is a growing need for clear rules about how to use and own resources in space. As more nations explore the moon, they need to figure out how to work together peacefully.
  2. The Artemis Accords are a new set of principles that promote cooperation and safety in lunar exploration. They aim to ensure that space use is transparent and peaceful, though some of their goals may conflict with older treaties.
  3. As private companies start to play a bigger role in space exploration, laws need to adapt to include these actors. Clear regulations will help guide how they operate and share the benefits of space exploration.

Space Ambition 1st Anniversary: We Got a Bit Closer to the Stars

279 implied HN points β€’ 15 Sep 23
πŸ”¬ Science Space Tech Astrophysics Aerospace Innovation Research
  1. Space Ambition attracted over 8,000 readers and completed more than 50 research projects in its first year. It's great to see such a big community focused on space and technology!
  2. The team believes that space technology can solve many of Earth's problems and aims to make it more understandable and accessible for everyone. They want to connect space with everyday life.
  3. Readers have shared inspiring stories about how the blog has influenced their careers, which shows the positive impact of their work in the space sector. It's awesome to see people motivated to pursue their dreams!

Spacetech Failures: Analyzing Major Industry Missteps and Lessons for Investors

259 implied HN points β€’ 29 Sep 23
πŸ•Ή Technology Space Tech Investing Engineering Automation Entrepreneurship Market Dynamics
  1. The spacetech industry has seen many failures, like Iridium's bankruptcy and Falcon 1's launch issues, but these stories show how important it is to adapt and learn from mistakes.
  2. Space exploration is getting increasingly crowded and risky with satellite constellations like Starlink, which raises concerns about space debris and potential collisions in orbit.
  3. The integration of AI in space missions is still developing, and while AI can help reduce human errors, we need to carefully test and approve these systems for safe use in space.

Italy: A Rising Star with Significant Contributions to the Space Industry

259 implied HN points β€’ 22 Sep 23
πŸ•Ή Technology Space Industry Aerospace Innovation Startups Research
  1. Italy has a strong aerospace industry, especially in Turin, which is a major global hub with over 160 companies and thousands of workers. It plays a key role in space projects, including working on the International Space Station.
  2. Italy is an important player in the European Space Agency, contributing significant funding and securing contracts for projects like Earth observation satellites and lunar studies. This shows Italy's growing influence in the space sector.
  3. The Italian space community is supported by a mix of government, academic institutions, and private companies. This collaboration helps foster innovation and growth among startups in the space industry.