π ️ Resources / Tools
Whether you're starting fresh or looking to dig deeper, these are the tools and reads that have helped me most.
π Platforms & Sites
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RocketLaunch.Live – Live launch tracking with updates, stats, and timelines.
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ESA Newsroom – Official European Space Agency mission updates and insights.
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NASA Missions Overview – In-depth looks at NASA's past, present and future missions.
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SpaceNews.com – Industry-grade news on satellite tech, launches, and policy.
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SpaceflightNow – Launch Schedule – Regularly updated launch calendar.
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Stoke Space – Follow their work on reusable rockets and space infrastructure.
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Orbital Composites – Known for robotic manufacturing and orbital printing.
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Hello Tomorrow – Startup-focused platform with deep tech innovation projects.
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UK Space Agency SBSP Program – Deep dive into UK’s space-based solar ambitions.
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SpaceSolar UK – Focused on wireless power transmission from orbit.
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CalTech Space Solar Demo – Latest breakthrough from CalTech’s space-based energy team.
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ISRO – The Indian Space Research Organisation's public portal.
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Crunchbase – Track companies like Lux Aeterna or NewOrbit for market watch.
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33 Financial Group Dashboard – Financial insights into space ventures.
πΊ YouTube Channels / Experts
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Scott Manley – Rocket science and mission commentary with a practical lens.
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The Space Race – Trends, mission history, and commentary on new tech.
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Everyday Astronaut – Deep explanations on rocket engineering and launches.
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Arvin Ash – Big science questions answered with logic and simplicity.
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BBC Earth Lab – High-production science content including Mars survival concepts.
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TED-Ed – Clear, beginner-friendly visuals on fundamental scientific ideas.
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Boundless Brilliance – STEM explained for young learners (helpful for understanding foundational science).
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The Efficient Engineer – Great for grasping thrust, lift, and aerodynamics.
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National Grid UK – Innovations in energy, including space-linked content.
π Reading List
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The Future of Energy – BBC Future (web article)
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Space Barons – by Christian Davenport
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The Case for Space – by Robert Zubrin
Glossary-Basic Key Terms
Here’s a handful of key terms that come up often across space tech, rocket launches, and future exploration plans.
π Basic Rocket & Orbital Terms
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Payload – The cargo (e.g., satellites, humans, instruments) a rocket is designed to deliver into space.
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Re-entry – The process of returning a spacecraft into Earth’s atmosphere from space, facing extreme heat and pressure.
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Orbiting – A path where an object moves around a planet or moon, often in a stable loop due to gravity.
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Heat Shield – A protective layer on a spacecraft designed to absorb and dissipate heat during re-entry.
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Launch Window – The optimal time range for a rocket to launch based on orbital mechanics and mission goals.
π Exploration & Destination Terms
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Lunar – Anything related to the Moon; commonly used for bases, missions, or habitats.
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Interplanetary – Travel or missions between two or more planets (e.g., Earth to Mars).
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Space Tourism – Commercial space travel for recreational or civilian purposes.
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Space Manufacturing – The process of building tools, parts, or materials in space (often for use in space).
π’ Companies & Brands to Know
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SpaceX – Private aerospace company known for reusable rockets and missions to the ISS.
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Blue Origin – Jeff Bezos' space company focusing on tourism and long-term habitation.
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Rocket Lab – A smaller but fast-growing launch provider with reusable tech.
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Gilmour Space – Australian company focused on small launch systems (see: Eris rocket).
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Axiom Space – Building the first commercial space station modules.
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SpaceSolar UK – Developing wireless space-based solar energy.
π Rocket Structure & Physics (Coming Soon in a Blog Post)
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Stages (multi-stage rockets)
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Thrust & propulsion systems
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Delta-v and escape velocity
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Fuel types (liquid hydrogen, methane, RP-1)
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Reaction control systems (for fine-tuning position/orbit)
⚠️ Common Misunderstandings
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Not all space launches go to the Moon (most are satellites or LEO missions)
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Debris ≠ junk — some is recycled or tracked for reuse
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Reusable rockets don’t eliminate costs, but reduce them significantly
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Rockets don’t “burn through space” — they coast after leaving Earth's gravity
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