spacex launch Podcasts

Welcome to The Modern Space Race — your front-row seat to humanity’s greatest leap into the stars. Every Friday, we bring you the most important, fascinating, and up-to-date space news from around the globe: from Starship test launches at Starbase and NASA’s Artemis missions, to new rocket technologies, international space policy, and the latest discoveries from Mars, the Moon, and beyond.Then, join us every Wednesday for our listener-favorite Q&A episodes, where we answer your most burning questions about space exploration, orbital mechanics, astronaut life, private spaceflight, planetary science, and everything in between. Whether you're a student, a lifelong space geek, an engineer, or just someone curious about what’s above, there's something here for you.Hosted by passionate aerospace minds and built for a global audience, The Modern Space Race dives deep without losing clarity. We cover breaking developments from SpaceX, NASA, Blue Origin, Rocket Lab, ISRO, and the growing universe of space startups and commercial launch companies shaping our interplanetary future.So strap in. Because the race isn’t over—it’s just getting started.New episodes every Friday and Wednesday. Hosted on Acast. See acast.com/privacy for more information.

Immer mehr Raketen, immer abgefahrenere Missionen! In der Raumfahrt geht's gerade richtig ab. Das Wettrennen zum Mond und Mars hat längst begonnen. Bereit für den Start?  Anne-Dorette Ziems, Fritz Espenplaub und David Beck nehmen euch alle zwei Wochen mit auf diese Reise. Wir sprechen über die neuesten Missionen, spannende Zukunftsvisionen und geben überraschende Einblicke in die Welt der Raumfahrt – ohne zu viel komplizierte Physik!

Space Tomato is joined by a new guest every week to discuss Star Citizen development in regard to their expertise or perspective. Hear from industry professionals, game developers, Youtube content creators, and more as we explore the ins and outs of what makes Star Citizen work, how it got to where it is, and what people love (or hate) about it so much. Learn the latest about the latest features and developments in Star Citizen and other space games once a week every week, full of info, humor, wisdom, and a couple of rants.

A podcast bringing you updates about SpaceX and launch summaries. Every episode ranges between 2-10 minutes. Episodes will be published every 2-5 days.

A podcast for space fans and photographers alike, Shooting the Space presents in-depth discussion from co-hosts Erik Kuna and John Kraus, as well as others from around the spaceflight photography industry, on everything surrounding capturing images of rocket launches. Whether you’re a photographer curious about the genre of spaceflight photography, or a space fan curious about how we capture our images, listen for deep dives into our coverage of recent missions, discussions surrounding various elements of our workflow, and commentary on the state of photography in the age of social media.

In this podcast series, we'll explore the groundbreaking events of February 2031, where SpaceX is set to launch its most ambitious mission yet: sending humans to Mars. The stage is set for a groundbreaking event that will echo through the ages.

From humble beginnings to revolutionizing the space industry, this comprehensive article traces the remarkable journey of SpaceX and its visionary founder, Elon Musk. Discover the groundbreaking technologies, daring missions, and ambitious goals that have propelled SpaceX to the forefront of space exploration, and learn how the company plans to make humanity a multiplanetary species.And here's a joke poking fun at the length of the Podcast:Q: How do you know when a SpaceX article is thorough? A: When it takes longer to read than a Falcon 9 launch!

Notícias sobre o espaço, lançamentos de foguetes e as últimas novidades da SpaceX, United Launch Alliance, Northrop Grumann, Rocket Lab, Blue Origin, Nasa e outras lançadoras em um podcast semanal!

Launch alerts, launch details, and live recorded audio of rocket launches from Florida’s Space Coast. What’s going up, where it’s going, and details and first hand accounts on where to see them. SpaceX, ULA, NASA, and everything still yet to come.

On September 10, 2024, SpaceX successfully launched the Polaris Dawn mission, marking another milestone in private space exploration. This launch is not just any space mission—it is the first of three planned by the Polaris Program, spearheaded by billionaire Jared Isaacman. Polaris Dawn holds the promise of historic achievements, including the highest human spaceflight orbit since the Apollo missions and the first-ever commercial spacewalk. The mission embodies the growing role of private companies in space travel and the ambitious goals of furthering human exploration beyond Earth. The Launch: A Monumental Moment After multiple delays due to weather conditions and capsule recovery concerns, the Falcon 9 rocket carrying Crew Dragon Resilience successfully took off from Kennedy Space Center’s LC-39A launch pad in Florida. The smooth liftoff was followed by the successful return of the Falcon 9’s first stage to Earth, marking yet another reuse of the rocket—a key aspect of SpaceX's efforts to reduce the cost of space travel. Polaris Dawn is a high-profile mission that sets out to reach an unprecedented altitude for a manned spaceflight in the modern era. The crew on board will fly over 870 miles (1,400 kilometers) above Earth, breaking the record held by Gemini 11, a NASA mission launched in 1966. This is the farthest any human has been from Earth since NASA's Apollo Program, and it provides a unique opportunity to conduct a series of scientific experiments that were previously impossible at lower altitudes During its time in space, the Crew Dragon will travel through the South Atlantic Anomaly, exposing the crew to high levels of radiation for brief periods. This unique aspect of the mission will provide critical data on the effects of radiation on the human body, information that is key for future missions to the Moon and Mars Crew Members: Pioneers of Commercial Space Exploration The Polaris Dawn crew is made up of four individuals, each of whom brings a specific skill set essential to the success of the mission: Jared Isaacman: The 41-year-old billionaire is the mission commander. Isaacman, who made headlines with his leadership on the Inspiration4 mission, is no stranger to space. As a private spaceflight pioneer, he is leveraging his expertise in space and aviation to lead the Polaris Program. Isaacman also brings vast experience as a highly skilled fighter jet pilot. Scott Poteet: A retired Air Force lieutenant colonel and experienced fighter pilot, Poteet serves as pilot for the mission. Though this is his first trip to space, his military background and experience with high-stakes operations make him a valuable asset in ensuring the mission's success. Sarah Gillis: A lead SpaceX operations engineer, Gillis is one of the mission’s two mission specialists. She has been instrumental in training astronauts for previous SpaceX missions and will have a hands-on role in conducting scientific research and operating equipment. Gillis will be one of the two astronauts performing the first-ever commercial spacewalk during the mission. Anna Menon: Also a mission specialist, Menon is a medical officer and space operations engineer at SpaceX. She will be tasked with monitoring the crew's health during the mission and conducting various scientific experiments related to human physiology in space A Bold Scientific Agenda Polaris Dawn isn’t just a record-setting flight—it’s also a science-focused mission. The crew is tasked with carrying out 40 scientific experiments across various disciplines, including biology, physics, and medicine. One of the most significant experiments will examine how the human body reacts to deep-space radiation. The crew will be exposed to high radiation levels for short intervals during their journey through the South Atlantic Anomaly, providing valuable data on how future long-duration missions to Mars or the Moon might impact astronauts' health. Additionally, Polaris Dawn will study the effects of decompression sickness and spaceflight-associated neuro-ocular syndrome (SANS)—a condition that affects astronauts' vision during extended periods in space. The mission will investigate how reduced cabin pressure impacts the crew’s physiology and work on preventive measures that could be implemented for longer-term space missions The Spacewalk: A Commercial First One of the most exciting aspects of the Polaris Dawn mission is its plan to carry out the first-ever commercial spacewalk. On the third day of the mission, Jared Isaacman and Sarah Gillis will don specially designed EVA (extravehicular activity) suits and venture outside the Crew Dragon capsule for a two-hour spacewalk. Unlike the traditional ISS spacewalks, where an airlock allows astronauts to exit without depressurizing the entire spacecraft, Polaris Dawn’s spacewalk will involve depressurizing the entire Crew Dragon capsule. This will expose all four crew members to the vacuum of space, though only Isaacman and Gillis will actually leave the spacecraft. Their EVA suits have been custom-made by SpaceX, incorporating advanced materials and heads-up displays to assist in navigation and communication The spacewalk is not just about breaking new ground; it’s also critical for testing and validating EVA technology that will be essential for future lunar and Martian missions. The suits designed for this mission are optimized for both comfort and safety, featuring flame-resistant materials, improved thermal management, and enhanced mobility. This spacewalk will also contribute to research on decompression sickness and how the human body adapts to the rapid transition from a pressurized to a vacuum environment Starlink and Advanced Communication Another first for Polaris Dawn is the crewed operational test of Dragon’s laser interlink communication via SpaceX’s Starlink satellites. The mission aims to demonstrate how Starlink technology can be used for low-latency communication during human spaceflights. This technology could dramatically improve communication during future deep-space missions by reducing delays and increasing the bandwidth available for transmitting data and video back to Earth Starlink’s role in Polaris Dawn is crucial because reliable communication is essential for the success of any space mission, especially as humanity ventures farther from Earth. This test will be a key proof-of-concept that could open the door for more robust communication networks in future lunar and Martian missions. A Glimpse of the Future: What Polaris Dawn Means for Space Exploration The successful launch of Polaris Dawn is a major step forward in the commercialization of space. As private companies like SpaceX push the boundaries of what’s possible, they’re also paving the way for future human exploration of deep space, including missions to the Moon, Mars, and beyond. Polaris Dawn also highlights the increasingly central role of private sector players in space exploration. Jared Isaacman’s leadership and financial backing have been instrumental in making this mission possible, and it’s likely that similar privately funded missions will become more common in the years to come. For SpaceX, Polaris Dawn is just the beginning. The company has its eyes set on Starship, its fully reusable spacecraft that is designed for long-duration space travel. If Starship is successful, it could revolutionize how humans explore space, making deep-space missions more cost-effective and accessible. The Return to Earth: A Safe Splashdown Polaris Dawn is expected to last five days, with the crew conducting their experiments and spacewalk before beginning their descent back to Earth. The Dragon capsule will re-enter Earth’s atmosphere and splash down in the Atlantic Ocean, where SpaceX recovery teams will be waiting to retrieve the crew. Once back on Earth, the data collected during the mission will be analyzed, contributing to our understanding of space travel and preparing humanity for future explorations Polaris Dawn’s successful launch marks a watershed moment in the history of private space exploration. The mission’s ambitious goals, including the first commercial spacewalk and the testing of Starlink communication in space, set the stage for a new era of space travel. As humanity prepares to push the boundaries of exploration farther than ever before, missions like Polaris Dawn will play a critical role in shaping the future of spaceflight. By advancing the science of space travel and expanding the reach of human exploration, Polaris Dawn brings us one step closer to making deep-space missions a reality. This mission is not just a victory for SpaceX or the Polaris Program; it’s a win for everyone dreaming of a future where space is within humanity’s reach. 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Conversations with the people turning space into the next big industry.From scrappy founders to seasoned execs, Space Launch Podcast dives into the bold bets and tough lessons behind breakthrough wins.Stories that show how the space economy is really taking shape.If you’re building, investing, marketing, or just thinking about your place in the next frontier - this podcast is for you.

Billed as “A community discussion about humanity’s future in space”, the biweekly Mars Talk podcast features Mars Society chapter leaders and other guests to discuss the Society’s activities and those of individual chapters. The podcast will also provide commentary on recent space news, such as commercial space activities and those of the worldwide space agencies. The first episode of Mars Talk was recorded on Friday, April 12th and is hosted by Christopher Tarantola from the Mars Society’s Chapter & Outreach team. Christopher is joined by two co-hosts: James Burk, the Society’s IT Director and organizer of the Seattle chapter, and Lucinda Offer, the Society’s Executive Director and organizer of the UK chapter. Christopher, James, and Lucinda provide commentary on the recent NASA return to the moon announcements, SpaceX & Boeing’s commercial crew activity, the recent Falcon Heavy launch of ArabSat-6A, Israel’s SpaceIL mission to land on the Moon, India’s anti-satellite test and its aftermath, and several other current space-related news items. In addition, Lucinda provides an introduction to the Mars Society and the recent projects and activities done by our worldwide network of chapters.

Welcome to The HomeGirl Factor Podcast, I am your host Damarys Acevedo. I empower women in mid-life to rediscover their voice, break free from judgment, and boldly share their stories. Through heartfelt conversations on self-care, meditation, and healing from trauma, I create a space for growth, resilience, and reclaiming your personal power. Together, we navigate the complexities of mid-life with authenticity, purpose, and a deeper understanding of our past and future.

NASA's Artemis Program: Reviving the Dream of Human Spaceflight The Moon, that celestial beacon, has captivated humanity's imagination for millennia. It has been the subject of countless stories, myths, and legends, a symbol of the unknown and the unattainable. But now, in the halls of NASA, a new breed of explorers is gearing up to return to our lunar neighbor. They call it the Artemis program, a fitting name for a mission that aims to put the first woman and the next man on the Moon. It's a bold undertaking, a declaration that America is ready to reclaim its place at the forefront of space exploration. Picture this: a behemoth of a rocket, the Space Launch System (SLS), standing taller than the Statue of Liberty. It's a marvel of engineering, the most powerful rocket ever built, a testament to the ingenuity and determination of the NASA team. The SLS is a sight to behold, with its towering boosters and massive core stage, a true leviathan of the launchpad. And atop this colossal machine sits the Orion spacecraft, a sleek capsule designed to carry humans into the depths of space. It's a craft that embodies the spirit of exploration, a vessel that will take us beyond the bonds of Earth and into the great unknown. Together, the SLS and Orion form the backbone of the Artemis program, the vessels that will propel us back to the Moon. But this is no mere repeat of the Apollo missions of yesteryear. Artemis is a new breed of lunar exploration, one that seeks to push the boundaries of what is possible and lay the foundation for a sustainable human presence on the Moon. But Artemis is more than just a single mission. It's a series of stepping stones, each one bringing us closer to that ultimate goal of establishing a permanent human presence on the lunar surface. The first step, Artemis 1, is an uncrewed test flight. It's a chance for the SLS and Orion to prove their mettle, to dance around the Moon and back without a soul on board. This maiden voyage will put the hardware through its paces, testing the limits of the technology and ensuring that everything is ready for the crewed missions to come. Then comes Artemis 2, a crewed flight that will orbit the Moon, a tantalizing preview of what's to come. This mission will be a true test of human endurance and ingenuity, as the astronauts spend days in the cramped confines of the Orion spacecraft, orbiting our celestial neighbor and gazing down upon its cratered surface. It will be a moment of profound beauty and wonder, a reminder of the incredible journey that lies ahead. And finally, Artemis 3, the crown jewel of the program. This is where history will be made, where boots will once again leave their mark on the lunar dust. The lucky astronauts chosen for this mission will become instant celebrities, their names etched alongside the likes of Neil Armstrong and Buzz Aldrin. They will be the pioneers of a new era in space exploration, the first humans to set foot on the Moon in decades. But NASA isn't going it alone. The Artemis program is a global effort, with international partners like the European Space Agency, Japan, and Canada all playing a part. It's a reminder that space exploration is a shared endeavor, a way for nations to come together in pursuit of a common goal. Each partner brings its own unique expertise and resources to the table, creating a truly collaborative effort that spans the globe. The European Space Agency, for example, is contributing the European Service Module for the Orion spacecraft. This critical component will provide power, propulsion, and life support for the astronauts during their journeys to and from the Moon. It's a testament to the strength of the international partnership, a symbol of the shared commitment to pushing the boundaries of human exploration. Japan, too, is playing a vital role in the Artemis program. The Japan Aerospace Exploration Agency (JAXA) is developing a robotic arm for the Gateway, a small space station that will orbit the Moon and serve as a staging point for missions to the lunar surface. This robotic arm will be essential for maintaining and repairing the Gateway, ensuring that it can support human exploration for years to come. And Canada, with its long history of space exploration, is contributing a sophisticated robotic system known as Canadarm3. This advanced robotic arm will be used to assemble and maintain the Gateway, providing a vital tool for the astronauts as they prepare for their missions to the lunar surface. These international partnerships are just one aspect of the Artemis program's ambitious scope. NASA is also working closely with American industry to develop the technologies and systems needed to support long-term exploration of the Moon and beyond. Companies like SpaceX, Blue Origin, and Dynetics are all developing lunar landers that will carry astronauts from the Gateway to the surface of the Moon, while others are working on advanced spacesuits, habitation modules, and other critical technologies. The involvement of private industry is a key part of NASA's strategy for sustainable lunar exploration. By partnering with companies that are at the forefront of space technology, NASA is tapping into a wellspring of innovation and expertise that will be essential for achieving its long-term goals. These partnerships also help to drive down costs and increase efficiency, ensuring that the Artemis program can be carried out in a way that is both effective and financially sustainable. But the Artemis program is about more than just technological achievement. It's about the human spirit, the unquenchable thirst for knowledge and discovery that has driven us to explore the unknown since the dawn of time. The astronauts who will fly these missions are more than just highly trained professionals; they are explorers in the truest sense of the word, individuals who have dedicated their lives to pushing the boundaries of what is possible. They will face challenges that most of us can scarcely imagine, from the physical demands of launching into space to the psychological stresses of living and working in an unforgiving environment. But they will also experience moments of profound beauty and wonder, from the sight of the Earth rising above the lunar horizon to the thrill of taking those first steps on an alien world. And what a world it is. The Moon is a harsh and forbidding place, a landscape of stark beauty and hidden dangers. Its surface is pockmarked with craters and littered with boulders, a testament to the violent history of our solar system. But it is also a place of great scientific interest, a natural laboratory that can teach us much about the history and evolution of our planet and the universe beyond. That is why the Artemis program is so important. It is not just about returning to the Moon, but about using the Moon as a stepping stone to even greater achievements. The technologies and techniques developed for Artemis will lay the foundation for future missions to Mars and beyond, opening up new frontiers of exploration and discovery. Imagine lunar rovers roaming the surface of the Moon, scouting out potential landing sites for future missions. Picture astronauts living and working in sleek habitation modules, learning how to cope with the challenges of long-duration spaceflight. These are the building blocks of a new era in space exploration, one that will take us farther than we've ever gone before. But it won't be easy. Space is a harsh mistress, and the Moon is no exception. There are technical hurdles to overcome, logistical challenges to surmount. Radiation exposure, extreme temperatures, and the ever-present danger of micrometeoroid impacts are just a few of the hazards that astronauts will face on the lunar surface. And then there are the political and financial challenges. Space exploration is an expensive endeavor, and the Artemis program is no exception. It will require sustained funding and support from Congress and the American people, a commitment to the long-term vision of human spaceflight that transcends the vagaries of political cycles. But if there's one thing that NASA has proven over the years, it's that impossible odds are just another day at the office. From the early days of the Mercury program to the triumphs of Apollo and the space shuttle, NASA has always risen to the challenge, pushing the boundaries of what is possible and inspiring the world with its achievements. The Artemis program is the next chapter in that storied history, a bold and ambitious effort to take humanity back to the Moon and beyond. It is a program that will require the best and brightest minds from around the world, a collaborative effort that spans nations and disciplines. But more than that, it is a program that will inspire a new generation of explorers and dreamers, young people who will look up at the Moon and see not just a distant light in the sky, but a destination, a goal to be achieved. They will be the ones who carry on the legacy of Artemis, who take the next steps on the journey to the stars. So keep your eyes on the skies, because the Artemis generation is coming. And when those first astronauts set foot on the Moon, it will be a moment for the ages, a triumph of human ingenuity and the unquenchable thirst for exploration. The dream of spaceflight is alive and well, and Artemis is leading the way. It is a dream that has been with us since the dawn of time, a longing to reach out and touch the heavens. And now, with the Artemis program, we have the chance to make that dream a reality once more. It will be a journey filled with challenges and setbacks, triumphs and tragedies. But it will also be a journey of discovery and wonder, a chance to push the boundaries of human achievement and explore the vast reaches of the cosmos. And s

Come along as the former aerospace journalist Paul Ring discusses space exploration in history and science fiction with some of the best and brightest in the business.

Tune in to listen to Praveen Nagaraj talk about space, rocket science, and the importance of making humans a multi-planetary species. Inspired by Elon Musk, this podcast aims to raise public interest in the developments of space travel, including the history of rocket science. Follow news from private companies such as SpaceX and Blue Origin, along with NASA, ISRO, etc. This podcast isn't only for space enthusiasts, but for any novice interested in astronomy and space travel! Powered by News Landed LLC and Appleosophy Media.

*THIS SITE USES COOKIES ENTIRELY UNDER THE CONTROL OF THE SERVICE PROVIDERS WHO PROVIDE THE PLATFORM AND FEATURES - IF YOU OBJECT TO COOKIES, PLEASE LEAVE, BECAUSE I CAN'T DO SQUAT ABOUT THEM.* ------ Midwestern Geek In Cali is a podcast about Technology, Science, Science Fiction, Paranormal, Ancient Mysteries, Super Hero comics and films, Poetry, and last but not least, Entrepreneurship, especially local entrepreneurs. I'm a Wisconsin tech geek transplanted to Temecula, California.

Spare Change podcast is the humorous guide to navigating through relationships, health and wellness, and a dose of pop-culture. Co-hosts Belyne and Sherrell, combine their unofficial opinions and two-cents to provide the audience with some “spare change”.

JON HAMMOND Instruments: Organ, Accordion, Piano, Guitar Attended: Berklee College of Music 1974 Languages: English, German *Jon is currently Host of daily CBS radio program HammondCast on KYOU & KYCY 1550 AM, 7 days a week at 4AM PST. *Performing solo in Hospitals, Nursing Homes regularly. Bandleader for annual overseas dates for over 20 years. *Musician: Jon Hammond is one of the premier B3 PLAYERS in the world. Jon has played professionally since age 12. Beginning as a solo accordionist, he later played Hammond B3 organ in a number of important San Francisco bands. His all original group HADES opened shows for Tower of Power, Quicksilver Messenger Service and Michael Bloomfield. Eddie Money and Barry Finnerty became musical associates. Moving East he attended Berklee College of Music and played venues as diverse as Boston's "Combat Zone" in the striptease clubs during the '70's and the exclusive Wychmere Harbor Club in Cape Cod, where he was house organist with Lou Colombo.