#cubesat

NASA Image of the Day (Feb 10, 2026) CubeSats’ Missions Begin A pair of CubeSats designed by college students from around the world is deployed into Earth orbit from a small satellite orbital deployer on the outside of the International Space Station’s Kibo laboratory module. Students from Mexico, Italy, Thailand, Malaysia, and Japan designed the shoe-boxed sized satellites for a series of Earth observations and technology demonstrations. Image Credit: NASA/Chris Williams

Uma Nova Era na Imagem Espacial: CubeSat ONGLAISAT A tecnologia espacial está avançando a passos largos, e a ArkEdge Space, uma startup japonesa, está na vanguarda dessa inovação! O CubeSat ONGLAISAT, desenvolvido em colaboração com a Taiwan Space Agency (TASA) e a Universidade de Tóquio, está quebrando limites com suas impressionantes capacidades de imagem. Imagens de Alta Qualidade a 410 km de Altitude: ONGLAISAT capturou imagens da Terra com uma resolução espacial de 2,5 metros a partir de uma altitude de 410 quilômetros. Esses registros são, provavelmente, os de maior fidelidade já obtidos por um equipamento desse porte1. A qualidade das imagens é tão alta que detalhes como edifícios e estradas são claramente visíveis! Tecnologias Avançadas Embutidas: ONGLAISAT incorpora um sistema óptico Korsch off-axis, um sensor de imagem CMOS TDI e um sistema de compressão de imagem. Essas tecnologias permitem que o CubeSat capture imagens detalhadas e claras, mesmo com seu tamanho reduzido1. Missão e Colaboração: A missão ONGLAISAT visou testar várias tecnologias em condições reais, incluindo o sistema óptico e um sistema de controle de atitude co-desenvolvido com a Universidade de Tóquio. O CubeSat foi enviado à Estação Espacial Internacional (ISS) em novembro de 2024 e lançado em órbita em 10 de dezembro de 20241. Resultados e Impacto: Os resultados da missão foram um sucesso, validando a confiabilidade dos equipamentos embarcados e seu potencial para futuras missões. A ArkEdge Space espera que essas tecnologias melhorem ainda mais a qualidade das imagens capturadas desde a órbita e fortaleçam o uso de CubeSats para observação terrestre1. Uma Conquista Tecnológica: Takayoshi Fukuyo, CEO da ArkEdge Space, afirmou que esses resultados demonstram que mesmo um pequeno satélite pode fornecer imagens de qualidade inigualável. A startup está ansiosa para continuar desenvolvendo e aprimorando suas tecnologias para futuras missões espaciais.

A CubeSat is ejected into Earth orbit from a small satellite orbital deployer by NASA Johnson Via Flickr: iss072e352275 (Dec. 9, 2024) — A CubeSat is ejected into Earth orbit from a small satellite orbital deployer attached to the International Space Station’s Kibo laboratory module. A series of CubeSats were deployed into Earth orbit on Dec. 9, 2024, for educational research missions designed by Japanese high school and college students. Credit: NASA/Butch Wilmore

NASA Seeks Student Missions to Send to Space in 2026, Beyond Technicians with the University of Kansas prepare their KUbeSat-1 for integration at Firefly’s Payload Processing Facility at Vandenberg Space Force Base, California on Thursday, April 25, 2024. Credit: NASA NASA Opportunities NASA announced a new round of opportunities for CubeSat, developers to build spacecrafts on that will fly on upcoming launches through the agency’s CSLI (CubeSat Launch… NASA Seeks Student Missions to Send to Space in 2026, Beyond

A success for the launch of NASA’s Pandora, BlackCAT, and SPARCS astronomical missions A few hours ago, a Falcon 9 rocket launched from Vandenberg Air Force Base on the Twilight rideshare mission, carrying a total of 40 satellites in various phases. About two hours and twenty minutes after launch, the final group of satellites was deployed by SpaceX’s system. Among them were NASA’s Pandora Space Telescope and the BlackCAT and SPARCS nanosatellites, both 30x20x10-centimeter CubeSat-class satellites, part of NASA’s CubeSat Launch Initiative. These satellites will conduct their astronomical observations from low-Earth orbit.

CubeSat de la NASA descubre nuevos cinturones de radiación tras la tormenta solar de mayo de 2024 El tiempo que estos cinturones permanecen depende del paso de tormentas solares. Las grandes tormentas pueden proporcionar la energía para sacar las partículas de sus órbitas y enviarlas en espiral al espacio o a la Tierra. La mayor tormenta solar en dos décadas azotó la Tierra en mayo de 2024. Durante varios días, oleadas tras oleadas de partículas cargadas de alta energía provenientes del sol sacudieron el planeta. Brillantes auroras inundaron los cielos y algunas comunicaciones GPS se interrumpieron temporalmente. Con la ayuda de un pequeño satélite de la NASA resucitado por casualidad, los científicos han… CubeSat de la NASA descubre nuevos cinturones de radiación tras la tormenta solar de mayo de 2024

Satellite structure parts prepared for assembly. Cubesat 3u type. ALT

Use a Deep Hole? I was thinking about saying you couldn’t dig a mile deep. There are boreholes, up to 12 miles deep. The boreholes aren’t more than a foot or two wide. What would we do with a mile deep shaft? My first thought was a rail gun using electromagnetic rails on all four sides to push a ball out of the hole to the top and blast it into orbit. Then I saw this video, I was crushed, then again, what about… View On WordPress

ناسا تطلق قمرين صناعيين لمراقبة “الدرع غير المرئي” للأرض في 23 يوليو 2025، أطلقت وكالة الفضاء الأمريكية ناسا قمرين صناعيين يُدعيان TRACERS من قاعدة فاندنبرج للقوة الفضائية في كاليفورنيا. يهدف القمران إلى دراسة الدرع المغناطيسي غير المرئي الذي يحيط بالأرض وتتبع انفجارات الطاقة التي تخترقه. يبلغ ارتفاع المدار حوالي 360 ميلاً فوق الأرض، وسيتابع القمران بعضهما البعض عبر فجوة في المجال المغناطيسي قرب القطب. الهدف هو التقاط صور دقيقة لعملية تساعد على توليد… ناسا تطلق قمرين صناعيين لمراقبة “الدرع غير المرئي” للأرض

BIZUPod: Brazilian Startups Launch CubeSat Deployer Prezados amantes das atividade espaciais! Today marks an exciting development for the Brazilian space sector. On October 3rd, startup BIZU Space announced the launch of a new, entirely national product through their official LinkedIn page. According to the company’s communication, BIZU Space remains committed to its mission of verticalizing technologies and bolstering the growth of Brazil’s space… BIZUPod: Brazilian Startups Launch CubeSat Deployer

Argentina’s Cubesat ATENEA Ready for Lunar Mission Get ready to witness an exciting moment in space exploration! Argentina has finalized the integration of its Cubesat, ATENEA, marking a significant step towards lunar orbit. While Brazil’s space program faces challenges, this achievement highlights regional progress and international collaboration. The development of this Cubesat underscores Argentina’s growing capabilities. What is the ATENEA… Argentina’s Cubesat ATENEA Ready for Lunar Mission

NASA’s AI Satellite Breakthrough Ushers in a New Era of Autonomous Earth Observation By A Correspondent Washington, DC: NASA has taken a groundbreaking leap in satellite technology with the successful demonstration of Dynamic Targeting, an onboard artificial intelligence (AI) system that allows satellites to autonomously analyse conditions and make rapid decisions without human input. Tested on CogniSAT-6, a CubeSat launched in March 2024, this innovation represents a… NASA’s AI Satellite Breakthrough Ushers in a New Era of Autonomous Earth Observation

The Rise of Small Satellite Manufacturing: Big Dreams, Tiny Packages In a world where bigger used to mean better , the space industry is flipping the script—and we’re here for it. 💥 Welcome to the era of small satellites , where innovation is compact, agile, and changing the game for good. 🛠️ What’s the deal with smallsats? Small satellites (aka “smallsats”) are spacecraft that weigh under 500 kg. Some are so tiny you could hold them in one hand—like CubeSats , which are built in standardized 10x10x10 cm units! 📦 They’re easier (and cheaper) to design, build, and launch. 🌍 Why they matter: Affordable access to space for startups, universities, and even high school teams 🧑‍🚀📡 Quicker manufacturing cycles (we’re talking months instead of years!) ⏱️ Ideal for Earth observation, climate monitoring, communications & research 📊🌱 🛠️ Inside the lab: Small satellite manufacturing is a beautiful dance between precision engineering , composite materials , and modular design . 3D printing? Yes. Custom PCBs? Absolutely. Smart propulsion? You bet. The future is efficient and elegant. 🌠 The future is looking up (literally): As mega-constellations fill the sky, and missions multiply, smallsat manufacturing is becoming the backbone of NewSpace. 🚀 It’s not just about going to space—it’s about doing it smarter, faster, and with a smaller footprint. 📸 Bonus: They look really cool in cleanroom selfies.

Una nueva misión observa cómo los meteoritos impactan en el otro lado de la Luna La misión, conocida como Lunar Meteoroid Impact Observer, o LUMIO, es un CubeSat 12U que pesa alrededor de 22 kg. A veces, es difícil recordar que la Tierra está siendo bombardeada constantemente por literalmente toneladas de desechos espaciales a diario. Los trozos más grandes forman lo que conocemos como estrellas fugaces, y la mayoría se queman en la atmósfera. Aun así, a lo largo de la historia de nuestro planeta, versiones gigantes han causado una devastación como ninguna otra vista en este planeta. El… Una nueva misión observa cómo los meteoritos impactan en el otro lado de la Luna

Lanzaron al espacio el primer satélite de madera Cada lado del satélite experimental en forma de caja, llamado LignoSat, mide solo 10 centímetros (cuatro pulgadas). El primer satélite de madera del mundo ha despegado en un cohete SpaceX, según anunciaron el martes sus desarrolladores japoneses, como parte de una misión de reabastecimiento a la Estación Espacial Internacional. Los científicos de la Universidad de Kioto esperan que el material de madera se queme cuando el dispositivo vuelva a entrar en la atmósfera, lo que podría proporcionar una forma de… Lanzaron al espacio el primer satélite de madera

S03E94: SpaceX's Starship Milestones & Webb's Spiral Galaxy Revelation

Welcome to Astronomy Daily, your go-to podcast for the latest news and updates from the fascinating world of astronomy and space exploration. I’m your host, Anna, and I’m thrilled to have you with us today.We’ve got a lineup of exciting stories that span from groundbreaking missions to the cutting-edge technology shaping our future in space.In today’s episode, we’re diving into SpaceX’s preparations for the fifth flight of its revolutionary Starship program, including heat shield upgrades and static fire tests. We’ll also explore groundbreaking discoveries from the James Webb Space Telescope, revealing that spiral galaxies were more common in the early universe than previously believed. Next, we’ll look at China’s Tiangong space station, where astronauts recently completed a successful spacewalk to install space debris protection. Finally, we’ll delve into advancements in CubeSat propulsion technologies, breaking down various systems and their potential impact on space exploration.So sit back, relax, and let’s embark on this cosmic adventure together. Don’t forget to visit our website at astronomydaily.io , where you can stay up to date with the latest space news through our continually updating news feed. There, you’ll also find additional resources and the full archive of our podcast episodes available for streaming anytime. Stay curious, keep looking to the stars, and make sure to tune in next time for more cosmic insights and adventures. Until then, this is Anna signing off. Clear skies and happy stargazing. https://www.astronomydaily.io https://www.bitesz.com Support our sponsor…NordVPN who helped make this episode possible. Get our special deal at www.bitesz.com/nordvpn Become a supporter of this podcast: https://www.spreaker.com/podcast/astronomy-daily-the-podcast–5648921/support.

Ever Wondered What It Feels Like to Launch Your Own CubeSat Into the Sky? What if you could hold a satellite in your hands build it from scratch and then watch it rise into the sky toward the edge of space? Most people only dream about space missions. But our students actually lived one. The moment the HAB (High Altitude Balloon) lifted our student-built CubeSat, something magical happened. The crowd went silent. Eyes widened. Hearts raced. Because this wasn’t just a balloon launch. This was their creation. Their circuit design. Their code. Their data. Rising above the clouds. If you’ve ever wondered what it feels like to launch your own satellite… this workshop gives you that exact experience. The Journey: From Curiosity to a Complete CubeSat Across four intense, exciting days, students didn’t just “learn” about satellites they became satellite makers. They built a real CubeSat equipped with: LoRa communication Humidity, temperature & pressure sensors GPS tracker Live webcam Telemetry system Every connection, every module, every sensor was assembled by the students themselves. The process was messy, challenging, thrilling and unforgettable. On Day 5, when their CubeSat finally lifted off tied to a high-altitude balloon, the feeling was indescribable: Goosebumps. Pride. Achievement. A moment you don’t just watch, you feel . The Launch Moment: A Dream Becoming Real As the HAB balloon climbed, the CubeSat transmitted live data from increasing altitudes. Students tracked their satellite’s journey watching their work ascend higher than aircraft flight levels. For many, it was the first time they realized: “I can build something that reaches the sky.” This is the experience behind the question in our title. This is what it feels like. And yes, you can live it too. Where QSAT Comes In The Experts Behind the Experience This entire transformation is possible because of the powerful support and expertise of QSAT , India’s leading space-education training platform. QSAT doesn’t just teach. QSAT builds creators. During the workshop: QSAT engineers trained students like real mission operators Experts assisted in building the CubeSat step-by-step Mission specialists guided the HAB setup and launch The whole experience was structured like a mini real-world space mission QSAT’s vision is simple: Every student should get a chance to build, launch, and understand satellite technology not just read about it. That’s why thousands of students trust QSAT workshops to ignite their space careers. 🚀 Want to Experience This Yourself? Book the upcoming workshop here: 👉 https://www.qsat.diy/contact Explore more about QSAT programs: 👉 https://www.qsat.diy/

Jussara-K: Brazil’s Innovative Satellite Mission Get ready to explore the exciting world of Brazilian space exploration! This article delves into the Jussara-K satellite mission, a groundbreaking initiative spearheaded by Epic of Sun and UFMA’s LABESEE. Join us as we uncover its purpose, development journey, and future prospects. Understanding the Jussara-K CubeSat The Jussara-K is a CubeSat – a miniaturized satellite designed for… Jussara-K: Brazil’s Innovative Satellite Mission

Pis in Space My dearly departed co-founder always loved cubesats.

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