HANBIT-Nano Launch Campaign Update | Mission Logistics Underway 🌊 HANBIT-Nano’s journey to the Alcântara Space Center in Brazil has officially begun. INNOSPACE has begun the overseas shipment of key launch vehicle components in preparation for HANBIT-Nano’s second commercial launch mission. 📦 After packaging and dispatch from the Cheongju Campus, the components will be transported via the Port of Busan to the Port of Santos, Brazil, before being transferred to the Alcântara Space Center for final launch preparations. 🚢 🇰🇷➡️🇧🇷 The shipment campaign will be carried out in two phases. The first shipment includes core HANBIT-Nano hardware such as the first-stage section, second stage and Payload Adapter (PLA), fairing, nozzle, combustion chamber, and vehicle skins. These critical components—including the fairing, nozzle, and combustion chamber—play essential roles in launch vehicle performance and mission execution. INNOSPACE continues to work closely with the Mission Management Team and relevant departments to ensure safe transportation and successful delivery to the launch site. Having successfully completed extensive testing and verification, HANBIT-Nano is now advancing to the next phase of launch preparations. 🚀 #LaunchVehicle #SpaceLaunch #RocketEngineering #SpaceTech #LaunchPreparation

NSL spent Wednesday and Thursday at the Anaheim Space Expo connecting with industry leaders, innovators, and fellow problem-solvers across the commercial space sector. Events like these reinforce the importance of advancing propulsion technology, mission assurance, and safety as the industry continues to grow. Thank you to everyone who took the time to connect with us. We're excited about what's ahead. #SpaceExpo #CommercialSpace #RocketEngineering #MissionAssurance #SpaceTechnology

This month at @AbyomSpaceTech, we successfully completed the BSE-II reusable rocket engine test program with some truly exciting results. What makes this journey even more meaningful is that we’ve built and executed everything from end-to-end testing infrastructure, propulsion R&D, control systems, engines, and algorithms with extreme capital efficiency, all within a million dollars, compared to the traditional cost structure in the global rocket industry. In a sector where millions are often spent just to begin, we focused on building with frugality and deep engineering ownership. The challenges were real. Constraints were unknown. Most problems had no ready answers. But step by step, test by test, we kept moving forward. Grateful to our team, government support, partners, investors, mentors, and every well-wisher who believes in us. A lot more to build. But the momentum continues! #Abyom #RocketEngineering #Defence #Sapce #Engine #ReusableRockets @isro @DRDO_India @narendramodi @DrJitendraSingh @ANRFIndia @IndiaDST @RuntimeBRT @startup__pedia @IndianTechGuide @RamMNK @StartupGrind @startupstorym @thebetterindia @indstartupnews @IStartupTimes @FortuneIndia @Analyticsindiam @TOIIndiaNews @YourStoryCo @NewsIADN @Inc42 @idrwalerts @AbyomSpaceTech

Every propulsion program reaches a stage where testing stops being about “Can it fire?” and starts becoming about “Does it behave exactly as predicted?” The Final Integrated Qualification Firing of our BSE-II engine was one of those moments. This terminal hot fire campaign delivered performance exactly aligned with our analytical predictions, simulation models, and expected operating behaviour developed throughout the program. But BSE-II was never just about a single engine. It was about building the capability to design, test, iterate, and validate reusable propulsion systems completely in-house as a team. Over the course of this campaign, we strengthened not only the engine itself, but also the engineering processes, end-to-end infrastructure, control systems, testing workflows, and propulsion validation capabilities required for reusable launch systems. With the successful completion of the BSE-II campaign, our focus now advances toward the next phase of the AbyoKalaM Cryogenic series and our Reusable Rocket prototype development program, alongside dual-use technologies for civil and defence applications. #Abyom #RocketEngineering #Defence #Engine #ReusableRockets @isro @DRDO_India @JainulAbedin37 @narendramodi @DrJitendraSingh @IndiaDST @RuntimeBRT @startup__pedia @IndianTechGuide @RamMNK @ANRFIndia @NewsIADN @Inc42 @idrwalerts @StartupGrind @startupstorym @thebetterindia @indstartupnews @IStartupTimes @FortuneIndia @Analyticsindiam @TOIIndiaNews @YourStoryCo

Rooted in Indian soil, built for the cosmos. 🇮🇳🚀 Welcome to the OMSPACE Manufacturing Facility in Gujarat. ✨ #OMSPACE #MakeInIndia #SpaceTech #Aerospace #RocketEngineering #GroundTesting #IndianSpace

Startup aerospace is equal parts engineering, problem solving, chaos, and persistence. Every day is another step closer to something real. #SpaceTech #Aerospace #RocketEngineering

A lot of people only see the finished product. But what it actually looks like early on — setting up the shop, sourcing parts, coordinating fabrication, and figuring things out in real time. We’re currently working on a 5” prototype test unit (rocket motor) to start validating core concepts. Progress > perfection. #RocketEngineering #Aerospace #Propulsion

The hardest part of landing Falcon 9 isn't the rocket. It's the state estimation. Before the onboard computer can make a single throttle decision, it needs to know exactly where it is, how fast it's moving, and which way it's pointing , all at the same time, all in real time, all from sensors that each carry some margin of error. It fuses GPS, IMU, and radar altimeter data together using an algorithm called an Extended Kalman Filter. Each sensor is wrong in a slightly different way. The filter combines them to produce an estimate that is more accurate than any single sensor alone. If the state estimate drifts by even a small margin at supersonic speed, the landing burn fires at the wrong time. The rest doesn't matter. Every autonomous system, self driving cars, drones, spacecraft , lives or dies on state estimation before any of the exciting control logic even runs. Getting the math right on "where am I right now" is the unglamorous problem that everything else depends on. #SpaceSoftwareEngineering #AutonomousSystems #RocketEngineering #SoftwareEngineering

#BlueOrigin #NewGlenn #SpaceInnovation #RocketScience #SpaceTech #Aerospace #Reusability #SpaceExploration #FutureOfFlight #OrbitalLaunch #RocketLanding #SpaceIndustry #Innovation #Engineering #SatelliteLaunch #ASTSpaceMobile #CommercialSpace #SpaceRace #TechNews #STEM #NextGenTech #LaunchDay #SpaceMission #RocketEngineering #SpaceEconomy #AstronautNic

Who’s working on this #rocketengineering

I wish you a happy Easter and International Cosmonautics Day! 🏍️🚁✈️🚀🛰️#HumanSpaceFlight, #RocketTechnology, #Engineering, #FlightAction, #SpaceIndustry, #AeroSpaceEngineering, #RocketScience, #RocketEngineering

🚀 Just fused my multi-agent swarm with a rocket propulsion AI. OvidAI Agent Headquarters is LIVE — and now it’s got Ignis AI embedded in the RX-350 engine blueprint. Full-flow staged combustion at 350 bar chamber pressure. 2,500 kN thrust. Real-time interactive schematic with live nominal status. My swarm (Claude 3.5 Sonnet GPT-4o agents running 24/7) is already handling real-world tasks — youth support sessions, crisis pathways, EmpaBot oversight — and now it’s monitoring next-gen propulsion systems like this. Built from scratch in Ovid, Michigan by one guy (@p_perrien / MiMindMendinc). This is v1.0 of the swarm meeting hardcore engineering AI. The future isn’t single agents. It’s coordinated swarms physics-aware AIs. What do you think — ready for the launchpad? 👀 #OvidAI #MultiAgentSwarm #IgnisAI #RX350 #FullFlowStagedCombustion #RocketEngineering #AISwarm #BuiltInMichigan

NASA's Artemis II round trip around the Moon ! youtube.com/watch?v=nfhDuOHM… 🏍️🚁✈️🚀🛰️#HumanSpaceFlight, #RocketTechnology, #Engineering, #FlightAction, #SpaceIndustry, #AeroSpaceEngineering, #RocketScience, #RocketEngineering

FactoryXChange 2.0 (FXC 2.0) is supporting the University of Limerick’s ULAS HiPR team in developing the first additively manufactured liquid rocket engine in the Republic of Ireland. madein.ie/content/news/addit… #AdditiveManufacturing #RocketEngineering #IrishInnovation

North Korea tests an advanced solid-fuel rocket engine equipped with a carbon-fiber nozzle Pyongyang has successfully conducted a ground test of a new large solid-fuel rocket engine featuring a nozzle made from carbon-fiber composite materials, marking a significant step that reflects notable growth in its rocket propulsion capabilities. Reports indicate that the new engine is capable of generating approximately 2,500 kilonewtons of thrust, which is roughly equivalent to 255 tons-force. North Korean leader Kim Jong Un personally supervised the test, underscoring the highest strategic importance the country places on developing solid-fuel propulsion technologies. This development is likely to contribute to improved kinetic performance, enhanced tactical flexibility, reduced response time, and greater readiness for immediate launch of North Korea’s next-generation missile systems. #NorthKorea #MissileProgram #DefenseTechnology #RocketEngineering #Geopolitics

As we progress towards our Flight Ready Engine (FRE) & HOPE Vehicle development program, we have successfully executed the BSE-II engine hot fire test campaign. This phase focused on validating key reusability technologies - including injection, throttling, and ignition operating at ~12 bar chamber pressure and temperatures exceeding 2200°C. Building on our BSE-I campaign, where we demonstrated India’s first Pintle Injection mechanism, BSE-II takes us a step further with stable combustion under blow-down feed conditions, refined impingement mixing architecture, and expected plume behavior, including Mach diamond formation during firing. The entire testing stack - engine, test bench, control systems, test instrumentation and the DAQ system — has been fully designed and developed in-house by Team Abyom SpaceTech & Defence. This campaign successfully validated combustion stability, chamber pressure targets, and overall integrated system performance. Each step like this strengthens not just our propulsion systems, but also the ecosystem required to build reliable, reusable launch capabilities - contributing to India’s growing strength in Space and Defence. Small engine. Big step forward. More to come... #Abyom #RocketEngineering #Space #HotFire #AbyomSpaceTech #RocketEngineTesting #Defence #AerospaceEngineering #SpaceTech @JainulAbedin37 @narendramodi @DrJitendraSingh @karandi65 @isro @DRDO_India @IndiaDST @startupindia @DPIITGoI @meitystartuphub @RuntimeBRT @YourStoryCo @startup__pedia @dwnews @IndianTechGuide @aajtak @ABPNews @NewsIADN @India_iDEX @Inc42 @CNBCTV18News @ANRFIndia

🚀 Hiring: Mission Planning & Analyst for a reusable rocket manufacturing company 🧑‍💻 Experience: 2–6 years 📩 Apply now career.postaresume.co.in/job… #Hiring #JoinOurTeam #AerospaceEngineering #RocketEngineering #MissionPlanning #EngineeringJobs

INNOSPACE has identified the cause of the mission termination of its first commercial HANBIT-Nano launch through a joint investigation with Brazil’s aerospace accident investigation authority, CENIPA. The cause was determined through analysis of flight data, video records, and more than 300 recovered debris pieces. Approximately 33 seconds after liftoff, gas leakage occurred at the forward section of the first-stage hybrid rocket combustion chamber assembly, leading to a rupture of the combustion chamber. The investigation found that the leakage was caused by insufficient compression of sealing components during the on-site reassembly of the forward chamber plug as part of launch preparation activities in Brazil. INNOSPACE is strengthening its assembly processes and quality management procedures while implementing component improvements and additional verification. Following launch authorization from the Korea Aerospace Administration(KASA), the company plans to conduct a follow-up launch in Brazil in the third quarter of 2026. Based on the technical findings from this investigation, INNOSPACE will continue to enhance the reliability of its launch vehicles and improve mission success rates. ✨ 🔗 Learn more: bit.ly/4bdlkwS #NewSpace #SpaceLaunch #LaunchVehicle #RocketEngineering #SpaceTechnology #SpaceIndustry #SPACEWARD

Large capture arms for booster recovery must deal with mass, flex, and dynamic oscillation. One possible improvement could be a distributed proximity sensing system along the arms (laser, IR, ultrasonic or mixed sensors) operating in closed-loop control. Multiple redundant sensors could continuously measure distance to the booster and dynamically correct arm position during closure, reducing oscillation and improving alignment precision. In large mechanical systems, geometry and feedback control often matter more than raw force. Exploring simpler architectures for precision capture systems.  #SpaceX #Starship #RocketEngineering #Aerospace #NASA #SpaceTechnology #ControlSystems #MechanicalEngineering #Robotics #EngineeringDesign #Innovation

We enjoyed connecting with Rocket engineers at The University of Toledo College of Engineering’s Engineering Career EXPO last month, hosted by the Shah Center for Engineering Career Development. The EXPO brings employers and UToledo engineering students together to discuss co-op and full-time opportunities, with the EXPO map and company info available in the Career Fair Plus App. We loved sharing what it’s like to grow your career at First Solar and meeting the talent helping shape what’s next. ☀️ Explore careers and discover a brighter future at FirstSolar.com/Careers! #FirstSolarCareers #RocketEngineering #UToledoEngineering #CareerEXPO #EngineeringJobs #AmericasSolarCompany