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#Spacetechindia Reel by @observervoice - Hyderabad-based Abyom SpaceTech & Defence has marked a major milestone with the successful testing of its BSE-II Engine for the HOPE Vehicle.

This ac — Hyderabad-based Abyom SpaceTech & Defence has marked a major milestone with the successful testing of its BSE-II Engine for the HOPE Vehicle. This achievement reflects the rapid progress being made in India’s private space and defense ecosystem. The development of advanced propulsion systems like the BSE-II Engine is a critical step toward enabling next-generation vehicles and strengthening indigenous capabilities. The HOPE Vehicle program showcases how innovation, engineering excellence, and vision are coming together to shape the future of aerospace in India. Kudos to the entire team at Abyom SpaceTech & Defence for this remarkable accomplishment — a proud moment for India’s deep-tech landscape. #SpaceTech #DefenceInnovation #Aerospace #MakeInIndia #StartupIndia #EngineeringExcellence

#Spacetechindia Reel by @abyomspacetech - As we progress towards our Flight Ready Engine (FRE) & HOPE Vehicle development program, we have successfully executed the BSE-II engine hot fire test — 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 @jainulabedin37 @narendramodi @isro.dos @dpi.drdo @indiadst @startupindia.gov.in @dpiit_moci @meitystartup_hub @runtimebrt @yourstory_com @startup.pedia @dwnews @indian_tech_guide @aajtak @abpnewstv @newsiadn @idex_dio @inc42.media @anrfindia @ddrjitendrasingh

#Spacetechindia Reel by @observervoice - India's private space ecosystem continues to gain momentum 🚀🇮🇳

Ahmedabad-based Omspace Rocket & Exploration Private Limited (OSRE) is developing i — India’s private space ecosystem continues to gain momentum 🚀🇮🇳 Ahmedabad-based Omspace Rocket & Exploration Private Limited (OSRE) is developing indigenous, modular liquid rocket engines along with its Infinity-One reusable launch vehicle, designed for small satellite missions in Low Earth Orbit (LEO). Incubated at CrAdLE-EDII, the startup has recently raised $3 million to accelerate engine testing and expand its R&D infrastructure—marking a significant step toward scalable and cost-efficient launch solutions. With a strong focus on modularity and reusability, OSRE reflects the growing ambition of India’s emerging space-tech innovators. #SpaceTech #India #Startups #Innovation #Aerospace #NewSpace #Satellites #technology

#Spacetechindia Reel by @startup.pedia (verified account) - Ahmedabad-based Omspace Rocket and Exploration recently made history by launching a 4.2-meter rocket from a temporary facility near Bavaliyari, Gujara — Ahmedabad-based Omspace Rocket and Exploration recently made history by launching a 4.2-meter rocket from a temporary facility near Bavaliyari, Gujarat. This is the first time a private company has successfully launched a vehicle from Gujarat, marking a major milestone in India’s private space sector. The rocket reached three kilometres, testing key systems, but the bigger breakthrough lies in its liquid engine technology. Unlike traditional solid motors, liquid engines allow precise control. They can adjust thrust, shut down, and restart mid-flight, which is crucial for accuracy, efficiency, and reusability. At the core of this system is a turbopump that pushes fuel into the engine at high pressure. Omspace’s engines run on a cryogenic mix of liquid oxygen and biomethane and go through extensive testing before launch. Cold flow tests ensure the fuel spray is correct, hot fire tests measure thrust on the ground, and sounding rockets validate avionics in real flight conditions. This technology forms the foundation for Omspace’s broader goal: the Infinity-One. It is a modular launch vehicle designed to carry up to 350 kilograms to orbit and achieve a 24-hour turnaround, allowing rockets to land, be refurbished, and relaunch in a single day. To support this, the team recently moved to a 30,000-square-foot R&D centre in Ahmedabad and is finalising cryogenic engine prototypes, aiming for a first commercial launch in January 2028. Founded in 2020 by Ravindra Raj, Omspace is India’s first company developing a fully indigenous, modular, and reusable rocket. The recent launch also validated critical systems like 3D-printed igniters and autonomous recovery, demonstrating that the startup is on track to make reusable, cost-efficient space launches a reality. This achievement positions Omspace at the forefront of India’s private space race and brings the vision of affordable, locally-built satellite launches closer to reality. #startuppedia #spacetechnology #isro #spacesector

#Spacetechindia Reel by @faujiwatch - Chennai-based Inbound Aerospace is developing India's first private Reusable Spacecraft for orbital logistics & microgravity research.

#inboundaerosp — Chennai-based Inbound Aerospace is developing India's first private Reusable Spacecraft for orbital logistics & microgravity research. #inboundaerospace #reuseableaspacecraft #chennai #makeinindia #isro🚀

#Spacetechindia Reel by @work_make_for_and_from_india (verified account) - #livewithpeace✌️ ; Dhawan-III, SkyrootAerospace upgraded cryogenic rocket engine, just completed a 145-second endurance test on an indigenous mobile t — #livewithpeace✌️ ; Dhawan-III, SkyrootAerospace upgraded cryogenic rocket engine, just completed a 145-second endurance test on an indigenous mobile test stand built in-house. This engine has been developed under the Aatmanirbhar Bharat ARISE-ANIC initiative with a focus on reusability and greener propulsion. #SkyrootAerospace #MadeInIndia #CryogenicEngine

#Spacetechindia Reel by @vittanj - India's Space Startups Reach New Milestone 🚀📡

The upcoming Vikram-1 rocket launch by Skyroot Aerospace represents an important step for India's pri — India’s Space Startups Reach New Milestone 🚀📡 The upcoming Vikram-1 rocket launch by Skyroot Aerospace represents an important step for India’s private aerospace sector. The mission showcases the rising role of startups in advancing rocket technology, satellite launches, and space innovation. . . Follow @vittanj for new updates and knowledge. . . #SpaceStartup #SkyrootAerospace #IndiaSpace #RocketLaunch #AerospaceIndustry #SpaceTechnology #IndiaInnovation #FutureOfSpace #SatelliteTechnology #SpaceNews #Vittanj . . . Disclaimer: All the information on this page is for educational purpose only, we are not SEBI Registered. . . Disclaimer: AI generated content. . {Skyroot Aerospace Vikram-1, India space startups, orbital rocket India, aerospace innovation}

#Spacetechindia Reel by @militarychoiceblog - What is Agnite Booster Engine?

Agnite is a 3D-printed semi-cryogenic rocket engine developed by Chennai-based startup Agnikul Cosmos. It is designed — What is Agnite Booster Engine? Agnite is a 3D-printed semi-cryogenic rocket engine developed by Chennai-based startup Agnikul Cosmos. It is designed as a single-piece engine, eliminating the need for multiple assembled components. This design significantly improves engine reliability and structural efficiency, as fewer joints reduce the chances of mechanical failure. Key Breakthrough: 3D Printing Technology The biggest highlight of Agnite is its single-piece 3D-printed construction. Traditional engines require thousands of parts and months of assembly, whereas this engine is manufactured as one integrated unit. This innovation helps in reducing production complexity and turnaround time, making rocket manufacturing faster and more cost-effective. Global Significance of the Test The successful test marks a major achievement as Agnite is reported among the largest single-piece 3D-printed rocket engines globally. It positions India among leading nations using additive manufacturing in aerospace, a technology increasingly shaping modern space missions. Role in Agnibaan Launch Vehicle The Agnite engine is expected to power stages of Agnikul’s Agnibaan rocket, a small satellite launch vehicle designed for low Earth orbit missions. Agnibaan is capable of customised launches, making it suitable for growing demand in the small satellite market. Boost to India’s Private Space Ecosystem The success of Agnite reflects the rapid growth of India’s private space startups under IN-SPACe reforms. With innovations like 3D printing, India is moving towards faster, cost-efficient, and scalable space launch capabilities, strengthening its position in the global space industry. Follow @militarychoiceblog for Latest and Most Expected Current Affairs for UPSC CDS and NDA 1 2026 and AFCAT 2 2026 Written Exam #militarychoice #currentaffairs #currentaffairsupdates #cdsexam #ndaexam

#Spacetechindia Reel by @vision_ias - India Tests World's Largest 3D-Printed Rocket Engine, Slashes Launch Time

India's private space startup Agnikul Cosmos has achieved a major milestone — India Tests World’s Largest 3D-Printed Rocket Engine, Slashes Launch Time India’s private space startup Agnikul Cosmos has achieved a major milestone by successfully test-firing “Agnite,” the world’s largest single-piece 3D-printed rocket engine. This breakthrough highlights how advanced 3D printing technology is transforming rocket manufacturing, cutting production timelines from months to just 7 days. Built using high-performance Inconel alloy, the Agnite engine represents a new era of rapid, cost-efficient, and scalable space launch systems. Tested at the company’s facility in Chennai, this innovation could significantly reduce launch wait times and enable on-demand satellite launches, critical for defence, disaster response, and commercial space missions. With its Agnibaan launch vehicle and strong backing from IIT Madras, Agnikul is positioning itself as a key player in the global small satellite launch market. This development signals a shift toward faster, more flexible, and customer-centric access to space. #AgnikulCosmos #3DPrinting #RocketEngine #SpaceTech #ISRO

#Spacetechindia Reel by @pragnya.ias.academy - Another proud moment for India in space technology! 🇮🇳

The Indian Space Research Organisation (ISRO) has successfully conducted a sea-level hot tes — Another proud moment for India in space technology! 🇮🇳 The Indian Space Research Organisation (ISRO) has successfully conducted a sea-level hot test of the CE20 cryogenic engine with a powerful 22-tonne thrust at the ISRO Propulsion Complex in Mahendragiri, Tamil Nadu. This important milestone strengthens India’s advanced cryogenic propulsion technology and marks another step forward in the country’s space capabilities. The test also featured a nozzle protection system and a multi-element igniter, highlighting the continuous innovation taking place in India’s space research programs. These advancements are expected to significantly improve the reliability and performance of the LVM3 launch vehicle, which is India’s primary heavy-lift rocket used for major missions. From launching satellites to supporting future deep-space missions, the LVM3 rocket plays a crucial role in India’s ambitious space journey. Each successful test like this brings the country closer to stronger, more reliable, and fully indigenous space propulsion systems. 🌌 Key Highlights: ⚡ Strengthening India’s cryogenic engine technology ⚡ Improving reliability of the LVM3 heavy-lift rocket ⚡ Boosting indigenous space propulsion capabilities India continues to push the boundaries of innovation and space exploration. The future of Indian space missions looks brighter than ever! 🚀✨ #ISRO #IndiaInSpace #SpaceTechnology #LVM3 #CryogenicEngine #IndianSpace #ias #ips #upsc #pragnyaias

#Spacetechindia Reel by @fintix_info - Skyroot's Vikram-1 Rocket Launch Coming Soon 🚀🌍

Skyroot Aerospace is preparing to launch Vikram-1, the first privately developed orbital rocket in — Skyroot’s Vikram-1 Rocket Launch Coming Soon 🚀🌍 Skyroot Aerospace is preparing to launch Vikram-1, the first privately developed orbital rocket in India. The launch will mark a major milestone for India’s rapidly expanding private space ecosystem. The development reflects growing investments in aerospace innovation and satellite launch capabilities. . . Follow @fintix_info for new updates and knowledge. . . #VikramRocket #Skyroot #IndianSpaceProgram #SpaceInnovation #AerospaceStartup #SatelliteLaunch #FutureSpace #IndiaTech #SpaceIndustry #NewSpace #Fintix_info . . . Disclaimer: All the information on this page is for educational purpose only, we are not SEBI Registered. . . Disclaimer: AI generated content. . {Vikram-1 launch, India private space sector, Skyroot rocket technology, orbital launch vehicle}

#Spacetechindia Reel by @prompthorizon_ai - Skyroot Aerospace has successfully tested its Dhawan-IlI Cryogenic Engine, marking a major milestone for India's private space ecosystem 2
• Designed — Skyroot Aerospace has successfully tested its Dhawan-IlI Cryogenic Engine, marking a major milestone for India’s private space ecosystem 2 • Designed for high-efficiency upper-stage performance Uses cryogenic propellants (liquid hydrogen + liquid oxygen) for greater thrust & fuel efficiency • Strengthens India’s capability for heavier payload launches • A big step toward future missions under the Vikram launch vehicle programme This test highlights how India’s space sector is rapidly evolving beyond government missions, with private players driving innovation and global competitiveness India’s space race is no longer just about ISRO - it’s about an ecosystem. #space #spacex #nasa #isro #rocket facts

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