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SpaceTech

Virgin Galactic completes first commercial spaceflight, achieving milestone in space tourism

Virgin Galactic, the space tourism company founded by Richard Branson, achieved a significant milestone on June 29 as it completed its first commercial spaceflight. The Virgin Space Ship (VSS) Unity spacecraft, carrying the Galactic 01 crew, safely returned to land after a successful journey to space.

The mission utilized the carrier aircraft VMS Eve and the spacecraft VSS Unity. The carrier aircraft took off from Spaceport America in New Mexico at 8:30 a.m. MT, carrying the VSS Unity to an altitude of approximately 44,500 feet. At that point, Unity was released and activated its rocket motor engine to propel itself into suborbital space. The spacecraft touched down on land at 9:42 a.m. MT.

The Galactic 01 mission involved a team of four crew members on board the VSS Unity spacecraft. The crew consisted of two astronauts from the Italian Air Force, an engineer-astronaut from the National Research Council of Italy, and an astronaut-instructor from Virgin Galactic who provided training for the Italian Air Force mission. The spacecraft was piloted by retired American Air Force commander Mike Masucci and former Italian Air Force pilot Nicola Pecile.

The carrier aircraft VMS Eve, responsible for transporting the spacecraft, was piloted by retired American Air Force commander Kelly Latimer and retired Canadian Air Force pilot Jameel Janjua.

In addition to the crew, the VSS Unity carried a total of 13 research payloads. The first commercial spaceflight of Virgin Galactic focused on conducting various research experiments in fields such as biomedicine, thermo food dynamics, and the development of sustainable materials in microgravity conditions.

During the flight, the Italian crew members had the opportunity to unfurl their nation’s flag while floating inside the spacecraft, symbolizing their presence and contribution to the historic mission.

Virgin Galactic’s successful first commercial spaceflight marks a significant achievement for the company in its mission to make space tourism accessible to the public and advance scientific research in space.

by Vivek Kumar

Garuda Aerospace, India’s leading drone manufacturer, announced that its brand ambassador and investor, Mahendra Singh Dhoni, has successfully completed his drone pilot training at the company’s DGCA-approved Remote Pilot Training Organization (RPTO) in Chennai. This milestone not only strengthens Dhoni’s association with the company but also marks a pivotal moment as one of India’s most celebrated sports icons steps into the future of aviation technology. This strengthens his association with Garuda Aerospace beyond investment and brand ambassadorship.  After completing the rigorous training program, Dhoni is now certified to fly drones, highlighting their potential to transform India’s growth story. The training is a critical step toward promoting certified and safe drone operations, combining theoretical ground classes with intensive practical flying sessions on simulators and actual drones. Garuda Aerospace is at the forefront of this effort through its growing network of training centers and over 300 “Centres of Excellence” established in collaboration with leading educational institutions. These initiatives ensure that pilots are formally certified, reinforcing the company’s commitment to quality and credibility. Speaking about Dhoni’s achievement, Agnishwar Jayaprakash, Founder and CEO, Garuda Aerospace, said, “Having our brand ambassador and investor, MS Dhoni, personally undergo the training and get certified as a pilot is a monumental milestone for us. He picked it up very quickly and was extremely focused on learning. His unwavering belief in our mission to revolutionize the drone industry is a massive source of encouragement for the entire team. Mahi Bhai is an inspiration, and his hands-on approach further validates our commitment to excellence and to fostering a culture of skill and innovation in this sector.  Mahendra Singh Dhoni expressed that he has successfully completed his DGCA Drone Pilot Certification Programme with Garuda Aerospace. Garuda Aerospace, a DGCA-approved RPTO, has trained over 2,500 aspiring pilots under the guidance of its experienced Master Instructors. Dhoni also shared his excitement to continue his journey with Garuda Aerospace and witness its growth. As the drone industry rapidly expands, the demand for skilled and certified pilots is rising to ensure compliance with safety and regulatory standards. Currently, Garuda Aerospace holds six DGCA approvals, including the distinction of being the first-ever Indian drone startup to receive dual DGCA certifications for both manufacturing and training. The company has also secured DGCA authorization to conduct drone pilot training across both small and medium categories (under 25 kg and above 25 kg MTOW). Through its Drone-as-a-Service (DaaS) model, Garuda Aerospace continues to make affordable, precise, and reliable drone technology accessible across diverse sectors. To further strengthen the talent pipeline, the company also runs a “Train the Trainer” program, equipping instructors with the necessary certifications to mentor the next generation of drone pilots. Most recently, Garuda Aerospace raised ₹100 crores in its Series B funding round at a $250 million valuation, led by VCATS and the Narotam Sekhseria Family Office marking a strong vote of confidence in the company’s vision and leadership.

by Vivek Kumar

Suhora Technologies, a leading company in Earth observation and space data analytics today announced that it has entered into a strategic, multi-year partnership with Satellogic Inc., headquartered in North Carolina and a leader in sub-meter resolution Earth Observation data. The agreement is a seven-figure deal, which grants Suhora exclusive rights to provide Satellogic’s data and services in India and Nepal, significantly expanding market access to high-resolution satellite imagery in the region. This agreement is an expansion of an ongoing successful collaboration between the two companies, further strengthening their commitment to delivering advanced Earth Observation solutions tailored for the Indian market. Suhora’s expertise in data analytics and localized service delivery ensures that the advanced satellite constellation from Satellogic is optimized for India’s dynamic market conditions, offering the highest capacity EO data with low latency and exceptional affordability.  Leveraging Suhora’s SPADE platform, a subscription-based SaaS solution that simplifies access to multi-sensor satellite data, this collaboration brings unprecedented access to timely and actionable geospatial insights. This strategic partnership is poised to empower government and commercial users across the region with availability to high-frequency, high-resolution geospatial data, enabling a wide range of applications that effectively address environmental challenges and advance broader national priorities. This includes more efficient urban and infrastructure development, improved management of natural resources, enhanced sectoral operations, robust disaster response and climate change mitigation and other strategic applications.  Krishanu Acharya, CEO & Co-Founder, Suhora Technologies said, “India’s rapid growth calls for innovative technological solutions to address complex challenges across environmental and urban landscapes. By integrating Satellogic’s cost-effective and extensive EO data capabilities with our SPADE platform, we are enabling Indian users to harness high-resolution satellite insights like never before. This expanded partnership reaffirms Suhora’s commitment to delivering impactful, scalable geospatial intelligence that drives sustainable progress and resilience nationwide.” Amit Kumar, COO & Co-Founder, Suhora Technologies said, “India’s appetite for high-quality geospatial intelligence is surging, driven by fast-evolving national priorities and the rising need for efficient data-driven decision-making. With the increasing demand, we have continually sharpened our technical capabilities and operational scale to deliver best-in-class Earth Observation solutions. This exclusive partnership with Satellogic perfectly positions Suhora to meet this growing demand and power transformative applications across India and Nepal, propelling both public and private organizations toward smarter, sustainable outcomes.”Emiliano Kargieman, CEO & Co-Founder of Satellogic said, “We are thrilled to expand our partnership with Suhora and solidify our commitment to the Indian market with this exclusive agreement. India is a dynamic and vital hub of innovation and there is immense potential for Earth Observation data to drive progress. This partnership will democratize access to critical geospatial insights, providing the most cost-effective, high-capacity data access to help solve significant national challenges, from security to sustainability. We look forward to a successful collaboration with Suhora.”

by Team SNFYI

SpaceX has once again captured global attention with the successful launch of Starship, the world’s most powerful rocket, marking a critical milestone in the company’s ambitious quest to revolutionize space travel. This latest achievement follows a string of high-profile setbacks earlier this year, making the event a significant comeback for Elon Musk’s aerospace venture. On Tuesday evening, the towering rocket blasted off from Texas at 18:30 local time, embarking on a tense 60-minute journey that kept both engineers and spectators on edge. Despite visible challenges—including engine explosions mid-flight and flaps catching fire—Starship managed to soar nearly 200 kilometers above Earth before beginning its fiery descent. The test, while not flawless, has been hailed as a turning point for SpaceX. A Vital Step for SpaceX and NASA NASA has placed immense trust in SpaceX, contracting the company to use a modified version of Starship for its Artemis program, which aims to return humans to the Moon in 2027. Though experts predict delays, this successful test breathes new confidence into the timeline. For SpaceX, proving that Starship can reliably perform is not just about contracts—it is about paving the way for interplanetary travel. Elon Musk’s vision extends far beyond lunar missions. He has repeatedly stated his goal of certifying Starship for human spaceflight within the next year and hinted at launching uncrewed missions to Mars in the near future. The latest progress makes those ambitious targets feel a little less out of reach. Overcoming a Year of Setbacks The road to this triumph has been anything but smooth. Earlier this year, Starship suffered three failed launches, with one particularly dramatic explosion scattering debris across the Bahamas and Turks and Caicos Islands. Another failure in June saw a rocket detonate on the launch pad itself. These incidents raised questions about the company’s “fail fast, learn fast” philosophy. Critics suggested Musk’s increasing involvement in U.S. politics was distracting from his space ambitions. Yet the latest test shows that perseverance and rapid iteration remain core strengths of SpaceX’s engineering culture. The starship flight 10 test was specifically designed to push the rocket to its limits, exposing weaknesses and gathering crucial performance data. While sections of the rocket endured fire damage and flaps swung uncontrollably during descent, the mission succeeded in validating critical stages such as booster separation and high-altitude maneuvering. Why Starship Matters Standing nearly 120 meters tall, Starship is the largest and most powerful rocket ever built. It consists of two components: the Super Heavy booster and the Starship spacecraft itself. Designed to be fully reusable, the system is central to Musk’s long-term goal of creating a sustainable transport system for missions to the Moon, Mars, and potentially beyond. The success of starship flight 10 demonstrates that SpaceX is not only overcoming engineering hurdles but also proving the viability of its bold vision. This step is essential for reducing the cost of space travel and enabling more frequent missions. Looking Ahead While this successful test does not erase past failures, it does mark a …