0-G Launch, a Washington DC-based pioneer in microgravity flight technology, and PD AeroSpace, a Japanese firm renowned for its groundbreaking advancements in space transportation, have inked a collaboration deal to initiate zero-gravity parabolic flights from Japan’s Simojishima islands, commencing in 2024.
Under this agreement, 0-G Launch will transport its innovative Space Jet to Japan annually to offer high-precision microgravity parabolic flights from the Shimojishima airport facility. This strategic move aligns with PD Aerospace’s mission to revolutionize space and Earth transportation via its fully reusable spaceplane utilizing detonation technology.
PD Aerospace will oversee media outreach and logistics, ensuring accessibility of these unique flights to Japan’s space industry for research, astronaut training, and consumer zero-gravity experiences.
Robert Feierbach, CEO and Founder of 0-G Launch expressed his enthusiasm, stating, “I am very excited to announce our first operational footprint in Asia through our partnership with PD Aerospace in Japan.”
Positive impact on future space business
Shuji Ogawa, CEO of PD Aerospace, emphasized the significance of the collaboration, noting, “Having Spaceport Asia (Shimojishima spaceport) as our base of operations for microgravity flights will have a positive effect on our future space business.” He added that the partnership would enable many to “feel closer to space.”
Toshihisa Kumazawa, Regional Representative, Asia for 0-G Launch, hailed the agreement as a milestone, stating, “I am very proud to have brokered this important agreement with PD Aerospace in Japan.” He underscored the significance of establishing the first Asian location for 0-G Launch, marking a significant advancement in microgravity technology.
0-G Launch, headquartered in Washington, DC, specializes in providing high-precision microgravity and cost-effective rocket air-launch capabilities to the burgeoning space industry. Utilizing specially modified commercial aircraft, the company offers global microgravity parabolic flights for equipment R&D, astronaut training, and consumer experiences.
Additionally, it provides testing and horizontal air-launch services for orbital rockets and hypersonic vehicle developers, boasting superior economics, availability, and flexibility.
In pursuing its mission to “Bring Earth Closer to Space,” 0-G Launch continues to innovate and expand its reach, with the collaboration with PD AeroSpace marking a significant step towards enhancing access to microgravity experiences in Asia and beyond.
Japan’s aerospace history
Japan stands at the forefront of aerospace technology, showcasing remarkable advancements and original contributions to space exploration. From pioneering asteroid sample return missions to developing ultra-compact satellites and high-altitude rocket launch capabilities, Japan’s aerospace endeavors continue to push the boundaries of innovation.
With a rich history dating back to the successful launch of its first artificial satellite in 1970, Japan has evolved its aerospace technology significantly. Today, the Epsilon rocket represents the culmination of decades of research, highlighting Japan’s commitment to space exploration.
Collaborations between Japanese corporations and agencies like the Japan Aerospace Exploration Agency (JAXA) have developed cutting-edge technologies, including the Hayabusa series of asteroid explorers. These missions have not only demonstrated Japan’s technological prowess but have also yielded invaluable scientific insights.
Moreover, Japan’s contribution to the International Space Station (ISS) through modules like “Kibo” and vehicles like “Kounotori” underscores its role as a key player in space exploration. The innovative JEM Small Satellite Orbital Deployer (J-SSOD) and the KiboCUBE program highlight Japan’s global commitment to advancing aerospace technology.
Furthermore, Japan’s focus on nanosatellites and revolutionary propulsion systems, such as the water engine, showcases its dedication to driving space exploration forward. These advancements, recognized by organizations like NASA, are poised to redefine the future of space development.
As the world delves deeper into space exploration, Japan’s unique aerospace technology will continue to play a pivotal role, fostering innovation and driving progress in this dynamic field.
