All articles tagged with #commercial spaceflight
City Labs’ BOHR cubesat, launched on SpaceX’s Transporter-17, tests NanoTritium betavoltaic power in orbit—the first commercial nuclear satellite—demonstrating continuous power for instruments without sunlight while solar power handles general operations; the mission also earned FAA approval under a nuclear-launch pathway, signaling a regulatory milestone for future commercial nuclear space power.
US startup Vast unveiled a crewed mission to Haven-1, targeting a 2027 launch as the world’s first operational commercial space station and a potential replacement for the ISS by 2030; Haven-1 would be smaller and cheaper to deploy, with Haven-2 planned later and four two-week missions over a three-year stay, with up to three modules per year using SpaceX rockets. The company also announced a Paris-based European HQ and a separate mission sending French astronaut Thomas Pesquet to the ISS next year.
NASA’s Ignition event reveals a pivot: instead of funding multiple independent private space stations, the agency proposes a new core module to dock with the International Space Station and requires private providers to operate through NASA. Officials say the market for commercial, free-flying LEO stations isn’t proven and budget constraints limit support to a single provider, while industry leaders fear the plan undermines years of CLD work and could reduce competition, with concerns of potential favoritism toward Axiom. The proposal would let companies learn on a shared core module before scaling up and could push Congress to weigh in as NASA contemplates extending ISS life to 2032.
Vast has hired former NASA astronaut Megan McArthur as an astronaut adviser to support Haven-1’s development, joining a cadre of ex-astronauts guiding the project. Haven-1 has begun integration in Long Beach with systems and avionics work, interior outfitting, and exterior shielding. The launch has shifted from mid-2026 to the first quarter of 2027, as the company emphasizes safety and maturation of its design, manufacturing, testing, and operations for future stations.
U.S. President Donald Trump signed an executive order to streamline regulations for commercial rocket launches, benefiting private space companies like SpaceX by reducing environmental review requirements and outdated rules, potentially accelerating space development and benefiting Musk's ventures.
Axiom Space is preparing for its fourth mission to the ISS, marking a milestone as its first break-even mission and a significant step for national space programs from India, Poland, and Hungary, highlighting the growing role of commercial companies in space exploration.
The 2025 Humans to the Moon & Mars Summit in Washington, D.C., brings together global space leaders to discuss advancements, partnerships, and policies for returning humans to the moon by 2027 and reaching Mars in the 2030s, with virtual participation available.
Billionaire entrepreneur Jared Isaacman has been nominated by President-elect Donald Trump to lead NASA, sparking discussions about the agency's future direction amid budget constraints and competition from private space companies. Isaacman, known for his commercial space missions with SpaceX, represents a shift from traditional NASA leadership, raising questions about the balance between public exploration goals and commercial interests. As NASA faces challenges with its Artemis Moon program and the costly Space Launch System, Isaacman's leadership could either revitalize the agency or further entangle it with commercial spaceflight demands.
Boeing's Starliner program, once seen as a competitor to SpaceX, is now positioned as a backup for NASA's crew transportation needs, with the company expressing uncertainty about its future beyond fulfilling its current NASA contracts. Meanwhile, SpaceX continues to lead the commercial spaceflight industry, with significant achievements in crewed missions and satellite launches. Other industry developments include aerospace companies' legal disputes, executive appointments, and upcoming rocket launches.
SpaceX is preparing for the third test flight of its Starship megarocket, aiming to demonstrate capabilities crucial for NASA's moon missions and the commercial spaceflight industry. The launch is scheduled for Thursday morning from the Starbase test site in Texas, with objectives including controlled re-entry through Earth’s atmosphere and various technology demonstrations. If successful, this test could pave the way for future missions to the moon and beyond, with Starship expected to play a key role in NASA’s Artemis III mission.
The first commercial moon mission, conducted by the company Intuitive Machines, is attempting to revive its lunar lander as the lunar night comes to an end. The lander, which delivered NASA's water-hunting VIPER rover to the moon's surface, shut down during the two-week-long lunar night due to the extreme cold. Intuitive Machines is now working to re-establish communication with the lander and resume its operations as the sun rises on the moon's surface.
Varda Space Industries successfully obtained FAA approval for the reentry of its space capsule, marking the first commercial spacecraft landing at a military test range. The company's achievement was the result of navigating complex regulatory and bureaucratic processes, including securing a commercial reentry license and coordinating with government entities. The spacecraft landed in the Utah desert and was retrieved for transport back to Varda's headquarters, signaling a significant milestone for the in-space manufacturing company.
Sierra Space's Dream Chaser undergoes successful testing at NASA's Neil Armstrong Test Facility, preparing for its first flight to the International Space Station in 2024. The vehicle, equipped with a cargo module capable of carrying 9,000 pounds of cargo, will join NASA's Commercial Resupply Services program, offering down mass capability to return science experiments and research samples back to Earth. Sierra Space plans to conduct multiple flights with the potential for global launch and landing locations, marking the beginning of what they call the "orbital age" of commercializing low-Earth orbit.
Medical researchers and commercial spaceflight advocates are collaborating to study the health issues and risks associated with space travel for a more diverse population of private astronauts, who may not meet the strict medical standards used by NASA and other space agencies. The proposed Human Research Program for Civilians in Spaceflight and Space Habitation (HRP-C) aims to collect medical data and conduct research on potential spaceflight risks, focusing on informed consent and research rather than regulation. Efforts like TRISH's EXPAND initiative are also working to fill gaps in the population of space travelers, with a new focus on women. The goal is to reduce health risks for private astronauts while enabling as many people as possible to fly in space based on strong science.
A four-man crew, including Turkey's first astronaut, arrived at the International Space Station for a two-week stay as part of the Axiom Mission 3, a commercial mission arranged by Axiom Space. The crew, launched by SpaceX, will conduct over 30 scientific experiments focusing on the effects of spaceflight on human health and disease. Axiom, a company specializing in commercial spaceflight, charges at least $55 million per seat for its services and is also involved in building a commercial space station to replace the ISS, which NASA expects to retire around 2030.