I'm very intrigued by this reentry vehicle. I've thought for a few years now that there was a market for dedicated down-mass; or at least, that the market for dedicated down-mass was only one vehicle development cycle away. This seems to be a vehicle designed for exactly that.
But Varda has a commercially developed, privately financed, regulatory pathfinding, reentry system. Not only did they believe , like you, that there was a market, but they put their money and careers on the line for it.NASA used to do this to prevent commercialization.Who is going to finance development if Texas or NASA is going to finance competition, particularly if they wait for you to do the pathfinding, like working with the FAA to develop the whole regime of commercial reentry licensing?These actions are ultimately harmful to technology development, not helpful.
Quote from: JEF_300 on 05/02/2025 05:58 pmI'm very intrigued by this reentry vehicle. I've thought for a few years now that there was a market for dedicated down-mass; or at least, that the market for dedicated down-mass was only one vehicle development cycle away. This seems to be a vehicle designed for exactly that.But Varda has a commercially developed, privately financed, regulatory pathfinding, reentry system. Not only did they believe , like you, that there was a market, but they put their money and careers on the line for it.NASA used to do this to prevent commercialization.Who is going to finance development if Texas or NASA is going to finance competition, particularly if they wait for you to do the pathfinding, like working with the FAA to develop the whole regime of commercial reentry licensing?These actions are ultimately harmful to technology development, not helpful.
Quote from: Comga on 05/02/2025 11:43 pmQuote from: JEF_300 on 05/02/2025 05:58 pmI'm very intrigued by this reentry vehicle. I've thought for a few years now that there was a market for dedicated down-mass; or at least, that the market for dedicated down-mass was only one vehicle development cycle away. This seems to be a vehicle designed for exactly that.But Varda has a commercially developed, privately financed, regulatory pathfinding, reentry system. Not only did they believe , like you, that there was a market, but they put their money and careers on the line for it.NASA used to do this to prevent commercialization.Who is going to finance development if Texas or NASA is going to finance competition, particularly if they wait for you to do the pathfinding, like working with the FAA to develop the whole regime of commercial reentry licensing?These actions are ultimately harmful to technology development, not helpful.1: Funding the entrance of a second provider to a market is not a bad thing. 2: In this case it is, as you allude, it's not NASA but the Texas state government providing funding. And since Varda isn't in Texas, they're funding an alternative that is. That's what a local government should do. I really don't see the problem here.
Quote from: JEF_300 on 05/03/2025 12:45 amQuote from: Comga on 05/02/2025 11:43 pmQuote from: JEF_300 on 05/02/2025 05:58 pmI'm very intrigued by this reentry vehicle. I've thought for a few years now that there was a market for dedicated down-mass; or at least, that the market for dedicated down-mass was only one vehicle development cycle away. This seems to be a vehicle designed for exactly that.But Varda has a commercially developed, privately financed, regulatory pathfinding, reentry system. Not only did they believe , like you, that there was a market, but they put their money and careers on the line for it.NASA used to do this to prevent commercialization.Who is going to finance development if Texas or NASA is going to finance competition, particularly if they wait for you to do the pathfinding, like working with the FAA to develop the whole regime of commercial reentry licensing?These actions are ultimately harmful to technology development, not helpful.1: Funding the entrance of a second provider to a market is not a bad thing. 2: In this case it is, as you allude, it's not NASA but the Texas state government providing funding. And since Varda isn't in Texas, they're funding an alternative that is. That's what a local government should do. I really don't see the problem here.We disagreeFunding a competitor in the capital market is fine.Having government fund it is very bad.It’s hard to impossible to compete with the federal or Texas government.I didn’t say it was NASA, but it was anti-commercial when NASA did it, like to Beal.You don’t see the problem? You aren’t looking carefully.When you start a business do you have to add the risk that any of the 49 other states will decide to subsidize a “home territory” competitor to you without looking for direct return on investment like your funders?NASA finally has one or two successes at this: COTS and CLPS. They set goals and fostered competition, resulting in two COTS suppliers (although the Shuttle huggers are diluting that market by funding and given slots to Dream Chaser) and several private lunar landers, with Blue Ghost being the first to be fully successful.Texas is not following, cannot follow, that model.
Shaping the Future of U.S. Space ManufacturingWe've partnered with Space Forge to provide expertise that informs the design of our Earth reentry vehicle, enabling the precise return of semiconductors from orbit to Earth.
Following City Council approval, Intuitive Machines is expanding its headquarters at the Houston Spaceport to support additional government contracts and scale delivery of spacecraft production, testing, and mission support.The expansion builds on the Company’s existing 105,000-square-foot Lunar Production and Operations Center, which opened in 2023. This site has supported mission operations for two lunar landing missions and now anchors programs supporting Earth reentry systems, heavy cargo-class landers, Lunar Terrain Vehicle development, and Intuitive Machines’ work under NASA’s Near Space Network Services contract.Set to break ground in summer 2025, the new development includes: • A 16,500-square-foot spacecraft development and production space • An 8,000-square-foot warehouse and storage facility • 150 new parking stalls to accommodate a growing workforceThis expansion is part of the Company’s broader strategy to scale operations for a diverse customer base across civil, national security space, and commercial sectors. Intuitive Machines has grown its workforce by more than 130% since 2019, and the new facilities are designed to support further talent growth, enhanced production capacity, and increased mission readiness across all operations.
Intuitive Machines, Inc. has secured a $9.8 million Phase Two government contract to advance its Orbital Transfer Vehicle (“OTV”) through Critical Design Review (“CDR”)—the final engineering milestone on a previously disclosed contract, before manufacturing begins. The Phase Two of the contract expands the Company’s growing government portfolio and signals increasing demand for its in-space mobility solutions beyond lunar surface delivery. Intuitive Machines believes this non-NASA award reinforces the Company’s strategic move to diversify its customer base and deliver orbital capabilities that span commercial, civil, and national security space operations. Built on the flight-proven Nova-C lander architecture, the OTV draws heritage from hardware and designs that have been successfully validated in two lunar missions, including trajectory refinement maneuvers, lunar orbit insertion, and main engine firings during descent. “Our OTV is a direct evolution of our lunar surface delivery missions—positioning us to expand into the rapidly growing market for in-space logistics,” said Intuitive Machines CEO Steve Altemus. “We’re leveraging our flight-proven technology to operate a mission-ready service that delivers customer payloads across orbits—from Earth to the Moon and beyond.” With an anticipated payload capacity of approximately 2,100 kilograms, the OTV is engineered for high-agility, time-efficient transfer of spacecraft and mission hardware across a wide range of destinations, including: • Medium Earth Orbit (MEO) • Geostationary Orbit (GEO) • Lagrange Points • Cislunar Injection Trajectories • Near-Rectilinear Halo Orbit (NRHO) • Low Lunar Orbit (LLO) • Interplanetary Destinations The vehicle’s optimized structure and propulsion architecture support flexible mission profiles and can evolve to meet future orbital servicing, logistics, and communications needs. Part of Intuitive Machines’ mission delivery service pillar, the OTV complements the Company’s growing portfolio of lunar landers, Earth reentry vehicles, and space-based data transmission infrastructure—delivering end-to-end mobility solutions for the Earth-Moon economy. With Critical Design Review underway, Intuitive Machines is preparing to begin manufacturing and flight integration as early as 2026—positioning the Company to support a new class of on-orbit logistics missions in service of government, commercial, and exploration customers.
Intuitive Machines expands deep space navigation services with agreement to acquire KinetX Aerospace, positioning itself for constellation management and Moon-to-Mars data relay.
Intuitive Machines@Int_MachinesWe submitted the final proposal for the next phase of NASA’s Lunar Terrain Vehicle Services (LTVS) contract, to build, fly, and operate the Intuitive Machines-led Moon RACER vehicle on the Moon. NASA is expected to announce the LTV delivery and demonstration award by the end of 2025.
Intuitive Machines@Int_Machines·This month, we celebrated our 200th day of hot fire testing on the Mobile Test Stand (MTS)—a huge milestone on our journey to provide orbital and surface delivery services!Christened in March 2019, the MTS includes the avionics and propulsion systems required to perform development testing and performance verification of our main engine, motor valves, and avionics systems.The series of tests executed on our 200th test day advanced our performance, cooling, and stability objectives for the IM-3 main engine injector.
CSIRO, Australia’s national science agency, and Moon RACER teammate, provided the autonomy software that uses the point cloud and vehicle sensor inputs to figure out the vehicle’s exact location and orientation, build a local map, spot potential hazards like rocks or slopes, and decide the safest way to drive. It’s the brain behind the eyes. CSIRO’s expertise is built on decades of developing navigation solutions for challenging terrain, GPS denied and extreme environments like underground mines.
Michelin will leverage its expertise in airless tires and its knowledge of high-tech materials to design a lunar wheel capable of withstanding extreme temperatures (over 100°C and below -240°C) and solar and galactic radiation, while preserving the rover’s battery life and providing maximum traction on an aggressive, loose soil.
Intuitive Machines has completed its previously announced acquisition of KinetX, Inc, which specializes in deep space navigation, systems engineering, and constellation mission design. The acquisition enhances Intuitive Machines’ ability to provide customers secure, reliable communications and precision navigation for lunar and interplanetary missions by combining its data service platform with KinetX deep space navigation technology.The stock acquisition was completed for $30 million before closing adjustments, including approximately $15 million in cash and approximately 1,400,000 shares of Intuitive Machines common stock.
Intuitive Machines@Int_Machines·It’s #WorldSpaceWeek and the future of exploration is on the move 🌕Moon RACER, is engineered for more than mobility. It’s a fully integrated lunar service, connecting delivery, data, and infrastructure in one system.
Intuitive Machines@Int_MachinesProducts made in space are more valuable. Zephyr brings them home. 🌍 In a microgravity environment, you can create new molecules and purer crystals. Zephyr turns orbital discoveries into real world breakthroughs.
Intuitive Machines, Inc. (Nasdaq: LUNR), a leading space technology and infrastructure services company, today announced an $8.2 million contract extension from the U.S. Air Force Research Laboratory’s Space Vehicles Directorate (AFRL/RV) to develop next-generation nuclear power systems for spacecraft and lunar infrastructure. Intuitive Machines is using the funding to accelerate readiness of compact nuclear power conversion technology that overcomes solar power limitations and enables lengthier missions on the Moon and in deep space.
Key Highlights (AI Generated):Goal: To accelerate the flight readiness of compact nuclear power conversion technology, specifically a Stirling-based power conversion system. This system converts heat from a radioisotope source into electricity.Purpose: The technology is intended to overcome the limitations of solar power for space missions, particularly in harsh environments like the two-week-long lunar night where temperatures are extremely low. This will enable lengthier missions on the Moon and in deep space.Previous Work: The extension builds upon a prior $9.5 million AFRL program, which included the design phase that culminated in a successful Preliminary Design Review in September.Next Phase: The new funding shifts the work from design to preparing the system for flight hardware, a critical step toward demonstrating space-based nuclear power in orbit.Flight Experiment: The article mentions the Stirling Technology spAce Research experimenT (START), a flight experiment designed to demonstrate the Stirling power conversion technology on the ISS National Laboratory. The goal is to raise the technology's readiness level from prototype to space-flown.Strategic Importance: Intuitive Machines believes this reliable, scalable energy system is essential for sustained operations in space, including national security missions, supporting generators during prolonged darkness, and powering long-duration Position, Navigation, and Timing (PNT) beacons on the Moon.
