ThrustMe’s Post

The "Performance Mapping of the NPT30-I2 Iodine-Propelled Thruster" in a new article at the #SP2024 🛰 The NPT30-I2-1U is an important milestone, being the first iodine-powered electric propulsion system in space. Our article details the comprehensive performance mapping of this fully integrated system, which introduced unique challenges throughout its development and qualification phases. One of the main focuses of our analysis was the application of machine learning techniques, which are essential for dealing with the complexities inherent in a system like the NPT30-I2-1U. These innovative methods have improved our understanding and optimized the thruster's performance. We are excited to share these insights and discuss our methodologies at the next Space Propulsion Conference, Session 45, Iodine Thrusters, on Wednesday, 22 May, at 9:40. #space #propulsion #iodine #newdevelopment #innovation #qualification

VXB Aerospace fires up breakthrough AI-designed satellite thruster 🛰 This image shows the successful firing of our Zephyr thruster in our vacuum chamber. 🚀 The ionised argon plasma plume can be seen ejecting from the channel of the thruster producing the highly efficient thrust that makes this underlying Hall effect technology the most desired type of satellite propulsion by the industry. We completed the design, manufacturing and testing in just 4 months. This is the first time that the Australia & NZ region has the capability to produce electric propulsion systems for satellites larger than 50kg, critical for unlocking satellite capabilities in the region as demand surges. This is also the first use of AI to tackle complex design challenges in satellite propulsion, our proprietary algorithms saved us significant time and cost. Using the proprietary structure in our Zephyr propulsion, we’ll be the first company in the world to sell electric propulsion that runs on argon propellent, a fraction of the cost to alternative fuels. Sincere thanks to our funding supporters who helped get us to this significant milestone: Department of Industry, Science and Resources & Ed Husic MP, Australian Space Agency & Enrico Palermo, Investment NSW, Cicada Innovations Alexander Ryan Zachariah Levey Jasper Ryan Linda Losurdo Maxim Schiller Javier Salazar https://lnkd.in/gxDF6EJj

🚀 ✨ Celebrating a Year of Innovation - Introducing ThrustMe's JPT150 Iodine Hall Thruster! 🚀 ✨ After achieving a historic milestone with the world's first in-orbit demonstration of iodine-fueled electric propulsion systems, its widespread adoption in the market, and the establishment of ThrustMe's batch production, we proudly present the JPT150. This revolutionary propulsion system brings together the efficiency of a Hall thruster with the remarkable advantages of iodine. The JPT150 leverages the power of iodine, building upon the maturity of iodine-compatible subsystems that have proven their readiness at TRL 9 in ThrustMe's flight-proven propulsion products. The innovative design of JPT150 guarantees superior performance in the power range of 150-200 W, elevating the overall efficiency of space missions to unprecedented levels. The first prototype of HET-based propulsion system JPT150 has successfully undergone firing tests with iodine propellant, including both the thruster head and the cathode. This is a crucial step towards a new era in space propulsion technology. 🥂 Cheers to a fantastic year of growth and exciting milestones at ThrustMe! As we advance into the future, we look forward to sharing our next steps towards a sustainable space. #space #propulsion #spacetech #innovation #newtechnology #hightech

🚀 Exciting Update! 🚀 We're happy to announce enhancements to the thermal output type of our co-simulation interface's simulation object in Simcenter 3D. These improvements provide users with greater flexibility and precision in their thermal simulations. Now, you can select different sources of heat flux to exchange with external solvers. This allows for an accurate evaluation of the battery state of charge for spacecraft during specific orbit missions. These advancements enable more precise and reliable thermal analyses, paving the way for better mission planning and execution. Stay tuned for more updates and innovations! #SpaceTech #Simulation #ThermalAnalysis #AerospaceEngineering #Innovation

🚀 Exciting Update! 🚀 We're happy to announce enhancements to the thermal output type of our co-simulation interface's simulation object in Simcenter 3D. These improvements provide users with greater flexibility and precision in their thermal simulations. Now, you can select different sources of heat flux to exchange with external solvers. This allows for an accurate evaluation of the battery state of charge for spacecraft during specific orbit missions. These advancements enable more precise and reliable thermal analyses, paving the way for better mission planning and execution. Stay tuned for more updates and innovations! #SpaceTech #Simulation #ThermalAnalysis #AerospaceEngineering #Innovation

🚀 Exciting Update! 🚀 We're happy to announce enhancements to the thermal output type of our co-simulation interface's simulation object in Simcenter 3D. These improvements provide users with greater flexibility and precision in their thermal simulations. Now, you can select different sources of heat flux to exchange with external solvers. This allows for an accurate evaluation of the battery state of charge for spacecraft during specific orbit missions. These advancements enable more precise and reliable thermal analyses, paving the way for better mission planning and execution. Stay tuned for more updates and innovations! #SpaceTech #Simulation #ThermalAnalysis #AerospaceEngineering #Innovation

🚀 Exciting Update! 🚀 We're happy to announce enhancements to the thermal output type of our co-simulation interface's simulation object in Simcenter 3D. These improvements provide users with greater flexibility and precision in their thermal simulations. Now, you can select different sources of heat flux to exchange with external solvers. This allows for an accurate evaluation of the battery state of charge for spacecraft during specific orbit missions. These advancements enable more precise and reliable thermal analyses, paving the way for better mission planning and execution. Stay tuned for more updates and innovations! #SpaceTech #Simulation #ThermalAnalysis #AerospaceEngineering #Innovation

🚀 Exciting Update! 🚀 We're happy to announce enhancements to the thermal output type of our co-simulation interface's simulation object in Simcenter 3D. These improvements provide users with greater flexibility and precision in their thermal simulations. Now, you can select different sources of heat flux to exchange with external solvers. This allows for an accurate evaluation of the battery state of charge for spacecraft during specific orbit missions. These advancements enable more precise and reliable thermal analyses, paving the way for better mission planning and execution. Stay tuned for more updates and innovations! #SpaceTech #Simulation #ThermalAnalysis #AerospaceEngineering #Innovation

🚀🚀SPACE PROPULSION CONFERENCE - #Day1🚀🚀 Chiara Pertosa, CEO of #SITAEL, during the round table 'How to speed up innovative propulsion releases to market': "The In Orbit Demonstration of #MicroHETSat strengthens our position from both technical and commercial standpoints. Our flexibility and 100% compatibility with customers' needs are achieved through numerous tests and our superiority in the analytical modeling of #electric #propulsion systems, which enables co-engineering from the early stages with satellite Primes. Additionally, SITAEL is increasingly investing in production facilities; our Space Factory Program focuses on Electric Propulsion Subsystems to deliver dozens of systems per year." 📍#SP2024 - Meet us at Booth 31 #SpacePropulsion #ElectricPropulsion #Space #NewSpace #SpaceSector #SpaceIndustry #SpaceTech #SpaceTechnology #EarthObservation #SmallSat #Satellite #Satcom #Sustainability #SpaceFactory