Space Industry– category –
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Next-Generation Solid-State Battery for Lunar Applications Announced, Offering Double the Lifespan and Enhanced Safety Under Extreme Conditions
Journal of Power Sources (Preprint) International Overview A prototype of a next-generation solid-state battery for lunar surface applications has been unveiled, demonstrating high energy density and long-term stability under extreme tem... -
Miniaturized Radiation-Hardened FPGA for Small Satellites Boosts On-Board Processing by 50%, Enhancing Mission Capabilities
Small Satellite Conference Proceedings (July 2026) International Overview A new miniaturized and radiation-hardened FPGA (Field-Programmable Gate Array) optimized for small satellites has been unveiled, demonstrating a two-fold improveme... -
Novel SiC MOSFET Sustains High Radiation Hardness Across Broad Doses, Paving Way for Deep Space Power Systems
ECS Journal of Solid State Science and Technology (Preprint) International Overview A new Silicon Carbide (SiC) MOSFET, developed for spacecraft power systems, has demonstrated superior radiation hardness across a wide range of radiation... -
GaN Power Amplifiers Demonstrate Superior Radiation Hardness Over Si Devices in Simulated Space Environments
IEEE Transactions on Nuclear Science (Conference Proceedings - July 2026) International Overview Gallium Nitride (GaN)-based power amplifiers, developed for space applications, have exhibited significantly superior radiation hardness com... -
Advanced High-Temperature Coating Developed for Hypersonic Re-entry Vehicles Sustains 2000°C+, Bolstering Reusable Spacecraft Thermal Protection
arXiv: Materials Science (Preprint) International Overview An innovative ceramic-based high-temperature resistant coating has been developed for hypersonic re-entry vehicles, capable of maintaining material integrity in extreme environme... -
Novel Polymer-Ceramic Composite Achieves Over 90% Shielding Performance Against Protons and Heavy Ions for Spacecraft
Acta Astronautica (Preprint) International Overview A new polymer-ceramic composite material developed for spacecraft radiation shielding systems has demonstrated superior shielding properties against protons and heavy ions, simulating l... -
Novel Lightweight Composite Surpasses Existing Materials in High-Cycle Fatigue and High-Temperature Stability for Reusable Launch Vehicles
Journal of Aerospace Materials and Structures International Overview A new lightweight composite material designed for reusable rocket structures has demonstrated superior performance, exceeding existing materials by up to 30% in high-cy... -
Space Industry Weekly Report July 11, 2026
▼ ▼ ▼ If the infographic makes you want to read the full report, please click the download button below. ▼ ▼ ▼ 📄 Weekly Report July 11, 2026 (PDF) — Download Weekly Report July 11, 2026 (PDF) — DownloadDownload 🎙 Podcast July 12, 2026 (... -
Standard Technology Develops Moon Base Technologies Integrating Lunar Regolith 3D Printing and ISRU, Reducing Earth Transport Costs
Standard Technology USA Overview Standard Technology is actively developing moon base technologies, focusing on In-Situ Resource Utilization (ISRU) and advanced lunar regolith 3D printing, to envision the future of lunar exploration. The... -
City Labs Launches First FAA-Approved Commercial Nuclear-Powered Satellite, BOHR CubeSat, with Tritium Battery, Revolutionizing Deep Space and Lunar Night Exploration
Space Daily USA Overview Florida-based City Labs launched its BOHR CubeSat, powered by a tritium-based betavoltaic battery, aboard a SpaceX Falcon 9. This BOHR CubeSat is the first commercial spacecraft approved to carry a nuclear power ...
