Solar Array Development
At the International Astronautical Congress (IAC) 2025, Flexell Space and NPC Spacemind joined forces to work on the upcoming generations of solar arrays.
This collaboration is aimed at enhancing the efficiency and capabilities of solar power systems utilized in space. The aim is to create more powerful and reliable energy sources for spacecraft, and this is key for powering future missions, and ultimately, expansion into the cosmos. The partnership represents a concentrated effort to boost space-based solar energy technology, crucial for supporting the longevity and performance of space missions.
IoT Connectivity Revolution
Sateliot achieved a landmark by establishing the initial standards-based Internet of Things (IoT) connection from Low Earth Orbit (LEO) to a commercial device. This accomplishment indicates a significant leap forward in satellite-based IoT, and it opens the door for worldwide connectivity solutions. This technology enables seamless communication and data transfer, and allows for the integration of diverse devices into a unified network. This advancement highlights the growing possibilities in IoT and its impact on various sectors such as remote sensing and logistics.
Satellite Industry Growth
Novaspace projects a staggering $665 billion in satellite build and launch activity. The forecast demonstrates the significant investment and development within the space sector, which in turn fuels innovation and economic opportunities. This financial projection encompasses a variety of applications and services, highlighting the ongoing expansion and importance of satellites in various aspects of life. The forecast highlights the dynamic growth in the satellite industry and its crucial role in modern infrastructure and communication.
High-Velocity Propulsion Systems
Moog has finished developing its high-velocity propulsion systems and has begun integrating them into spacecraft. This step represents a critical advancement in spacecraft technology, enhancing maneuverability and operational capabilities. High-velocity propulsion is critical for missions, and this allows for quicker travel times and more efficient orbital adjustments. This phase indicates progress in developing advanced technology to support more ambitious space exploration initiatives and projects.
