ERETS D Mission: Removal of Space Debris with Laser Technology
The Erets D Mission is a groundbreaking initiative aimed at revolutionizing the approach to space sustainability. As part of our commitment to preserving Earth’s orbital environment, ERETS D focuses on the removal of space debris 1cm to 25kg Space debris. The R&D includes most challenging, yet promising next gen technologies of Green propulsion systems, Advanced optics technology, Deep Neural Artificial intelligence and Payloads. This mission is designed to detect, track, and mitigate space debris, ensuring a safer environment for satellites and future space exploration.
Our in-house payload design integrates advanced optical systems to precisely locate space debris, making it possible to neutralize even the smallest fragments that pose significant threats to operational satellites. By harnessing these next-generation technologies, Erets D is paving the way for a more sustainable space future. With a focus on cleaner, greener solutions, this mission not only addresses current space debris challenges but also sets new standards for future space missions, contributing to a safer and more sustainable cosmos.
Erets C Mission: Redefining Space Debris Detection
The Erets C Mission is a cornerstone of our efforts to ensure the long-term sustainability of Earth’s orbital environment. Focused on space debris detection of tiny particles, this mission is designed to address one of the most critical challenges in modern space exploration: identifying and tracking debris that threatens satellites and other space assets.
The Erets C Mission utilizes a constellation of in-house developed satellites, equipped with state-of-the-art payloads specifically built for debris detection. These satellites are designed to precisely monitor debris, ranging from tiny particles to larger objects, that can endanger spacecraft and satellites in orbit. Our advanced AI – Deep Neural Network provide real-time debris tracking, ensuring proactive measures can be taken to mitigate collisions and maintain safe orbital pathways.
Erets 360: Your Gateway to Real-Time Space Debris Data
Erets 360 is our cutting-edge API platform designed to provide real-time space debris data for satellite operators, space agencies, and research institutions. This powerful tool allows users to access precise, up-to-the- minute information about debris in Earth’s orbit, enabling better decision-making and proactive measures to safeguard space assets.
By integrating data from our Erets C constellation of satellites, Erets 360 delivers comprehensive insights into the size, location, and trajectory of space debris. Whether it’s for collision avoidance, mission planning, or enhancing overall space traffic management, Erets 360 ensures that users have the critical data they need at their fingertips. Built with scalability and flexibility in mind, Erets 360 offers seamless integration with existing systems through its user- friendly API. With applications ranging from satellite operations to academic research, this platform is set to redefine how space debris is tracked and managed. Erets 360 is not just a data service; it’s a key tool in the global effort to promote space sustainability. By providing access to real-time debris tracking, we empower the space community to take meaningful steps toward preserving the orbital environment for future generations
