Space debris tracking involves the monitoring and identification of non-functional objects in Earth's orbit, such as defunct satellites, spent rocket stages, and fragments from collisions or disintegration events. As the amount of space debris increases, tracking is crucial to prevent collisions with operational satellites, the International Space Station, and other space assets. Ground-based radars, optical telescopes, and space-based sensors are commonly used to detect and track these objects, providing real-time data on their trajectories and helping operators avoid potential collisions.

However, tracking space debris presents significant challenges due to the sheer number of objects and their varying sizes, speeds, and orbits. Many pieces of debris are small but can still cause significant damage due to their high velocity. To address these challenges, advanced tracking systems and algorithms are being developed to predict debris movement more accurately and inform collision-avoidance maneuvers. In addition, international collaborations and regulatory efforts are underway to improve debris mitigation and removal strategies, ensuring safer long-term use of Earth's orbital space.

MPBC develops ground station amplifiers that enhance space debris tracking by providing reliable, high-performance signal amplification. Our amplifiers support accurate trajectory monitoring, helping operators prevent collisions and protect vital space assets. To learn more about how MPBC can assist with your space debris tracking projects, reach out to us today.