The rapid growth of space exploration and increasing challenges related to space debris require novel approaches in spacecraft engineering. This study introduces a unique, low-performance computational system (5 TFLOPS per watt) that models a spacecraft factory, emphasizing sustainability, circular economy, and debris management. The research uses additive manufacturing and brain-computer interface technology to demonstrate a propulsion-aware, steerable spacecraft designed for efficient debris collection, recycling, and resource management. Integrating autonomous lasers, AI, and Industry 6.0 concepts results in a turnkey solution poised to revolutionize spacecraft operations and debris management, aiming for a sustainable future in space exploration.