The Burn n' Go program aims to develop a new solid rocket motor (SRM) design with tailorable, post-manufacturing thrust control that enables improved performance and manufacturing efficiency. The program seeks a novel SRM design that increases production rates and scalability while allowing for post-production tailoring and seamless integration into existing infrastructure. Proposers should investigate innovative approaches that enable revolutionary advances in solid rocket motors, materials science, solid rocket motor manufacturing, quality control, embedded elements, thrust control, and burn rate enhancers. Some key aspects of the program include: • Developing a conceptual design that demonstrates the viability and feasibility of technology concepts proposed • Creating a standardized solid rocket motor design that can be adapted for various weapons systems • Controlling the burn surface area post-production, potentially through novel materials • Streamlining quality control, particularly for igniter systems and propellant grain casting • Incorporating real-time, non-contact monitoring of propellant grain and embedded elements to enhance safety and performance