COMPOSITE SOLID ROCKET PROPULSION: Formulation, Analysis and Motor Design

Most books about solid rocket propulsion describe what happens inside a motor. This one tells you how to build it.Composite Solid Rocket Propulsion is a complete technical reference for the serious practitioner, the certified high-power rocketeer, the experimental motor builder, and the aerospace engineering student who wants theory grounded in real hardware.Drawing on more than a decade of hands-on laboratory work at ADS-SPS-LAB, this volume covers the full arc of composite propellant work: from the regulatory framework that governs manufacture and flight, through the chemistry of oxidizers, binders, and catalysts, to the engineering of grains, casings, nozzles, and static test stands, and the troubleshooting knowledge that only comes from watching things go wrong.At the heart of this book is a formulation catalog unlike anything available in the open literature. Sixteen fully characterized composite propellant formulas are presented in complete technical detail, ingredient percentages, ballistic properties, processing notes, and analytical commentary, spanning original ADS-SPS-LAB compositions, historical JPL polysulfide formulas from the Loki Dart and Super Loki sounding rocket programs, and formulations developed by the MIT Rocket Team as part of their ongoing university research.Each entry is not just a recipe: it is a technical analysis that explains why the formula works, how it compares to its contemporaries, and what a practitioner needs to know before mixing it. Several entries are verified against publicly available primary sources. No comparable catalog exists in published form.Whether you are designing your first experimental motor, refining a formulation that is not performing as expected, or simply building the technical foundation to understand why a propellant behaves the way it does — this book meets you where you are and takes you further than you expected to go. Read more