ADCS – Spacecraft Attitude Determination and Control 1st Edition

ADCS – Spacecraft Attitude Determination and Control, 1st Edition by Michael Paluszek

Capture the essentials of spacecraft attitude systems with this clear, authoritative guide. Ideal for students, aerospace engineers, and satellite designers, Paluszek’s ADCS book turns complex theory into practical insight — from attitude representation and sensors to control algorithms and mission-level considerations.

Inside you’ll find a balanced mix of rigorous mathematics and real-world engineering: quaternion and Euler formalisms, sensor fusion and estimation (including Kalman filtering), reaction wheels, control moment gyros, thruster-based control, and stability analysis. The text emphasizes implementation-ready approaches for LEO, MEO and GEO satellites, CubeSats and larger platforms, making it a versatile resource for both academic coursework and industry projects.

Why this book matters: it explains not just how ADCS components work, but why they behave that way in orbit, helping readers design reliable attitude solutions for earth-observing, communication and scientific missions. Concise examples and problem-driven explanations translate theory into actionable steps for system selection, simulation, and testing.

Whether you’re studying spacecraft dynamics in the US, Europe, India or beyond, this edition serves as a compact reference for mission planning, systems engineering and hands-on development. Practical, well-structured and accessible, ADCS – Spacecraft Attitude Determination and Control is the go-to title for anyone serious about mastering satellite attitude systems. Add it to your library and take the next step toward confident ADCS design and implementation.

Note: eBooks do not include supplementary materials such as CDs, access codes, etc.