Attitude Takeover Control of Failed Spacecraft 1st Edition

Grab your copy of Attitude Takeover: Control of Failed Spacecraft — 1st Edition by Panfeng Huang, Fan Zhang, Yingbo Lu, Haitao Chang, and Yizhai Zhang, a practical, professionally grounded guide for engineers, researchers, and mission operators confronting spacecraft attitude anomalies.

Startling failures in attitude control demand clear procedures, robust algorithms, and proven recovery strategies. This book delivers a focused, hands-on examination of spacecraft attitude takeover following subsystem faults, combining control theory with actionable solutions. Readers will find in-depth coverage of satellite attitude dynamics, fault diagnosis, fault-tolerant control architectures, and recovery maneuvers—backed by mathematical rigor and illustrated with real-world case studies and simulation results.

Whether you’re designing next-generation attitude control systems or troubleshooting in operations, this volume translates advanced research into deployable practices. It explains sensor and actuator failure modes, adaptive control strategies, estimation and observer techniques, and practical implementation considerations for both small satellites and large spacecraft. Clear diagrams, algorithm outlines, and step-by-step recovery workflows help bridge the gap between theory and mission-ready application.

Ideal for aerospace engineers, graduate students, mission planners, and satellite operators worldwide, this book enhances your capability to diagnose, stabilize, and reclaim control of failed spacecraft. Strengthen your toolkit with contemporary methods for resilience, performance, and safety in space missions.

Add Attitude Takeover: Control of Failed Spacecraft (1st Edition) to your professional library today — an essential resource for anyone responsible for maintaining attitude stability and mission continuity in the global space industry.

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