This book explores the coordinated behaviour of natural and engineered groups of robots, presenting a detailed perspective on how collective systems operate through interaction, communication, and shared control strategies. It examines how multiple autonomous agents function as a unified system, where cooperation and distributed decision-making enable complex tasks to be performed efficiently. The narrative reflects on the principles that govern formation control, stability, and coordination, highlighting how mathematical modelling and control theory are applied to maintain structure and performance within dynamic environments. It also considers how robotic groups adapt to changing conditions, manage uncertainties, and achieve synchronised movement across different operational domains, including marine, aerial, and space-based systems. Emphasis is placed on the design of algorithms that support robust collaboration and scalability, ensuring reliability in multi-agent systems.

The book highlights the broader significance of group robotics in advancing automation, sensing, and mission-critical operations. It offers insight into how coordinated systems extend the capabilities of individual robots, making it valuable for students, researchers, and professionals interested in multi-agent control and distributed robotic systems.