Overview

For more than a century, indoor air distribution has relied on a simple assumption: air must travel through fixed ducts to reach occupants. While systems have evolved-from constant volume to VAV, displacement, and underfloor air distribution-the core idea has remained unchanged. Air moves; people stay still. But buildings have changed. Occupants move, work patterns shift, spaces reconfigure dynamically, and expectations for comfort, energy efficiency, and indoor air quality continue to rise. The fixed nature of ductwork increasingly conflicts with the fluid nature of modern occupancy. This book explores a radical yet logical evolution of HVAC systems: drone-based indoor air distribution. Ultra-quiet indoor drones that circulate, supply, mix, and clean air-without ducts-while dynamically following occupants and adapting in real time to their needs. Rather than conditioning entire volumes uniformly, drone-based systems enable localized comfort, responsive airflow, and personalized indoor environments. Enabled by advances in sensors, artificial intelligence, acoustics, battery technology, and autonomous navigation, this concept challenges the traditional boundaries between HVAC, robotics, and smart buildings. This book does not present science fiction. It presents a technically grounded vision of what indoor air distribution could become as buildings transition from static systems to adaptive, occupant-centric environments.

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