Written by Brent Brooks, Firefighter Researcher
Modern skylines reflect human achievement. Iconic towers rising higher with concrete, steel, glass, and now wooden timbers. But behind every shimmering high-rise lies a sobering truth: when a fire breaks out above the ground floor, everything changes. With over three decades in the fire service and two decades specializing in high-rise operations, I’ve witnessed how these buildings behave in crisis.
The challenges faced by firefighters inside tall structures are vastly different from those at street level. And in many cases, design choices made long before a fire starts can either aid or hinder life-saving operations.
The Vertical Battlefield
High-rise fires aren’t just structure fires; they’re logistical nightmares. Firefighters must haul equipment hundreds of feet vertically, often using unreliable elevators or congested stairwells. The vertical response eats away at critical time, delaying firefighting and rescue efforts. What might be a 6-minute response on a suburban street becomes 18 minutes or more in a high-rise tower. In those extra minutes, fire and smoke can overtake entire floors.
Responders confront multiple hazards:
- Falling debris from upper floors threatens crews and civilians below.
- System failures, especially communications and loss of power, can leave firefighters in the dark, literally and figuratively.
- Insufficient water pressure, sometimes requiring standpipe adaptations or improvised pumping operations.
- Complex building layouts turn search and rescue into a maze-like challenge.
- Smoke spread through shafts and ducts, which undermines compartmentation and jeopardizes evacuation routes.
- The physiological toll, as firefighters perform labor-intensive tasks in high-heat, low-visibility, high-stress environments.
These aren’t just technical challenges—they are human ones. The fireground is not a blueprint; it’s a battleground.
Rethinking High-Rise Safety
Despite advancements in building systems, there remains a gap between design intent and operational reality. That’s why I’ve spent years researching how buildings interact with fire and firefighters. I’ve toured 36 of the world’s 118+ tallest buildings. I’ve trained with departments across the globe. I’ve worked with engineers, architects, and policy makers to ask the hard questions: What happens if the standpipe system fails? After the power fails? After hundreds of residents flood stairwells in smoke-filled panic?
My research has identified operational pressure points that consistently surface in high-rise incidents, including:
- Vertical response and reaction time
- Communications failures
- Evacuation and shelter-in-place conflicts
- Smoke and fire spread through hidden pathways
- Catastrophic building system failures
These aren't theoretical vulnerabilities. They are the same issues that claimed lives in past high-rise tragedies—from Grenfell Tower to the Twin Parks North West fire in New York.
Bridging the Gap: Lessons for Designers, Planners, and Fire Services
Firefighters are often the last to be consulted and the first to be called. That needs to change. Designers and developers must engage operational experts early in the design process. Stairwells must be truly protected. Fire command centers must be more than code-compliant—they must be usable under duress. Water supplies must be reliable and accessible at height. Communications systems must work when everything else fails.
Our shared goal should be simple: build high-rises that are not only tall but also tactically smart, where form meets function, and survival is built in from the beginning.
Final Thoughts and a Call to Action
This is more than professional observation—it’s a personal mission. As firefighters, we train for the worst so that others may see another day. But we can no longer rely on bravery alone. We must learn from the front lines and bring those lessons to the drawing board, to policy meetings, and to public awareness. Because in the world of high-rise firefighting, we must be proactive and prepared – it’s a matter of life and death.
To learn more about high-rise firefighting, visit: