7 Must-Haves for High Rise Fire Safety

Key Takeaways

• High-rise buildings face stricter code requirements than low-rise properties because height changes how fire and smoke behave, how long an evacuation takes, and what firefighters need to do their job.
• Passive fire protection is a frequently overlooked category. Fire doors propped open, unsealed penetrations from tenant work, and blocked dampers are common findings during AHJ inspections and carry immediate correction requirements.
• Fire pumps need more than annual testing. NFPA 25 and NFPA 20 require weekly no-flow churn tests in addition to annual flow tests, meaning fire pump compliance is an ongoing operational task, not an annual event.
• BDA/ERRCS systems are increasingly required in existing buildings as jurisdictions update their adopted fire codes. Property managers should verify their current radio coverage status before an AHJ inspection surfaces it as a deficiency.
• Vendor consolidation reduces compliance risk. When one provider manages inspection, testing, and maintenance across all seven systems, documentation gaps and cross-system deficiencies are identified and addressed before they become violations.

Managing a high-rise property means managing fire risk at a different scale than almost any other building type. The higher the floor, the harder it is to evacuate, the more complex the systems required by code, and the greater the consequences when something goes wrong.

According to a NFPA research report, U.S. fire departments responded to nearly 15,000 high-rise building fires within a four-year period, resulting in over $200 million in direct property damage annually.

Here is what every high-rise property manager needs to have in place.

What Makes High Rise Fire Safety Different

Before getting into the specific systems, it helps to understand why high-rise buildings operate under a separate category of fire code requirements altogether.

Under NFPA 101 Life Safety Code and the International Building Code, a high-rise is defined as any building where the floor of an occupiable story is greater than 75 feet above the lowest level of fire department vehicle access. That threshold marks the point where aerial ladders can no longer reliably reach occupants, and where standard firefighting tactics have to change.

Height introduces fire behavior challenges that low-rise buildings simply do not face. Smoke travels vertically faster than it spreads horizontally, moving through elevator shafts, stairwells, and HVAC ducts that can compromise evacuation routes within minutes of ignition. This often means that firefighters arriving on scene need significantly more time and resources to reach affected floors.

NFPA 101 covers essential aspects of high-rise fire protection. For property managers overseeing office towers, apartment buildings, or mixed-use properties, these are the baseline.

Understanding what each system does and what maintaining it requires is foundational to keeping your building compliant and your tenants safe.

Must-Have #1: Fire Alarm Systems

A fire alarm system in a high-rise is not just a smoke detector connected to a siren. High-rise buildings require automatic detection and notification systems capable of detecting smoke, heat, or flames quickly and alerting all occupants through audible and visual signals, along with emergency voice communication systems that can deliver evacuation instructions floor by floor.

That distinction matters for property managers: a zoned voice communication system means occupants on the floor of origin may receive different instructions than those on unaffected floors, which reduces panic and controls evacuation flow more effectively than a building-wide alarm.

Under NFPA 72, fire alarm systems in high-rises must integrate with other building systems, such as sprinklers, smoke control, and elevator recall, so that activation of one component triggers the appropriate response across the others. The alarm system is effectively the central nervous system of the entire fire safety infrastructure.

Fire alarm systems in high-rise buildings are typically tested at least once per year, with additional periodic inspections and device checks depending on local rules.

Must-Have #2: Fire Sprinkler Systems

Modern codes require automatic sprinkler systems throughout nearly all areas of high-rise buildings.

Under NFPA 101, a sprinkler control valve and waterflow device are required on every floor so that water flow can be isolated and monitored zone by zone. In high-rise buildings, sprinkler systems are typically combined with standpipe risers, meaning the same vertical infrastructure delivers water to both sprinkler heads and firefighter hose connections simultaneously.

For property managers, the practical implication is that a sprinkler system failure in a high-rise is rarely contained to one floor. A blocked valve, corroded pipe fitting, or impaired riser can compromise coverage across multiple zones. That is why ongoing inspection is so important, and why documentation of every test and deficiency matters as much as the inspection itself.

Must-Have #3: Standpipe Systems

A standpipe system is a network of vertical pipes running through a building's stairwells, with hose connections on each floor that allow firefighters to connect directly to a water supply without running hose lines from the street.

Under NFPA 101, high-rise buildings must be protected throughout by a Class I standpipe system, which provides 2.5-inch hose connections for fire department use. Without standpipes, firefighters in a 20-story building would need to drag hundreds of feet of charged hose up stairwells under full gear. This is a logistical problem that directly slows response time and puts occupants at greater risk.

Standpipes and sprinkler systems share infrastructure in most modern high-rises, but they serve different functions.

• The sprinkler system operates automatically
• The standpipe is a manual tool for firefighters.

Both need to work at full pressure when activated, which is why pressure-regulating valves at each floor connection require their own testing cycle.

Must-Have #4: Fire Pumps

Water pressure does not scale with building height on its own. Municipal water supply is designed to serve street-level demand, and without mechanical assistance, pressure drops significantly as water travels upward through a high-rise riser.

Fire pumps are required in high-rise buildings where pushing water to upper floors within seconds is necessary, and where the municipal water supply pressure is insufficient for the fire protection system.

In buildings over 150 feet, many jurisdictions require redundant pump configurations (two pumps sized to meet full system demand), so that a single pump failure does not compromise the entire system.

Diesel-driven and electric-driven pumps each have distinct advantages and code requirements.

• Diesel-driven pumps must include fuel systems sized for at least eight hours of full-load operation, which matters for property managers who need to account for fuel maintenance as part of their ongoing service schedule.
• Electric pumps require dual power feeds where practical, so that a utility outage does not take the pump offline during an emergency.

Keep in mind that NFPA 25 and NFPA 20 require weekly no-flow churn tests to verify automatic start functionality and annual flow tests to confirm rated performance.

Must-Have #5: Passive Fire Protection

Every active system in a high-rise (sprinklers, alarms, smoke control) depends on something working correctly at the moment of ignition.

Passive fire protection does not depend on anything activating. It is built into the structure itself:

• Fire-rated walls
• Floor assemblies
• Fire doors
• Firestops around penetrations
• Smoke dampers in HVAC ductwork

Passive fire protection systems are intended to contain a fire to the compartment of origin, slow its spread to adjacent areas, slow the heating of structural members, and prevent fire from traveling through intentional openings such as doors and HVAC ducts. In a high-rise, this compartmentalization is what buys time for evacuation and limits fire from spreading floor to floor.

For property managers, passive fire protection is one of the most frequently overlooked compliance categories. Fire doors get propped open. Penetrations made during tenant fit-outs go unfirestopped.

Working with a dedicated partner to help ensure you have the right passive fire protection systems for your property and that they are working properly can help keep you compliant and your tenants safe.

Must-Have #6: Smoke Control Systems

Smoke is the primary cause of death in high-rise fires, not flames. It travels faster, moves through more pathways, and reaches floors that an active fire typically will.

A smoke control system manages that movement by keeping evacuation routes clear, containing smoke to the floor of origin when possible, and giving occupants on other floors time to shelter in place or relocate.

The International Building Code requires smokeproof enclosures for stairwells serving floors above the high-rise threshold, as well as atrium smoke control systems when an atrium connects more than two floors. These systems use a combination of pressurization and exhaust to create barriers between smoke-affected and smoke-free zones.

Pressurized stairwells are the mechanism that keeps evacuation routes usable during a fire. By maintaining positive air pressure in stairwells relative to the surrounding floors, the system physically prevents smoke from migrating into the space where occupants are descending.

Elevator shaft pressurization serves a similar function, preventing smoke from using vertical shafts as a distribution channel. Both systems must be tied into the fire alarm system so they activate automatically when a fire event is detected.

Must-Have #7: Emergency Responder Communication Systems (BDA/ERRCS)

When a fire alarm activates in a high-rise, the first responders who enter the building need to communicate with each other and with command staff outside. In most modern high-rise buildings, they can’t do that reliably without a dedicated in-building radio system. Concrete, metal framing, low-emissivity glass, and deep floor plates all attenuate radio signals.

Firefighters, police officers, and emergency responders rely on clear, uninterrupted radio communication to coordinate rescues and respond effectively, and because of this, NFPA and International Fire Code standards now require many commercial buildings to pass public safety radio coverage testing and to install a BDA/ERRCS system when coverage is insufficient.

A BDA (Bi-Directional Amplifier) system receives weak radio signals from outside the building, amplifies them, and distributes them throughout the interior via a network of antennas.

Regulations generally require 95 percent radio coverage in general building areas and 99 percent coverage in critical areas such as elevator lobbies, stairwells, and underground parking garages.

For property managers, BDA/ERRCS requirements are among the most misunderstood on this list. Many buildings that were built before the current IFC editions were adopted are now subject to retrofit requirements as jurisdictions update their codes.

A radio frequency site survey performed by a qualified technician is required to determine whether the existing signal strength meets code or whether a BDA system is needed.

Work with a Single Partner Across All Seven Systems for High Rise Fire Safety

High-rise fire safety is not a set of seven independent checkboxes. These systems are interconnected—the fire alarm triggers the smoke control system, the sprinkler system depends on the fire pump, the standpipes feed from the same riser, and the BDA/ERRCS supports the first responders who rely on all of it working correctly.

Managing separate vendor relationships across that infrastructure creates scheduling gaps, documentation inconsistencies, and accountability problems that show up during AHJ inspections at the worst possible time.

Property managers who consolidate fire protection services under a single qualified provider gain a partner who understands how the systems interact, who flags cross-system deficiencies before they compound, and who produces the documentation ownership groups and insurers expect to see.

Contact the fire safety experts at Impact Fire to schedule a comprehensive high-rise fire protection assessment for your property.