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Early Detection System

Early Detection System

Fire Rover’s Early Detection System combines thermal, flame, and smoke analytics to identify fire risks before they spread, enabling rapid response and protecting high-risk environments around the clock.

Continuous Suppression System

Continuous Suppression System

An automated, large-scale protection solution that detects, verifies, and suppresses fires in seconds — providing constant coverage for operations that can’t afford downtime.

Self-Contained Suppression System

Self-Contained Suppression System

A compact, all-in-one system designed for standalone fire protection, ideal for targeted coverage in smaller or remote areas without existing infrastructure.

OnWatch Mobile Detection System

OnWatch Mobile Detection System

A flexible, camera-based monitoring system that brings real-time thermal detection and human verification anywhere it’s needed — ideal for temporary sites or expanding operations.

Mobile Suppression Unit System

Mobile Suppression Unit System

Fire Rover’s fully mobile suppression system combines advanced detection, onboard agent storage, and remote operation to deliver rapid response and protection wherever the risk is.

Enforcer Suppression Unit

Enforcer Suppression Unit

Enforcer provides scalable, mobile suppression for industrial environments where speed and flexibility matter most.

Waste and Recycling

Waste and Recycling

Open air, shifting materials, and limited infrastructure make landfills especially vulnerable to incipient fires. Fire Rover provides rapid mobile detection with 24/7 thermal monitoring and video-verified alerting — delivering protection where permanent systems can’t reach.

Marine

Marine

Sparks, welding equipment, and combustible materials are common in shipyards and other marine situations. Our Mobile Suppression System quickly delivers high-volume suppression directly to the ignition source — all while keeping your crew at a safe distance.

Metal Processing

Metal Processing

From hot loads to lithium battery ignitions, scrapyards face unpredictable fire risks. Our hybrid approach combines mobile detection, continuous suppression, and site-specific strategies to stay ahead of threats in even the harshest environments, whether indoors or outdoors.

Wood Processing

Wood Processing

Dust, organic material, and high heat combine to make these facilities a fire hazard. Fire Rover’s integrated detection and suppression systems provide persistent monitoring and immediate suppression to prevent deep-seated fires in bulk storage or conveyor lines.

EV Fleets

EV Fleets

Early detection and targeted response for EV fleet facilities — helping reduce fire spread, protect vehicles, and minimize operational disruption.

Aircraft Hangars

Aircraft Hangars

Aircraft hangars combine jet fuel, maintenance activity, and large open spaces where fires can grow quickly. Fire Rover delivers early detection and targeted suppression to protect high-value aircraft, critical equipment, and hangar operations.

Resource Center

Welcome to the Fire Rover Resource Center — your hub for industry insights, fire safety, detection, and suppression information, and much more. Explore expert articles, press releases, manuals, and safety data sheets designed to help you better understand our systems and the fire risks they address.

See The True Financial Impact Of An Industrial Fire

Most facilities underestimate fire losses by more than half. Explore the real costs - damage, downtime, premiums, liability - and see how quickly a single incident becomes a major financial event.

Waste Stream Fire Hazards: Who Pays When Improper Disposal Destroys a Facility?

As published in Waste360, September 11, 2023. Originally published September 2023. Updated October 2024.   Update: SK Battery Settles With...

Lithium-Ion Battery Fires in Waste and Recycling: What’s Causing Them and How to Respond

Originally published March 2022. The waste and recycling industry continues to face problems generated by lithium-ion battery fires and the hazards...
A cover image for the Fire Safety Journal of America, showing small tires that are badly scorched.

OSHA Emergency Response Standard: What Waste and Recycling Operators Need to Know

As published in Fire & Safety Journal Americas and Waste Advantage Magazine. Originally published January, 2024 Most of us know the Occupational...
Biomass pile after dark, unmonitored subsurface hotspot becoming larger.

Why After-Hours Fire Safety Is Critical for Industrial Facilities

When the workday ends, fire risk doesn’t disappear. Even after production stops and employees leave for the day, energized equipment, charging...
remote agent monitoring multiple fire security feeds

How FM Global’s New Data Sheet 4-14 Validates Smart Fire Protection

The new FM Global Data Sheet 4-14 is reshaping how high-hazard facilities plan fire protection. For years, the fire protection industry has followed...
Cranes are putting out a fire in an industrial yard

June 2026 Fire Report: Waste and Recycling Industry Is Operating in a Permanently Elevated Fire-Risk Environment

As published in Waste360. Every month, Fire Rover’s waste and recycling fire report tracks industry incident data to show operators exactly...
Fire chief presents lithium-ion battery thermal runaway and fire response procedures to firefighters during a safety training session.

May 2026 Fire Report: A Conversation with Kathleen McCaffery Tesla’s 1st Global Fire Liaison

For those of you who completed your taxes by the April 15 deadline, you already know the kind of disciplined, detail-oriented grind it takes to get...
An electric vehicle battery with one of the cells burning too hot.

Thermal Runaway Battery Fires: Why They Escalate Quickly and Are Hard to Stop

Lithium-ion batteries power everything from electric vehicles and industrial equipment to energy storage systems and consumer electronics. As their...
Construction worker is monitoring a thermal imaging video feed on his tablet, with an organized construction site in the background.

Fire Prevention & Response Best Practices for C&D Operations

Insights from Jim Emerson (Starr Tech), Ryan Fogelman (Fire Rover), David DeVito (ReSource Waste) Construction and demolition operations sit at one...
A thermal image of a landfill with a red spot showing a subsurface hotspot

Landfill Fires Explained: What Causes Them and How Facilities Can Reduce Risk

Unfortunately, landfill fires are more common than many operators would like — and they’re often more difficult to manage than they first appear....
A small aircraft hangar is on fire and being sprayed with water by firefighters.

Aircraft Hangar Fire Protection: Reducing Risk in High-Value Aviation Environments

Aircraft hangars are among the highest-consequence fire environments in commercial aviation. And, while fires in hangars may be relatively...
A Fire Rover mobile suppression unit positioned on a concrete floor monitors a worker in blue welding gloves using an angle grinder, with a dramatic stream of orange sparks flying toward the unit during a hot work safety demonstration.

When is Fire Watch Required?

Fire watch is a common requirement in industrial environments, but it’s often misunderstood. Many facilities treat it as just a box for compliance...
Buildup of materials outside a factory

Alternative Fuel Fire Protection: Preventing Fires in High-Risk Energy Facilities

As industries pursue more sustainable energy solutions, alternative fuels are becoming increasingly common in recycling, waste management, and...
Axe hitting a log

Wood Processing Fire Hazards: Causes, Risks, and Prevention Strategies

Every day in a wood processing facility means operating in a fuel-rich environment. From sawmills and lumber yards to pellet plants and engineered...
Dirty Car Battery

How Often Do Electric Cars Catch Fire? A Look at the Statistics

Every day, countless car fires happen — but how often do electric vehicles (EVs) catch fire? With headlines spotlighting EV battery blazes,...
Putting a car fire out

Why Do EV Batteries Catch Fire? The Science Explained

Electric vehicles (EVs) are on the rise, and for good reason: they reduce emissions, lower fuel costs, and represent the future of transportation....
Thermal imaging of a house under construction

Thermal Imaging Explained: How It Works and Why It Matters for Fire Safety

In today’s high-risk industrial environments, early detection isn’t just smart — it’s essential. Thermal imaging is one of the most powerful tools...
A FireRover Container

7 Types of Fire Suppression Systems That Every Business Should Know

When it comes to protecting people, property, and operations, fire suppression systems are a critical line of defense. Fires don’t just destroy...
An EV car being charged

What Causes EV Batteries To Catch Fire? A Breakdown Of The Risks

Electric vehicles (EVs) are no longer futuristic — they’re here, and adoption is accelerating worldwide. With that growth comes an important...
Car battery on fire

The Complete Guide On How to Put Out an EV Battery Fire

Electric vehicles are on the rise, and they come with a unique set of risks — including battery fires that behave very differently from traditional...
Fire sprinkler system

6 Alternatives to Fire Sprinkler Systems

When most people think of fire protection, the first thing that comes to mind is sprinklers. They’re everywhere — in office buildings, retail...
Fire Rover Fire Suppression System

What is a Fire Suppression System and How Does it Work?

Fires can happen anywhere, and when they do, the consequences can be catastrophic — from property damage to injuries, downtime, and lost revenue....
Hovering suppression unit in action

How To Suppress Fire Quickly And Safely: Methods That Work

Few things spread as fast and cause as much destruction as fire. Whether in a home, workplace, or industrial facility, fire can escalate in minutes,...

Safety Data Sheets

Our Safety Data Sheets provide detailed information on the ingredients, chemical composition, and safety considerations of Fire Rover’s suppression solutions and related products. Each document also includes critical guidance on handling and regulatory compliance, ensuring full transparency and safe use.

Product Manuals

Download product manuals for detailed guidance on using and maintaining your Fire Rover systems. These resources help ensure safe operation and long-term performance.

Enforcer 10 Manual

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Enforcer 30 Manual

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Enforcer 60 Manual

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Enforcer 200 Manual

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Phone: (248) 671-6899
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24505 Indoplex Circle
Farmington Hills, MI 48335

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6960 Orchard Lake Road, Suite 303
West Bloomfield, MI 48322

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Contact Us
Phone: (248) 671-6899
Email: info@firerover.com

Headquarters
24505 Indoplex Circle
Farmington Hills, MI 48335

Sales and Administration
6960 Orchard Lake Road, Suite 303
West Bloomfield, MI 48322

Please fill out the form below.

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