Wildland fire behavior is changing. So is where it is occurring.

More incidents are impacting the wildland urban interface (WUI), where structures, infrastructure, and vegetation meet. For fire departments operating in these environments, one of the greatest challenges is not always the availability of water. It is the ability to move it effectively.

In many WUI incidents, water is present. The challenge is access, pressure, distance, and time.

Getting water where it needs to be, quickly and reliably, often determines whether a structure is protected or lost.

The Reality of WUI Operations

Unlike municipal environments, the WUI rarely offers the consistency of hydrant systems. Crews are often faced with:

• Limited or non-existent fixed water infrastructure
• Long hose lays across uneven terrain
• Elevation changes that affect pressure and flow
• Rapidly shifting fire conditions
• Limited resources during initial attack

Traditional structural firefighting approaches do not always apply in these conditions.

Establishing a dependable water supply without relying on hydrants is essential.

Water Is Available. Access Is the Challenge.

One of the most overlooked realities in WUI firefighting is that water sources are often present but underused.

Common sources include:
• Ponds and lakes
• Irrigation systems
• Portable tanks
• Swimming pools

These can provide a reliable supply if crews are prepared to use them. Each source, however, presents its own challenges.

Access may be limited. Debris can affect drafting. Distance from the structure may require extended hose lays. Elevation can reduce effective pressure.

Success depends on preparation, adaptability, and a clear understanding of how to move water across these variables.

Distance, Elevation, and Pressure

Once a water source is established, delivery becomes the next challenge.

In WUI operations, moving water is rarely straightforward. Crews must account for distance, elevation, and system performance.

Distance
Long hose lays increase friction loss and reduce available pressure. This becomes critical when structures are set back from roadways or located deep within properties.

Elevation
Operating uphill significantly impacts performance. Pressure drops as elevation increases, requiring careful planning and often additional pumping support.

Flow and Pressure Balance
Different scenarios demand different priorities. Structure protection often requires sustained flow. Long-distance water movement requires higher pressure.

Understanding how to balance these factors is key to maintaining effective water delivery.

Pump Placement and Relay Operations

In many WUI incidents, a single pump at the water source is not enough.

Relay pumping is often required to maintain pressure and flow over long distances and elevation changes. Pumps must be positioned strategically along the hose lay.

Key considerations include:
• Placement based on terrain and hose length
• Redundancy in case of failure
• Clear communication between operators

When executed properly, relay systems extend operational reach and improve overall efficiency.

Structure Protection Starts Early

In the WUI, structure protection is often about preparation rather than suppression.

Applying water early can reduce ignition potential, lower surface temperatures, and protect vulnerable areas such as roofs, decks, and surrounding vegetation.

Common methods include:
• Sprinkler systems
• Wetting lines
• Direct application to exposures

Timing is critical.

If water application begins too late, after ember exposure or direct flame contact, effectiveness decreases significantly. Early deployment provides a clear advantage.

Lessons from the Field

Field operations reinforce the same principles repeatedly. Preparation matters. Conditions change quickly. Equipment must perform without hesitation.

During prescribed burns used for land management and habitat improvement, water systems play a key role in maintaining control. These operations are planned, but conditions can shift.

In one instance, changing winds pushed fire beyond its intended boundary. Rapid deployment of hose lines and immediate water application allowed crews to contain the situation before it escalated.

This type of scenario highlights a broader reality.

Conditions are unpredictable. Response time is critical. Reliability is not optional.

Equipment That Supports the Operation

Tactics drive operations, but equipment enables them.

In WUI environments, effective water movement depends on equipment that supports the demands of the field.

Portability
Systems must be carried and deployed across difficult terrain.

Reliability
Equipment must perform in heat, dust, and extended operating conditions.

High Pressure Capability
Moving water over distance and elevation requires sufficient pressure to maintain flow.

Speed of Deployment
Time is limited during initial attack. Equipment must be quick to set up and operate.

Field Serviceability
Downtime during an incident can compromise the operation. Systems that allow for quick maintenance or component replacement provide a significant advantage.

Selecting Equipment for WUI Operations

Equipment selection plays a critical role in how effectively water can be moved in WUI environments. The focus should be on performance characteristics that support real-world conditions, not just specifications on paper.

Portable high-pressure pumps remain a cornerstone of wildland operations, particularly when long hose lays and elevation gain are involved. Systems such as the MARK-3 platform have become widely adopted because they are designed to deliver consistent pressure over distance while remaining lightweight enough for transport into remote areas.

Smaller, lightweight pumps can also play an important role during initial attack or in support roles. Compact units allow crews to move quickly, establish water supply in tight or difficult terrain, and support operations where larger equipment may not be practical.

In addition to professional firefighting equipment, there is growing interest in systems that can support structure protection in WUI settings. Mobile pump configurations, including cart-based systems, can provide property owners and support personnel with the ability to move water from available sources such as pools or tanks. When used appropriately and in coordination with fire services, these systems can assist in early-stage protection efforts.

Regardless of the configuration, the priority remains the same. Equipment must be reliable, easy to deploy, and capable of performing under pressure. In WUI environments, simplicity and dependability often determine whether a system contributes to the operation or becomes a liability.

Downtime Is a Critical Risk

Downtime is often underestimated in planning but becomes very real during operations.

A pump failure at the wrong moment interrupts water delivery when it is needed most. Reducing downtime is not just a maintenance concern. It is an operational priority.

Design features that help address this include:
• Simplified systems with fewer failure points
• Components that can be replaced quickly in the field
• Modular configurations that allow flexibility

The goal is sustained performance under pressure, not just peak performance.

The Role of Water Movement in the WUI

As WUI environments continue to expand, the ability to move water effectively is becoming central to firefighting operations.

Departments are increasingly operating in areas without traditional infrastructure. This requires a shift in both training and equipment strategy.

Focus areas include:
• Drafting from alternative water sources
• Relay pumping techniques
• Structure protection planning
• Equipment selection based on real-world conditions

Fire behavior is evolving. Operational environments are becoming more complex.

Water movement is no longer a secondary consideration. It is a primary factor in operational success.

Conclusion

In wildland urban interface firefighting, outcomes are often determined by a simple question.

Can water be delivered where it is needed, when it is needed?

The answer depends on preparation, execution, and the ability to adapt to real conditions.

Water remains one of the most effective tools available.

Its impact depends entirely on the ability to move it.

WATERAX is proud to announce that a selection of its pump systems powered by Honda engines are now officially Honda Canada Approved.

This certification reflects more than a technical milestone. It reinforces a core principle that has guided WATERAX product development for decades: performance comes from system integration, not just individual components.

A Validation of System Integration

The Honda Canada Approved designation confirms that WATERAX pump systems have successfully completed Honda’s engine matching and compatibility validation process.

This process ensures that the engine and pump system work together as intended, delivering optimal performance, efficiency, and reliability under real operating conditions.

In high-demand environments, this level of validation matters.

Because performance is not defined by the engine alone, or the pump alone, but by how the system performs as a whole.

From Components to Complete Systems

At WATERAX, the focus has always been on designing complete, high-performance water handling systems.

This means:

• Engineering pumps specifically to match engine performance curves
• Validating integration under real-world conditions
• Ensuring consistent output across distance, elevation, and load
• Designing for durability, serviceability, and long-term use

The Honda Canada Approved certification reinforces this approach.

It confirms that the integration between WATERAX pump systems and Honda engines meets strict validation standards, providing confidence in how these systems will perform in the field.

A Strategic Advantage in the Market

In a competitive landscape, technical validation plays a critical role in decision-making.

The Honda Canada Approved designation provides:

• Increased credibility in technical evaluations and bids
• Reinforced confidence for users
• A clear point of differentiation in performance-driven applications that can be spec'd

It signals that WATERAX systems are not only designed for performance, they are validated for it.

Certified Product Lines

The following WATERAX product lines are included in this certification:

• BB-4-25H / BB-4-21H
• B2X-25H / B2X-21H
• STRIKER-3 / STRIKER-2
• VERSAX-9E / VERSAX-9 / VERSAX-6
• MINI-STRIKER®

These systems represent a range of applications across wildfire suppression, municipal operations, and industrial water handling.

Built for Real Conditions

WATERAX systems are designed to perform in environments where reliability is critical and conditions are unpredictable.

From remote water sources to complex terrain and high-pressure demands, performance depends on consistency, not assumptions.

The Honda Canada Approved certification reinforces that these systems have been tested, validated, and engineered to meet those expectations.

Moving Forward

This milestone strengthens WATERAX’s position as a leader in portable high-pressure pump systems and integrated water handling solutions.

More importantly, it reflects a continued commitment to engineering products that deliver where it matters most — in the field.

WATERAX
We Move Water

For decades, the MARK-3® portable high-pressure fire pump has been trusted by firefighters around the world for its unmatched power-to-weight ratio, durability, and field-proven performance.

Today, WATERAX is expanding the platform with new configurations designed for the evolving needs of modern fire and emergency response operations.

From advanced digital monitoring to extended runtime fuel systems and fully mechanical simplicity, the expanded MARK-3 family now offers solutions for a wide range of operational environments.

The result is a complete lineup engineered for modern wildfire operations and beyond.

One Platform. Four Configurations.

The MARK-3 family now includes four configurations designed to match different operational preferences and mission requirements.

MARK-3® Watson Edition

The MARK-3 Watson Edition brings advanced monitoring capabilities to the fireline.

With Bluetooth connectivity and integration with the MyWATERAX Pump Dashboard, crews can monitor pump performance in real time, providing valuable operational insight during deployments.

This connected platform allows firefighters to track engine performance, runtime, and operating conditions directly from their mobile device.

MARK-3® Watson Edition with Integrated Fuel Tank

The newest addition to the lineup introduces a built-in 1 US gallon (3.8 L) fuel tank, providing extended runtime directly on the pump.

• ~45 minutes runtime at 100% throttle
• ~65 minutes runtime at 75% throttle

When operations extend beyond the initial attack, a three-way fuel valve allows seamless connection to an external fuel source, enabling continuous operation in the field.

The result is greater operational endurance with fewer interruptions.

MARK-3® Essential

For crews that prioritize durability and simplicity, the MARK-3 Essential delivers the trusted performance of the MARK-3 platform in its most rugged and straightforward form.

Just field-proven reliability designed to perform in demanding wildfire and industrial environments.  Just high-pressure performance engineered to run at full throttle when it counts.

MARK-3® Essential with Integrated Fuel Tank

Combining the simplicity of the Essential platform with extended runtime capability, this configuration features an integrated fuel tank that allows crews to operate longer without refueling interruptions. It is ideal for rapid deployment scenarios where minimizing refueling interruptions is critical.

This makes it an excellent option for remote operations where mobility and endurance are critical.

Built for Wildfire — and Beyond

While the MARK-3 platform has become a global standard in wildland firefighting, its portability and high-pressure performance make it valuable across many other operational environments.

These pumps are used around the world in situations where traditional fire apparatus cannot reach or operate effectively.

Rural Fire Protection

In many regions — including India, Southeast Asia, and rural communities worldwide — narrow roads and limited infrastructure make it difficult for large fire trucks to access incident scenes.

Portable high-pressure pumps like the MARK-3 allow responders to quickly deploy water from rivers, ponds, irrigation canals, or storage tanks to protect homes, farms, and small villages.

Auxiliary Fire Pumps on Fire Apparatus

Many fire departments use portable pumps as auxiliary equipment carried on trucks.

The MARK-3 can be rapidly deployed to:

• Extend hose lays beyond apparatus reach
• Boost pressure in long hose lines
• Supply water from static sources
• Support operations where hydrants are unavailable

Forestry & Land Management

Forestry agencies rely on portable pumps to support prescribed burns, forest protection operations, and remote water transfer in difficult terrain.

The pump’s high pressure allows water to be moved long distances through hose lays across mountainous or forested environments.

Disaster Response & Emergency Water Movement

Portable pumps are critical tools during natural disasters and emergency response operations.

They are frequently used to:

• Move water in areas where infrastructure is damaged
• Supply temporary water systems
• Support flood mitigation or emergency pumping operations

Remote Industrial & Infrastructure Operations

Industries operating in remote environments — including mining, forestry, utilities, and construction — often require portable high-pressure pumps for water transfer and emergency response.

The compact design and rugged reliability of the MARK-3 platform make it well suited for these environments.

Proven Performance Where It Matters Most

Across all configurations, the MARK-3 platform maintains the high-pressure performance that firefighters have relied on for decades.

• Maximum pressure: 380 PSI (26.2 bar)
• Free flow: 100 US GPM (379 L/min)
• Maximum head: 877 ft (267 m)

This capability allows the pump to support long hose lays, relay pumping operations, and high-elevation firefighting.

Modern Wildfire Engineering

Wildfire environments are becoming more complex and demanding.

At WATERAX, innovation means designing equipment that helps firefighters deploy faster, operate longer, and move water further in the most challenging conditions.

With the introduction of the expanded MARK-3 lineup, the legacy of one of the most trusted wildfire pumps in the world continues — now with more options to support the next generation of fire and emergency response operations.

As a land manager, Ward Burton knows that using fire safely takes knowledge, preparation, and the right equipment. In this video, he talks about the constant learning that comes with prescribed burning, and how changes in wind or humidity can turn a controlled fire into a dangerous situation.

With the right tools, a solid fireline, and a prepared team, you can stay in control—even when conditions shift.

A Canadian Perspective on Wildland & WUI Firefighting Equipment

In Canada, wildfire response is defined by distance, terrain, and time. From boreal forests and remote northern communities to expanding wildland-urban interface (WUI) zones, firefighters are often operating far from infrastructure, supply chains, and technical support. In these conditions, equipment specifications are not theoretical, they are operational necessities.

When departments and OEMs spec apparatus for wildfire response, the pump is not a line item. It is the heart of the system and the most important piece of equipment on your apparatus. And when the spec matters, so does the pump.

The Reality of Canadian Wildfire Operations
Canadian wildfire and WUI response presents unique challenges:

• Long response times and remote access
• Limited or non-existent hydrant systems
• Drafting from lakes, rivers, and portable tanks
• Extreme temperature swings and rugged terrain
• Crews operating hours from service centers

Whether responding to a fast-moving grass fire, protecting remote infrastructure, or conducting prescribed burns, Canadian agencies rely on equipment that performs consistently — every time, without compromise.

That’s why pump selection plays a critical role in how an apparatus performs in the field.

Why Pump Specifications Matter
In wildfire operations, pump performance directly impacts:

• Water delivery over distance and elevation
• Ability to draft reliably from natural water sources
• Sustained operation during extended incidents
• Compatibility with structure protection systems
• Ease of service and durability in remote environments

A pump must do more than meet a minimum requirement. It must support real-world firefighting conditions across multiple missions, sometimes within the same shift.

Structure Protection Trailers: A Growing Canadian Solution
Across Canada, more agencies are deploying structure protection trailers as part of their wildfire mitigation and response strategies.

These trailers are designed to be rapidly deployed in interface zones and around critical infrastructure, carrying:

• High-pressure pumps
• Hose, manifolds, valves, and fittings
• Sprinkler kits and distribution systems
• Tools and accessories for fast setup

When minutes matter, these trailers allow crews to protect multiple structures simultaneously, provided the pump system at the core is engineered for that workload.

Why Multiple High-Pressure Pumps Matter
Many structure protection trailers are now equipped with multiple high-pressure pumps to:

• Feed several sprinkler lines at once
• Maintain pressure across long hose runs
• Provide redundancy during extended operations

The MARK-3^® Watson Edition is frequently selected for these configurations because it delivers consistent high pressure and flow while remaining compact, portable, and serviceable in the field.

Rather than relying on a single centralized pump, multi-pump trailer setups allow crews to scale protection efforts based on structure density, terrain, and available water sources, a critical advantage in wildland urban interface environments.

Beyond the Numbers: Engineering That Shows Up
Pump specifications like pressure, flow, and weight matter — but in Canada, so do:

• Cold-weather reliability
• Corrosion-resistant materials
• Long-term serviceability
• Compatibility with standardized fittings and trailer systems

WATERAX pumps are engineered with these realities in mind, supporting agencies that need equipment capable of working day after day, often far from support infrastructure.

Pumps Built for Canadian Applications
WATERAX pumps are designed to meet the realities of wildfire response, where versatility, reliability, and performance are essential.

High-Pressure Response: BB-4^® Pumps
For agencies requiring high-pressure performance in initial attack and remote operations, BB-4^® pumps are widely used in wildland and rural response builds. Their power-to-weight ratio supports rapid deployment while delivering the pressure needed for long hose lays, elevation changes, and structure protection.

BB-4^® pumps are commonly integrated into Type 3 and Type 6 wildland apparatus used across North America — including in areas where terrain and distance demand dependable high-pressure capability.

Balanced Performance: B2X™ Diesel Pumps
In WUI and mixed-response environments, diesel-powered pumps like the B2X™ provide a balance of flow, pressure, and fuel compatibility. Diesel pumps are often preferred for fleet standardization, extended runtime, and compatibility with municipal and industrial fuel systems.

These pumps are well suited for:

• Structure protection units (SPUs)
• Rural fire departments
• Interface zones where apparatus must support multiple tactics

Compact Diesel Mobility: STRIKER™ Pumps
For off-road, skid-based, and compact apparatus, STRIKER™ diesel pumps offer mobility without sacrificing durability. In Canada, where access roads may be limited or non-existent, compact diesel solutions allow agencies to extend protection into hard-to-reach areas.

Multipurpose Utility & Support: VERSAX^® Pumps
Wildfire response extends beyond suppression. Agencies increasingly require equipment that supports:

• Prescribed burning
• Water transfer and tank filling
• Equipment washing
• Property and infrastructure protection

VERSAX^® centrifugal pumps are used across Canada in skid units, trailers, UTVs, and utility platforms. Their self-priming capability, consistent flow, and ease of use make them ideal for prevention and preparedness programs, including FireSmart-aligned initiatives.

Beyond Fire Suppression: Prevention & Resilience
Across Canada, wildfire strategy increasingly emphasizes prevention and resilience. Pumps are no longer used only during emergencies, they are tools for year-round land management and community protection.

Applications include:

• Prescribed and cultural burning
• Defensible space preparation
• Structure protection during high-risk periods
• Community water movement in remote areas

In these scenarios, having reliable centrifugal pumps available before a fire starts can significantly reduce risk and improve outcomes.

OEM Integration Matters
Most wildfire apparatus is built through OEMs and converters at the time of manufacture. Pumps must integrate seamlessly into the overall system such as hydraulics, plumbing, controls, and operator ergonomics included.

That’s why OEMs across North America choose pumps that are:

• Proven in the field
• Easy to integrate
• Supported long-term
• Flexible across multiple configurations

When a pump is correctly specified from the start, it becomes an asset — not a limitation.

Built for Wildfire Response
Whether mounted on a structure protection trailer, deployed as part of a portable pump kit, or integrated into vehicle-mounted systems, WATERAX solutions are designed to support:

• Wildfire suppression
• Structure and asset protection
• Remote and initial-attack operations
• Training and preparedness programs

The right pump ensures that water moves when and where it’s needed — whether that’s stopping a fire’s advance or protecting a community hours away from the nearest base.

When the spec matters, so does the pump. And in Canada, that matters every day.

Prescribed fire is one of the best tools we have to prevent the kind of devastation we’re seeing out West.

In this video, Ward Burton explains how controlled burning reduces fuel loads, promotes healthier ecosystems, and helps prevent catastrophic wildfires like the ones we’ve just seen in California.

It’s not just about managing land—it’s about protecting lives, property, and wildlife before disaster strikes.

You don’t trust equipment by accident.

You trust it because it shows up—when conditions are tough and failure isn’t an option.

Now it’s your turn to tell us why you trust WATERAX.

Share a short testimonial for a chance to win our limited-edition Life at Full Throttle t-shirt and be featured across WATERAX channels.

How to Enter
Submit one short testimonial, either in video or written form with picture.

• 30–60 seconds
• Shot on a phone
• Contest ends March 31, 2026
  

Answer one of the following prompts:

• Why do you trust WATERAX when it matters?
• Where has your WATERAX pump proven itself?
• What problem does WATERAX solve for you in the field?
  

Submission Steps

1. Post your video or written testimonial with picture
2. Tag @WATERAX_pumps
3. Use #WhyWeTrustWATERAX

Terms
By submitting, you agree that WATERAX may repost and use your testimonial for marketing and promotional purposes.

In wildland and WUI firefighting, apparatus specifications are not theoretical exercises. They are decisions that directly affect response time, crew safety, operational capability, and long-term reliability. While chassis, tanks, and body construction often dominate specification discussions, one component quietly dictates whether the apparatus can truly deliver when conditions deteriorate: the pump.

From Type 3 and Type 6 wildland engines to UTV skids and off-road fire rescue platforms, today’s fire environment demands pumps that deliver consistent pressure and flexible performance across a wide range of applications. Increasingly, apparatus builders and end users are recognizing that when the spec matters, so does the pump.

Pump Selection Is a Strategic Decision

Wildland and WUI operations place unique stresses on fire pumps. Long hose lays, high-elevation drafting, variable water sources, and mobile attack scenarios all demand equipment that balances pressure, flow, weight, and durability. A pump that performs well in a controlled test environment may struggle in real-world conditions if it is not engineered for these variables.

That reality is driving apparatus builders and spec committees to look beyond minimum compliance and toward pump platforms designed specifically for wildland and off-road firefighting. Increasingly, those conversations include WATERAX.

Proven in Type 3 and Type 6 Apparatus Builds

Across North America, WATERAX high-pressure and medium-pressure pumps are being specified into purpose-built wildland engines designed to meet both national standards and local operational needs.

One example is a recent wildland apparatus built by Heiman Fire Trucks for Brighton, Colorado. The unit features a WATERAX BB-4® high-pressure pump powered by a Honda engine, selected for its balance of pressure, reliability, and ease of service. In this application, the pump supports rapid initial attack and extended hose lays in mixed terrain, where dependable pressure is critical.

Another Heiman-built apparatus for Hawk Springs, Wyoming, showcases a BB-4® pump powered by a Kubota diesel engine. This configuration delivers high-pressure performance while aligning with fleet diesel standardization. Rear and walkway control points were incorporated to improve firefighter ergonomics and streamline pump operation during fast-moving wildfire scenarios. The result is a pump system designed not only for fire suppression, but for the realities of rural response where efficiency and durability are paramount.

Meeting Type 3 Requirements Without Compromise

Type 3 engines continue to play a vital role in wildland response, particularly where maneuverability and off-road capability are required. Meeting NWCG Type 3 requirements on modern chassis often requires careful weight management and system integration.

The Super 3™, built by QTAC Fire, achieves this balance using a lightweight PolyTough™ body and tank combination paired with a dual WATERAX BB-4 high-pressure pump system. By using two high-pressure pumps instead of a single heavier unit, the system delivers operational redundancy while maintaining compliance with Type 3 specifications on a 19,500-pound GVWR chassis.

This approach highlights an important trend in apparatus design: pump selection is no longer isolated from overall vehicle architecture. Instead, it is integrated into a system-level strategy focused on performance, weight, and reliability.

Built for the Wildland Urban Interface

As communities expand into fire-prone areas, Type 6 engines are increasingly tasked with protecting structures in the Wildland Urban Interface (WUI). These missions require pumps that can support both direct attack and structure protection, often in close proximity to homes and infrastructure.

The QTAC Super 6™ exemplifies this dual-role capability. Built as a robust Type 6 engine, it features a WATERAX B2X diesel mid-range pump, chosen for its efficiency, durability, and suitability for sustained operations. The pump supports effective fire attack while also providing reliable flow for structure defense and mop-up operations.

Departments such as the Yreka Fire Department have highlighted the value of this configuration, emphasizing the importance of dependable pump performance when operating in complex WUI environments where conditions can change rapidly.

Expanding Beyond Traditional Fire Apparatus

Pump selection does not stop at full-size engines. Increasingly, agencies are supplementing their fleets with UTVs, ATVs, and skid-based systems designed for rapid response in hard-to-reach areas.

Fire-rescue skids like the QTAC 85EMS-C demonstrate how pump choice directly influences mission versatility. Designed with a convertible rescue litter platform, the skid can be deployed for both fire suppression and EMS response. It can be equipped with either a VERSAX® 6 or VERSAX® 9 multipurpose pump, providing self-priming capability and reliable high-pressure performance in a compact footprint.

This flexibility allows agencies to adapt a single platform for multiple response scenarios without compromising pump performance.

Off-Road Response at Scale

Off-road firefighting and rescue continue to expand beyond niche applications. Recognizing this shift, QTAC Fire serves as the official supplier to Polaris Government & Defense, delivering purpose-built UTV fire skid units designed for rapid deployment in challenging terrain.

These platforms are equipped with WATERAX VERSAX® multipurpose pumps, selected for their compact design, self-priming capability, and consistent performance across wildland and WUI applications. When agencies spec Polaris platforms for mission-critical response, the pump must perform reliably beyond the pavement — often far from traditional water infrastructure.

In these scenarios, pump reliability is not a convenience; it is a necessity.

Multipurpose Pumps for Modern Fire Missions

The evolution of wildfire response has blurred the lines between fire suppression, land management, and prevention. Pumps are now routinely used for prescribed burning, water transport, equipment washing, and defensive spraying.

Truck-mounted skid systems such as the Defender XD Truck Fire Skid, produced by Minute Manufacturing, reflect this reality. Designed for both half-ton and heavy-duty trucks, the Defender XD supports wildfire protection, prescribed burning, and water handling using a VERSAX® 6-Series self-priming fire pump.

Similarly, the Minuteman XD Truck Fire Skid is engineered around firefighting, prescribed burning, drafting, hauling water, and equipment washing. Its pump system is central to its versatility, enabling operators to move seamlessly between suppression and land management tasks.

These applications underscore a broader shift: pumps are no longer single-purpose components. They are core enablers of multi-mission response strategies.

Why Spec Committees Are Paying Attention

Across apparatus categories, a common theme emerges. Agencies and builders are prioritizing pumps that:

• Deliver consistent high-pressure performance
• Support self-priming options and drafting from variable sources
• Integrate seamlessly into lightweight, off-road platforms
• Align with fleet fuel and maintenance strategies
• Perform reliably across suppression, prevention, and support roles
  

WATERAX pumps are increasingly specified because they meet these requirements without forcing compromises elsewhere in the apparatus design.

Designing for the Reality of the Fireground

The modern fireground is unpredictable. Wildfires move faster, WUI incidents grow more complex, and off-road response is no longer optional. In this environment, the pump is not simply a line item on a spec sheet — it is a critical operational component.

When apparatus builders integrate WATERAX pumps into their designs, they are making a deliberate choice to prioritize performance where it matters most. And when departments spec those pumps, they are investing in equipment proven across real-world applications, from Type 3 engines and Type 6 apparatus to UTV skids and multipurpose truck-mounted systems.

Because in wildfire response, when the spec matters, so does the pump.

In this clip, Ward Burton shares why preparation is everything when it comes to land and fire management. From trusted teammates to equipment that won’t let you down, having the right arsenal makes all the difference.

That’s why WATERAX is part of Ward’s go-to setup—reliable, high-pressure pumps ready for when it matters most.

In this video, Ward Burton breaks down the essential safety precautions for managing fire on your land. From never burning alone to setting up a proper fireline, Ward shares the real-life steps he takes to stay safe.

He even goes the extra mile with a WATERAX pump mounted on an ATV trailer and a 60-gallon tank—because when the unexpected happens, being overprepared isn’t a luxury—it’s a necessity.

Fore more info visit

Ward Burton shares his approach to wildfire preparedness—how he protects his land, what tools he relies on, and why proactive fire management matters.

From prescribed burns to portable pumps, it’s all about being ready before the flames ever show up.
Fore more info visit

In this video, Ward Burton breaks down the essential safety precautions for managing fire on your land.

From never burning alone to setting up a proper fireline, Ward shares the real-life steps he takes to stay safe.He even goes the extra mile with a WATERAX pump mounted on an ATV trailer and a 60-gallon tank—because when the unexpected happens, being overprepared isn’t a luxury—it’s a necessity.

What safety precautions would you take

As part of our continued focus on supporting OEMs, apparatus builders, and professional fire services, we’d like to highlight the WATERAX vehicle-mount pump offering and the resources available to help you position these solutions in your market.

A Complete Vehicle-Mount Pump Lineup

WATERAX delivers a full range of compact, high-pressure, vehicle-mount fire pumps engineered specifically for wildland and WUI applications. Our platforms are designed to balance pressure, flow, weight, and durability, making them ideal for:

• Brush trucks and slip-on units
• UTV skids and rapid-attack modules
• Type 4–7 apparatus
• Municipal and wildland hybrid vehicles
  

Our lineup includes:

• BB-4® Series – High-pressure, 4-stage pumps trusted for Type 6 applications
• B2X™ Series – Mid-range pumps for dual-line attack and water transfer
• STRIKER™ Series – Compact, lightweight, multi-stage pumps for Type 7 vehicles
• Diesel configurations (BB-4® Series, B2X™ Series and STRIKER™ Series) – For fleets requiring fuel standardization
• VERSAX® Series – Self-priming solutions for multipurpose and support applications

All platforms are OEM-friendly, with shared components, interchangeable pump ends, and compatibility with our Digital Control Panel (DCP) for modern vehicle integration.

Built for OEM Integration

WATERAX supports you with:

• Complete spec sheets and technical documentation
• CAD files, wiring diagrams, and installation guidance
• OEM and dealer technical support
• Proven platforms trusted by agencies across North America and internationally
  

Our goal is to make specification and integration as straightforward as possible while delivering reliable performance in demanding field conditions.

Resources Available

The full Vehicle-Mount Pump Brochure, along with images and supporting assets, is available in the Dealer Resource Center. These tools are intended to support your sales conversations, bids, and OEM discussions.

We look forward to continuing to grow the vehicle-mount segment together and supporting your success with professional, field-proven WATERAX solutions.

If you’d like to review applications, configurations, or opportunities specific to your market, please don’t hesitate to reach out at sales@waterax.com.

By Ian Harrison

Major gift from Wildfire Group to the Campaign for Concordia supports John Molson undergrads

WATERAX CEO Raffaele Gerbasi, EMBA 08, likes to say that his company is in the business of helping wildland firefighters move water.

Although news coverage often highlights helicopters or planes dropping water over forests ablaze, he points out that the true heroes are the hundreds — sometimes thousands — of firefighters on the ground, pumping water and battling flames for days or even weeks on end.

When Gerbasi met his WATERAX partners, Marcello Iacovella, BComm 03, EMBA 08, and Frédéric Lefrançois, EMBA 08, in the Executive MBA program at Concordia’s John Molson School of Business, they quickly formed a bond that would extend far beyond the classroom.

“The EMBA was a turning point — it gave me trusted partners and the confidence to build something bigger than myself,” says Lefrançois. “I want to give back so that future students can have the same opportunity I was blessed to experience.”

That formative experience continues to shape their careers nearly two decades later and inspires them to support the next generation of students.

The trio — co-founders of the Wildfire Group, recently donated $100,000 to support undergraduate business students at their alma mater.

Their philanthropy at Concordia began in earnest in 2012, when they gave $100,000 to the business school, resulting in the naming of the EMBA Amphitheatre in the Wildfire Group’s honour.

The alumni have also remained actively engaged with the John Molson School, meeting with students, participating in case studies and supporting both EMBA and undergraduate programs.

“It’s not just about giving money,” says Iacovella. “We’ve stayed connected because we want to be part of students’ journeys, to share what we’ve learned and help them see what’s possible.”

Gerbasi adds, “Being involved with Concordia has been as rewarding as running our business. Seeing students grow, get inspired and take on challenges reminds us of why we chose to give back in the first place.”

‘I can’t imagine a more meaningful business’

The trio’s entrepreneurial paths converged shortly after their EMBA experience when they came together to acquire and manage a division of Tyco International, the company where Iacovella was working at the time.

That acquisition became the foundation of the Wildfire Group, and a new launchpad for WATERAX, a Montreal-based manufacturer of high-tech portable pumps used in fighting wildfires.

Gerbasi — who serves as CEO, with Lefrançois as vice-president and Iacovella as special advisor — recalls the moment he committed to the venture.

“I thought I might stay in the background at first,” he says. “But the potential of the company and the purpose of its work just pulled me in. I can’t imagine a more meaningful business to be part of.”

Under their leadership, WATERAX has transformed from a largely distribution-focused business into a global leader in wildfire-fighting equipment manufacturing. Its flagship product, the MARK-3^@ portable pump, has been redesigned to be lighter and more technologically advanced, featuring remote controls via mobile apps.

WATERAX traces its roots to 1898, when Montreal inventor and entrepreneur John Colquhoun Watson Jack founded Watson Jack & Company, laying the groundwork for a Canadian success story in wildfire-fighting equipment. Over more than a century, the company evolved through multiple iterations and mergers, eventually becoming WATERAX in 2014.

The company now serves clients in approximately 40 countries and across most of the United States and Canada. Recent contracts, including a major commitment from the U.S. Forest Service, underscore the company’s international reputation and the trust placed in its products.

‘It’s about building a community’

“We’re proud to have revived a business with a century of history,” says Gerbasi. “Our focus has been on innovation and ensuring that the firefighting community has the tools they need to do their job safely and effectively. It’s a legacy that will extend far beyond our own careers.”

With 60 employees mostly based in Montreal, WATERAX maintains a close-knit, collaborative culture that supports innovation and rapid problem-solving. Iacovella notes that it remains committed to supporting young talent through internships, some of which have led to management positions.

“It’s about building a community and giving people a chance to grow,” he says. “That’s the same spirit we want to bring to students at John Molson.”

Their latest gift builds on their long-standing support for Concordia and reflects both gratitude and a commitment to helping students succeed. By assisting undergraduate students with scholarships, the trio hopes to ease financial barriers and provide opportunities similar to those they benefited from during their EMBA.

Their commitment also includes ongoing guidance and advice, drawing on their experience as entrepreneurs to benefit students.

Iacovella reflects on the life-saving purpose of their work.

“The reason our company has such a noble purpose — why we invest in technologies and innovation — is that we know we’re saving lives,” he says.

“These men and women are out in the middle of the forest, sometimes months at a time, putting themselves at risk every day. It’s not glamorous, but it’s meaningful work, and that’s something we’re incredibly proud of.”

For over a century, WATERAX pumps have been trusted by wildland firefighters around the world. Now, we want to see your stories through your lens.

We’re bringing back the WATERAX Fireline Photo Contest — an opportunity to showcase how our pumps move water, protect communities, and empower firefighters everywhere. This isn’t just about photos. It’s about capturing the strength, resilience, and pride behind every operation.

Contest Dates: October 1 – November 15, 2025

Prizes: Exclusive WATERAX promo package + global recognition

Visibility: Winning photos will be featured globally on WATERAX.com, on our social media, and in our newsletter. They may also be used in our next marketing campaign if submitted in high resolution.

Selection Criteria: Creativity, authenticity, impact, and how well your photo reflects the mission of moving water to protect forests, communities, and lives.

How to Enter:

1. Capture an original photo featuring a WATERAX pump in action.
2. Post on Instagram or Facebook, tag @WATERAX @waterax_pumps, use #WeMoveWater + #WATERAXPhotoContest and send it to ggerbasi@waterax.com by email.
3. Up to 3 entries per person.

Terms & Conditions:

• Photos must feature a WATERAX pump.
• By entering, you grant WATERAX the right to share your photo across digital and print platforms.
• Entries must be original and taken by the participant.

Winners will be announced on November 30, 2025.

Join us in celebrating the people and pumps that move water where and when it matters most.

See what the #WATERAX community is posting