I’m Robert Pike, National Sales Manager at Fort Garry Fire Trucks, based in CentrePort, Manitoba, Canada.
I report directly to the company President and support our national and international sales teams.
My role involves advising on strategy, providing customer service support and coordinating between sales, engineering and production.
Ultimately, I help ensure that customer needs are reflected at the plant and in the final product.
Fort Garry Fire Trucks has over a century of experience in manufacturing fire apparatus.
How has vehicle design evolved in that time, and what core principles have remained unchanged?
Fire apparatus have become significantly larger and more sophisticated over time.
Advances in electrical systems, hardware and even military-grade waterproof connections have transformed how these vehicles are built and operated.
We’ve also seen major changes in compartmentation.
Modern fire departments require more storage to support multi-role operations.
What was once a standard fire truck is now often a fire rescue apparatus capable of handling hazardous materials, supporting CBRNE response and even carrying decontamination equipment.
In some cases, trucks are also equipped for specialized water operations and rescue.
For example, water rescue may including equipment and life jackets for operations near lakes and rivers.
Fleet operations have evolved as well.
Firefighters are now more frequently moved between stations, so departments are looking for standardized apparatus that can be operated universally.
Industry standards, such as those from NFPA and the Fire Apparatus Manufacturers Association, support this interoperability.
Technology has also made trucks smarter.
Where operators once relied on a single pressure gauge, they now have access to flow meters and advanced monitoring systems that provide real-time data on water flow and system performance.
Some apparatus can even be operated remotely and automate certain functions.
At the same time, increased complexity means maintenance systems and manuals must keep pace, as firefighters are responsible for the checks and maintaining these fleets.
Despite all these changes, our core principle remains the same- safety.
Every truck must provide a safe working platform and protect firefighters in all conditions. In many cases, the apparatus itself acts as a physical barrier, absorbing impact to protect crews.
These vehicles must be exceptionally durable, as we say, they need to be “One Tough Truck” to ensure firefighter safety.
In addition, Fort Garry Fire Trucks was the first fire apparatus manufacturer to adopt ISO 9001 as its quality program.
Our trucks are built to NFPA standards, designed in 3D and undergo rigorous customer inspections.
We also support our products with one of the strongest warranties in the industry.
Our design philosophy is centred on each product being engineered for the extreme.
We build apparatus capable of operating in some of the harshest environments in the world, including remote regions of Canada and routes to the Arctic Circle.
In many cases, these trucks travel on seasonal ice roads and remain in service for years without returning for maintenance.
That level of isolation demands exceptional reliability and it influences every aspect of our design. Even for vehicles that will ultimately operate in urban environments.
One standout innovation is our enclosed top-mount enclosed pump operator area.
Built on commercial chassis, this design protects firefighters from harsh weather while operating the pump.
It has undergone static crush resistance testing and includes certified seatbelt systems, while also providing climate control and improved ergonomics.
This concept has since been adopted across the industry.
We also prioritize materials and construction.
Our apparatus uses marine-grade aluminium, offering excellent corrosion resistance and strength comparable in some cases to stainless steel.
The structure is fully welded, forming a one-piece, house-like frame that is designed to remain durable.
These design features ensure that our trucks can withstand extreme road and scene conditions while continuing to protect firefighters and perform reliably.
The distinction between fire-rescue apparatus and wildland urban interface (WUI) vehicles has become increasingly important in recent years.
In Canada, major wildfire events, including the loss of an entire community of over 70,000 people in 2016, have reshaped how fire services approach risk.
What was once primarily a remote, forest-based issue has now become a direct threat to urban and suburban communities.
As a result, we’re seeing greater integration between structural firefighters and wildland crews.
Apparatus classifications, such as Type 1 through Type 6 engines, as well as various tanker and tactical tender configurations have become more widely adopted, influenced by organizations like the Canadian Interagency Forest Fire Centre and the US Fire Administration.
Traditional Type 1 and Type 2 apparatus are designed for urban environments, handling fire suppression, rescue operations, vehicle extrication and medical response.
In contrast, WUI apparatus; such as Type 3, 4, 5 and 6 are designed with increasing off-road capability, varied crew sizes and specialized firefighting features like foam systems.
Larger wildland units carry more water and personnel, while smaller units are used for mop-up and final extinguishment. Tankers (S1, S2, S3) focus on water transport, while tactical tenders (T1, T2) combine water capacity with off-road mobility.
Today, it’s essential for any new apparatus, regardless of its primary function, to incorporate some level of wildland capability.
Given the growing impact of climate change and wildfire risk, failing to do so would be a significant oversight for a vehicle expected to remain in service for 20 years.
In response, Fort Garry Fire Trucks has developed a new wildland product line and is preparing to unveil a new apparatus at FDIC, incorporating advanced design and technology tailored to these evolving challenges.
One of the biggest opportunities lies in improving chassis safety.
While consumer vehicles are becoming increasingly advanced with features like automatic braking, collision warnings and pedestrian detection, these technologies are not yet standard in fire apparatus.
Integrating them will be an important step forward.
We’re also seeing a growing focus on firefighter health and contamination control. Many departments no longer allow contaminated turnout gear inside the cab.
For long-duration deployments, particularly in wildland operations, there is also a need to separate personal gear from hazardous materials like fuel or contaminated equipment.
We’ve started incorporating sealed, clean storage spaces to address this.
Looking ahead, we can expect further advancements in emissions control, station exhaust systems and environmentally conscious design.
Operational technology will continue to evolve as well.
Pump systems are becoming more advanced, allowing operators to control them remotely and from safer vantage points.
Enhanced visibility is another key area, modern apparatus are already being equipped with 360-degree and 3D camera systems.
