If It Moves, Move It!

How small changes In routine can prevent costly repairs

We are all creatures of habit. Many of us don’t like to admit it but it is true. Yes, there are a small number of people that like to jump off of cliffs or hop on an airplane to Tahiti on a whim. I think I am pretty safe though in saying that most people are creatures of habit. We pretty much have the same routine most days. Not to say that your day can’t be action-packed and filled with lots of things to get accomplished. Most of us get up at the same time most days, eat meals at the same time, do things in the same order and go to bed around the same time each night. It’s human nature.


The other thing that I am fairly confident in saying is that most of us take the path of least resistance. I believe that it is human nature to look for the easiest way to do things. Many would call this efficient, which may be true, but in some instances in can be quite detrimental.


Every year our technical services team spends countless days out at many different fire departments performing annual pump tests on fire trucks. These tests are meant to ensure that the truck is performing as it should and particularly the pump is meeting its specifications for moving water. Every year they find the same problems on a fairly regular basis. Things like primers that don’t work, valves that are sticky or stuck, faulty drains, etc. Don’t get me wrong, my team and I are in the business of fixing fire trucks so these types of things put food on our tables and roofs over our heads. However, a few different behaviors on the part of fire departments and firefighters would certainly reduce some of these problems.


As statistics have shown, fire departments are putting out fewer fires than ever before. 96 percent of calls don’t require the pump to be engaged on a fire truck. That means that only 4 out of every 100 calls received requires the pump to be engaged and just because the pump is engaged doesn’t mean that any water flows. In fact, pumps get engaged and water flows more often than not during training.


Let’s kick in those human natures that I spoke about earlier; the fact that we work in routines and the fact that we look for the path of least resistance. When training, what do you think most firefighters do? They connect the hose line to the same discharge on the truck every time or grab the same pre-connected line whether it is a front trash line, crosslay or speedlay every time. The other discharges don’t get used. The discharge that gets used for training every time works great. Even when you have an actual fire most of them are small like car fire or a dumpster on fire. What do we do? Grab the front trash line because it’s handy and the easiest to reload. The other 4 or 5 discharges on the truck start to get sticky and seize up over time. Why? Because they aren’t getting used. Same thing goes with primers on the trucks. In many departments that operate mostly in hydranted areas the primers seize up. Why? Because they don’t get used. Then, when you need to use them they are seized up and won’t function. When these situations occur our team gets a call and repairs are made. Some of those repairs could be avoided though if all of the functions on a truck were used and exercised.


It’s actually pretty simple. When you are training and flowing water use all of the discharges on the truck. Even if you don’t connect a hose line flow some water through the discharges. Connect a line and flow water through each of the intakes. Flow some water through the monitor if the truck is so equipped. It allows each of the valves to be operated and avoid seize ups. This also gets the cap off of the intake or the discharge and makes sure it is freed up and not stuck in place. Guess what else gets used? The drains on each of those lines, when you evacuate the residual water from the line. Again, this use prevents them from seizing up. When you are doing your truck checks or training make sure that you operate that primer as well. Maybe you aren’t trying to draft but that’s OK. Just operate it for a few seconds to get it moving and lubricated.


This same idea goes for everything on the truck. Open and close doors, move seats forward and back, swing-out tool boards, slide-out trays, raise and lower your pole-mounted lights, rotate your swivel dump chute, deploy your mast light, operate your generator, etc. If something is meant to move, move it. If something is starting to get sticky then that is the time to address it, long before it needs to be disassembled, rebuilt or replaced.


The same advice can be taken for the truck itself too. Most fire trucks get driven hard for short periods of time and short distances. They also sit and idle a lot. A good highway run with the truck every once in a while has some great benefits too. It is great to exercise the engine, perform a full regen on the emissions system, and make sure the moving parts are getting used and lubricated.


The old saying goes “use it or lose it”. In the case of your fire apparatus, you might not necessarily lose it but your maintenance costs might run up a bit higher!

September 28, 2026
Simple, rugged smooth bore tips engineered to put water exactly where it needs to go, now available to Canadian fire departments through Tech Forward. At Tech Forward Fire Solutions, our goal has always been to partner with the leading innovators in the fire service and bring their best equipment to the crews who rely on it. That is why we are proud to welcome Delta Brass to our vendor lineup. Delta Brass builds structural nozzles around a straightforward idea: give firefighters better stream performance without adding complexity to the attack package. Their D-160 and D-265 Nozzle Tips, along with the companion S-160, do exactly that. What Makes the Delta Line Different Every Delta tip starts with the stream. Using Computational Fluid Dynamics, Delta Brass engineered a patent pending waterway with a conical entry, a reverse taper and a rectangular exit orifice. The result is a narrow, smooth bore FLAT stream that increases the surface area of the water while still discharging LARGE droplets. Those heavy droplets hold their reach and penetration, while the flat profile delivers wider coverage than a traditional round stream, making it an ideal application for compartmentalized firefighting. The construction is just as focused. Each tip is precision machined on a 5 axis CNC from a single block of 6061 aluminum. Once attached, there are no moving parts, no adjustments and no settings to manage. In the fire environment, the only action required is opening or closing the bale. D-160 Nozzle Tip: Built for the Interior Residential Attack The D-160 is a robust, maintenance free two piece tip designed to stack onto an integrated 7/8" smooth bore shut-off. It can also be run on a full shut-off on top of a 7/8" threaded tip such as the S-160, and it is recommended for true internal diameter 1.75" low pressure attack line. What sets it apart is the width of its stream. The D-160 produces a narrow FLAT stream roughly as wide as a typical hallway or doorway, which makes it highly effective at sealing off compartments during an interior residential fire attack. The stream is also compact enough to be directed through windows and doorways from a distance without wasting water, so more of what you flow actually reaches the target. Designed for 160 GPM at a 50 PSI tip pressure with 60 lbs of nozzle reaction, the D-160 is an affordable upgrade that fits into the setup your department already runs. D-185 Nozzle Tip: A Step Up in Flow For crews who want more water from the same interior attack approach, the D-185 builds on the D-160 with the same maintenance free two piece design. It stacks onto an integrated 15/16" smooth bore shut-off, or runs on a full shut-off on top of a 15/16" threaded tip such as the S-185. It delivers the same hallway width FLAT stream for sealing off compartments, flowing 185 GPM at a 50 PSI tip pressure with less than 70 lbs of nozzle reaction. The D-185 is available on request through Tech Forward. D-265 Nozzle Tip: Big Water Without the Complexity When the fire calls for a bigger line, the D-265 brings the same rugged, no maintenance two piece design to 2.25" and 2.5" low pressure attack line. It stacks onto an integrated 1 1/8" smooth bore shut-off, can be paired with a 1 3/8" shut-off, or can sit on top of a full waterway shut-off fitted with a 1 1/8" tip with exposed threads. Flowing a hard hitting 265 GPM at 50 PSI with 99 lbs of nozzle reaction, the D-265 pairs the reverse tapered waterway and rectangular exit with long reach and heavy droplets that cut through distance and turbulence. It is well suited to an initial big hit on a well involved fire, to advancing into a commercial structure where reach, coverage and higher flows all matter, and to supporting a defensive operation from a safer position. For departments that need big water on a practical, straightforward platform, the D-265 delivers. S-160: The D-160's Perfect Partner The S-160 is a traditionally designed 7/8" smooth bore tip with exposed threads, made to get the most out of the D-160 when paired with a full 1 1/2" or 1 3/8" shut-off. Its tapered design reduces turbulence for a smoother, more effective stream. Because the D-160 simply stacks on top, crews can quickly remove it and run the S-160 on its own whenever reach matters more than coverage, giving you two stream options from one setup. Choosing Your Setup Running a 7/8" integrated smooth bore? The D-160 stacks right on. Running a full shut-off? Pair the D-160 with the S-160 for a FLAT stream when you need coverage and a straight smooth bore when you need reach. Want more flow on your attack line? The D-185 moves up to 185 GPM on a 15/16" setup. Moving to a bigger line? The D-265 brings 265 GPM to your 2.25" and 2.5" lines on a 1 1/8" setup. The D-160, D-265 and S-160 are available in 1.5" NH or 1.5" NPSH threads, and the D-185, S-185 and S-265 are available on request. Specifications at a Glance 
November 14, 2025
Not that long ago, firefighting relied almost entirely on instinct, training, and teamwork, and while those fundamentals haven’t changed, the tools certainly have. Over the years, thermal imaging cameras (TICs) have evolved from bulky, specialty equipment into something that’s now becoming standard on fire trucks across the country. Seek Thermal has been fortunate to see that evolution up close, and to play a role in making high-quality, affordable thermal cameras available to more firefighters than ever before. From Heavy Gear to Everyday Tools When thermal imaging first entered the fire service, the cameras were large, heavy, and expensive. Only a few departments could afford them, and often only officers or chief vehicles carried them. The concept was revolutionary, seeing heat through smoke and darkness, but the technology was limited by its size and cost. Fast forward a couple of decades, and the picture looks very different. Cameras are now smaller, lighter, and far more affordable. In many departments, firefighters are carrying TICs the size of a cell phone. That shift alone has transformed how firefighters work. Thermal imaging isn’t just a specialty tool anymore; it’s part of the standard gear lineup, as essential as an SCBA or a radio. Smarter, Faster, and More Affordable Technology Today’s thermal imaging cameras don’t just show heat. They deliver clearer, faster, and more stable images than ever before. Advancements in sensor design and software processing have made cameras more responsive, meaning firefighters see real-time detail without lag or image “whiteout” when moving between hot and cool areas. At the same time, manufacturing innovations have made these improvements more cost- effective. What once cost tens of thousands of dollars can now fit within a department’s annual equipment budget, allowing even smaller and volunteer departments to equip their crews. Seek Thermal has focused on developing cameras that deliver professional-grade clarity and durability while keeping the price within reach. Because when every firefighter has access to thermal vision, not just the officer holding the single camera, the entire crew benefits. The more people who can “see” what’s happening through smoke and heat, the safer and faster the response becomes. The Rise of Situational Awareness Cameras One of the biggest steps forward in recent years has been the rise of situational awareness cameras. Smaller, simpler TICs designed for quick assessments, exterior operations, and backup visibility. These aren’t just for interior fire attack; they’re for seeing the full picture of the incident scene. Situational awareness cameras have changed how firefighters size up a scene, locate hotspots, and monitor fire behavior in real time. They’ve also become a key safety tool, helping firefighters regain orientation when visibility drops to zero and reducing mayday incidents related to disorientation. Cameras like Seek’s FirePRO Series were built with this exact purpose in mind. To support firefighters inside and outside the structure by providing clear, reliable imaging in a compact, rugged design. Whether it’s being used during overhaul, exterior size-up, or search operations, a situational awareness camera gives crews the visibility they need to make smart, informed decisions. Supporting the Future of Firefighting Thermal imaging cameras have come a long way. From heavy, single-use tools to compact, affordable, and essential firefighting equipment. They’ve improved not only how fires are fought but also how firefighters stay safe doing it. Seek Thermal is proud to support that progress. Every camera designed, from situational awareness cameras like the FirePRO Series to tactical, interior-focused options like the AttackPRO Series, is built around one goal: helping firefighters see more, decide faster, and come home safely. Because technology should never replace experience, it should strengthen it. And that’s exactly what modern thermal imaging does on the fireground every single day. For more information on Seek Thermal’s line up of thermal imaging cameras for the fire service, visit their website here: https://www.thermal.com/firefighting.html
Two red fans are sitting underneath a fire truck
August 8, 2022
Why Fan Size and Performance Matters