Last month we kicked off Boise Mobile Equipment’s 2019 ad campaign. Today marks our second ad in the series, featured in the March issue of Firehouse Magazine. While the first ad highlighted BME’s safety innovations, this month we focus on the durability of our wildland apparatus.
Wildland firefighting offers a unique set of challenges that are very different from structural firefighting. The roads are much rougher in the wildland, if there are roads at all. Wildland apparatus must be designed to handle these hazards when responding to fires in some of the country’s most inaccessible areas. BME trucks are built to withstand the worst the wildland can throw at you, taking you where other vehicles can’t go.
Built for the Wildland
Every detail of a BME wildland apparatus is carefully considered in the context of the environment it will be used in. One of these details is our signature tubular body construction, the feature that makes our engines the safest on the market. The steel framework also increases the apparatus’ rugged durability, allowing it to handle the toughest fire response.
The secret to the body’s durability is in its materials. We build our tubular bodies with strong structural steel that withstands vibration far better than aluminum. The body is then mounted on the chassis in a flexible manner that allows for maximum twist without stressing the truck components. This is an essential part of any wildland apparatus since uneven terrain forces the truck to go through extreme twisting action that it doesn’t encounter on city roads.
Another aspect of BME rigs’ durability lies in their heavy duty doors. While most manufacturers build their fire trucks with roll-up doors, we choose to use formed and welded doors that are better suited for the wildland environment. The doors are attached with piano-style hinges with oversized pins, reducing wear and the amount of dirt that gets in. To keep dust out of the compartments, we dovetail the doors into the body and use neoprene bulb seal. These two inch thick doors are so strong that once a customer accidentally left the overhead doors of his apparatus open and they ended up slicing through five palm trees before they noticed.
Size is also an important factor that determines where a truck can go. Because of the varying kinds of wildland fire incidents, we offer a wide selection of wildland apparatus to tackle any situation. Our most popular build is the Type 3, but we also produce many Model 34s, Type 4s, Type 6s, Tactical Tenders, and Crew Carriers. Our Xtreme 6, an aggressive version of a Type 6, is especially suited for hard to access areas that larger engines can’t reach.
We make conscious decisions during every step of the building process to ensure that our apparatus perform to maximum capacity. As BME vice president Larry Segreto explains, “[our] unique body design provides the lowest mounting of the mass of the water tank, maximizing stability for improved high-speed handling, side hill operation, and full use of available water.” We refuse to take shortcuts because we know that lives depend on how our trucks perform in the field.
That being said, accidents do happen and maintenance is sometimes required. That’s why we’ve made minor repairs easier than ever so you can fix your apparatus on the field and get right back into action. Our apparatus are hardwired with very little use of Multiplex systems or Nodes, making them simpler to repair on the go.
Longer Service Lifespans
Nothing proves the durability of our apparatus more than our customers. Some of our regular customers have large fleets of BME rigs, including the US Forest Service, the National Parks Service, and CAL FIRE. Many of our trucks have been in the field for over twenty years. You can still see BME Type 3s from the 90s responding to fires in west coast forests.
Our trucks have longer lifespans than our competitors because we refuse to take shortcuts. Building the BME way means we put thought into every step of the process, constructing high quality apparatus that get the job done year after year. That’s the BME difference.