By Alan M. Petrillo

The athletic industry and military services have influenced the design of structural firefighting boots, with boot manufacturers drawing heavily from both industries to make boots that fit better, are more comfortable for long periods of use, yet still protect the firefighter from heat and other hazards.

Athletic Designs

Haley Fudge, Lion's director of marketing, says that athletics influenced the Lock-Fit Ankle Support system in the company's Marshall pull-on leather structural firefighting boots and its Commander leather zip-lace boots. "Our boot manufacturer, STC Footwear, Montreal, Canada, cut its teeth on ice hockey skate technology," Fudge says. "They know how important the padding and the fit around the ankle and heel can be. Our Lock-Fit system comes from that hockey technology."

Teresa Lawson, product manager for gloves and boots at Honeywell First Responder Products, says the athletic industry impacted changes made in its PRO series leather pull-on and lace-up boots and Ranger series rubber pull-on boots. "Firefighters want immediate comfort as soon as they put their feet in their boots," Lawson says, "but they also want light weight and durability." She says Honeywell has drawn from athletics elements to make a sleeker, performance-driven boot that's engineered for comfort, safety, and control.

Budd Lake (NJ) Fire Department firefighters mop up at a structure fire while wearing Fire-Dex FDXL-100 red leather structural firefighting boots. (Photo courtesy of Fire-Dex.)

Mark Mordecai, director of business development for Globe Manufacturing Co., says Globe first entered the firefighting boot business seven years ago with an effort to make boots more flexible, fit better, and still give the firefighter a stable and solid platform from which to work. He says Globe took elements from athletic footwear and incorporated them into structural firefighting boots "that are much more cushioned and contoured, so they were very much like wearing a pair of athletic shoes."

Globe's latest structural firefighting boot is the Supralite 14-inch pull-on, Mordecai says, that incorporates a Heelport internal fit system to hold the heel securely so it won't slip while still cushioning the ankle and an individually molded heel counter for each boot size. The boots also have a composite shank that's lighter than steel, don't transmit heat or cold and spring back to shape better, as well as have composite puncture protection that's more flexible than steel and a composite safety toe cap.

Mordecai notes that the stitched welt construction that is a hallmark of military boots is stiff by design and flat. "We wanted a construction that moved like feet move where a foot can flex 50 degrees," he says. "If the boot doesn't flex, it will make the heel lift and not fit well."

The design of Lion's Lock-Fit Ankle Support system in its Marshall pull-on leather structural firefighting boots was influenced by athletics, specifically ice hockey skate technology. (Photo courtesy of Lion.)

Rob Mills, president of Black Diamond Boots, says that today's structural firefighters, like const

KNOW THE ADVANTAGES AND DISADVANTAGES

The September 2013 issue had an interesting story about compressed air foam systems (CAFS), "CAFS Units Find Homes on a Variety of Apparatus," by Alan Petrillo. It talks about all the advantages of having a CAFS. Some points I agree with and some I don't. The problem is there are many disadvantages that pose many safety issues. I find the fact that none were mentioned disturbing.

First, let me make clear that these are strictly my opinions and not the opinions of the fire department for which I work.

The story stated that a CAFS handline is lighter to carry and less stressful on the firefighter. This is true. The problem is that the handline kinks extremely easily-so easily that it is problematic. Every turn or door jamb in a house will kink that handline. The weight of the nozzle alone will kink the line if it's not held straight. Sure, straight water will kink but not like a CAFS line.

The article also stated that the cooling effect is better. I disagree with this statement. The only thing that cools is water. The only thing that removes Btus is water. CAFS does a great job of smothering, but it does not have the cooling capabilities of water. If the fire goes out, that's great. But if it's still 1,500 degrees, we still have problems. How long are firefighters going to last attacking a basement fire with CAFS only? The fire will go out, but there won't be much cooling.

When we first bought our CAFS engines (three of them), it was preached to us that "CAFS works great in conjunction with timely ventilation." This is great if you're going to ventilate. Many departments can't because of staffing constraints. Water works great too with timely ventilation.

Another problem with CAFS is the foam itself. You spray compressed air foam all over a room, and now it's everywhere-on your gloves, on your facemask, and all over the floor. So, now it's on your mask, and you can't see anything. You wipe your mask with your glove, and now it's worse. You decide to get out of the structure and you slip and fall because the foam is all over.

Then there is the training aspect of CAFS. It is a different way of pumping. I won't get into the details, but if you have questionable driver/operators-and let's face it, we all do-this is a somewhat complicated system to learn.

The price of CAFS can be $30,000 or more per vehicle. This is a huge cost increase over non-CAFS pumpers. I think there is a place for CAFS at car fires, wildland fires, dumpster fires, and areas with a limited water supply. It's also good for protecting exposures

It's important for departments that are contemplating CAFS to know both the advantages and disadvantages.

Rob Walsh
Engineer/Paramedic
Orland (IL) Fire Protection District

FERRARA FIRE APPARATUS has launched its newest custom chassis-the Ferrara Cinder. The Cinder is manufactured at Ferrara's Holden, Louisiana, headquarters and has the same design and construction found in the Inferno and Igniter but is a 96-inch-wide cab designed to compete in the entry level custom chassis market. The Cinder features an extruded aluminum roll cage subframe fortified by 3/16-inch-thick marine grade aluminum plate walls, floor, ceiling, door panels, and engine tunnel. The Cinder is NFPA-compliant with 65,979-pound vertical load test and 3,736-pound frontal impact test certifications. Standard features include an Extreme Duty all aluminum dash, instrument panel, glove box, overhead console, and inner door panels; electric windows; Danhard extra duty air conditioning system; flat floor rear crew cab for improved legroom; ergonomic height seat risers; 4,100-square-inch windshield; and oversized side windows.

SCOTT SAFETY has been certified by the North Carolina Department of Labor as a participant in the Carolina Star Program. State Labor Commissioner Cherie Berry attended a ceremony at the company's Monroe, North Carolina, facility to present company officials with the Carolina Star flag and a certificate. Companies that qualify for the award have exemplary safety and health programs in the workplace. One of the criteria of the program is that worker injury and illness rates and lost/restricted workday rates must be at least 50 percent below the national rate for the company's industry. "As a premier manufacturer of safety devices, it is important that we hold ourselves and those around us to the highest standards of health and safety and that we live these values on a daily basis," said Andrew Chrostowski, vice president and general manager for Scott Safety. "I applaud every employee for their commitment to creating a culture of health and safety excellence, whether it be for our customers, our community, their colleagues, or themselves."

PIERCE MANUFACTURING, an Oshkosh Corporation company, received an order for nine Pierce® Arrow XT™ custom pumpers from the DeKalb County (GA) Fire and Rescue Department. The vehicles will be delivered beginning in early 2014. Each of the nine pumpers features a 400-hp engine, a galvanneal steel body, a 10-inch raised roof cab, and seating for five firefighters. The apparatus also feature Pierce Command Zone® advanced electronics and control systems, 1,000-gpm pumps, 500-gallon water tanks, 30-gallon foam cells, and three crosslays. Pierce dealer Ten-8 Fire and Safety Equipment provides local service and support through its full service facilities in Forsyth, Georgia.

ALLIED SPECIALTY VEHICLES (ASV) appointed Dan Peters president and CEO of E-ONE, Inc. Peters replaces Kent Tyler. Peters has more than 15 years of experience in the first responder industry-four years in an executive role with a fire apparatus manufacturer and 12 years with a fire industry supplier where he served as president from 1998 to 2008 and vice president of sales and marketing from 1996 to 1998. "I'm very excited to be back in the fire industry, especially with E-ONE who is recognized as an industry leader and innovator," says Peters. "Kent and the E-ONE team have made E-ONE a name to be reckoned with in the fire industry, and I look forward to working with the E-ONE team, dealers, and customers to continue building upon that legacy."

E-ONE has also added a new dealer in Michigan-West Shore Fire, a provider of first responder apparatus and equipment-to its dealer network. West Shor

By Roger Lackore

Any truck fleet manager will tell you that slips, trips, and falls are the most common causes of truck operator injuries.

When you consider that most truck operators are not encumbered with protective clothing, self-contained breathing apparatus, and a variety of equipment hanging from their belts, it stands to reason that as firefighters we need to be even more careful. Whether getting into or out of the cab or climbing onto or off of the exterior, we must discipline ourselves to take the right approach every time.

The Right Way to Climb

The over-arching rule of safety when climbing is called having "three points of contact." This rule means that you keep three of your four appendages (hands and feet) in contact with the apparatus at all times. Starting by facing the apparatus with both feet on the ground and both hands grasping a handrail or other secure structure, lift one foot at a time onto the first step, platform, or rung. Before grasping something higher, make sure both feet are firmly planted and you hold on with your other hand. Continue in this fashion, always making sure you have one hand and two feet, or two hands and one foot, in contact with the apparatus at all times. Climbing off is the same thing in reverse-make sure you face the apparatus as you descend.

This is a pretty simple concept, but it is important enough that it deserves some attention. Avoid the temptation to cut corners; professionals never do. If this technique is not second nature, take 10 minutes each day to practice climbing and descending using the three points of contact method until you are doing it every time without thinking. At first you may need to concentrate, but soon you will establish muscle memory and you can climb and descend safely every time.

The Right Place to Climb

Apparatus in compliance with National Fire Protection Association (NFPA) 1901, Standard for Automotive Fire Apparatus, will have at least one spot on the apparatus exterior where you can climb using three points of contact. This may be at the back of the apparatus, near the pump panel, or elsewhere depending on your configuration. You might find areas where there are steps to help you reach controls or equipment higher up but where it is not possible to maintain three points of contact all the way to the top. If this is the case, don't continue to climb. Find the route on the apparatus that allows you three points of contact and climb there. If you can't find features to provide a safe climb, contact your fire department safety officer and have the apparatus modified or repaired.

Once you reach the top of most apparatus, it is unlikely that you will have railings to guard you from a fall. Railings are impractical on the top of fire apparatus for a host of obvious reasons including bridge clearance, tree-limb clearance, and interference with aerial ladders. This means that if you are on top of an apparatus, you must be responsible for your own safety. Crouch low and hold on to solid features on the apparatus. If you must stand up, do so only toward the center of the apparatus where you are at less risk of toppling off if you trip.

The Right Surface to Step On

Usually stepping, standing, or walking surfaces are obvious. They should have a slip-resistant feature and be free of any no-step labeling. But, just because a surface has a slip-resistant feature does not mean it is an approved place to step. Apparatus manufacturers purchase special aluminum diamondplate material that has a cross-hatch feature on the top of each diamond. This cross-hatching gives the surface the slip-resistance performance required by the NFPA. However, this same material may be used for protecting apparatus features from wear and tear as well. You may find it on vertical or sloped surfaces, or it may be on features otherwise not intended for stepping