Menu

Welcome

The Finest Supporting the Bravest!

The purpose of the Fire Mechanics Section is to promote standardization of fire apparatus and equipment preventative maintenance, improve safety standards and practices, promote workshops, conferences, and seminars related to the purposes of this Section, and to promote cost savings through standardization of building and equipment purchasing and maintenance.

RECENT FIRE MECHANIC NEWS

Posted: Jan 8, 2016

Quality, Fit, and Proper Use of Protective Clothing

Richard Marinucci   Richard Marinucci

When my son began playing little league football a couple of years ago, I was impressed with the protective clothing that was issued and the time that was taken to explain the proper way to use and care for it.

The pads and especially the helmet had to fit properly or they would not be issued. Both player and parent had to acknowledge that they understood the proper way to wear the equipment and how to take care of it. Further, the quality of the equipment is outstanding. This was a far cry from my own experiences many years ago when you just took what was issued and figured it out on your own. Exact fit was rare, close to the right size was great, and lessons on how to wear it properly were nonexistent. I am certain the changes have been made in response to concerns about player safety and avoiding preventable injuries.

Fire Service Parallel

This parallels my fire service experience. Not too long ago-and maybe even now-new employees were shown to the stockroom and told to pick out something that would fit. Hopefully, they had your size. If not, you took whatever was close. It was evident that properly fitting footwear was not essential and was just an inconvenience that would not affect your ability to do the job. Of course, this led to many blisters when you operated at incidents of long duration. You may or may not have had access to a helmet that met the current standard. You could be asked to take an older version until a newer model could be purchased. The fit of the coat just had to be in the “neighborhood.” Basically, you had a choice of older gear and did the best you could with inferior quality compared with what was available in the industry.

Quality protective clothing that fits properly should be the expectation of every firefighter asked to go into harm’s way. I realize there are budgetary constraints, but this should be an area with minimal “hoops to jump through” to stay current. If protecting our most valuable resource actually means something, then we need to prioritize accordingly. Of course, some of the arguments that make acquiring proper protective clothing come from the firefighters themselves. They argue for the comfort and performance of what they have and in some ways become emotionally attached to the gear. They don’t want to give up the helmet that is finally getting broken in or the coat that has obtained a certain amount of character through some years of use. They may even argue that the “new and improved” is not new or improved and doesn’t offer the same level of protection. Indirectly, they are saying that the research and development along with the changing standards should not take precedence over their preferences and habits.

Leadership Responsibility

Getting football players to develop good habits from the start of their playing will have a positive effect throughout their playing days. They get used to doing things a certain way and have the safety message become part of the way the game should be played. It does not make the game any less fun for those playing it. In the same way, organizations need to inculcate the need to wear protective clothing and wear it correctly. This requires education for most so they know the expectations. But for others, it will take supervisors acting as supervisors and requiring proper wearing. A football player not wearing required gear does not get to play, and the team may even be penalized. When working in dangerous environments, the same should be true. Good habits need to be established and maintained.

Read more

Posted: Jan 8, 2016

Sensory Fire Service

Gathering information through sensors is as old as life.

The five major senses-sight, sound, feel, smell, and touch-have provided us with information since the beginning of human life. Mechanical sensors, such as pressure gauges and fuel level gauges, have been with us for more than a century. However, the emergence of electronic sensors is a relatively new technology that is growing by leaps and bounds.

Smart Firefighting

In May 2015, the National Institute of Standards and Technology (NIST) and the National Fire Protection Association (NFPA) released a much-awaited report titled, “Research Roadmap for Smart Fire Fighting.” The more than 200-page report is the output of several months of input that began in September 2013 under the guidance of a nine-member project technical panel. There are 14 chapters with different authors for each chapter-it is not one person’s opinion. As stated in the report, “The purpose of this research roadmap is to identify and prioritize the research and development needs for implementation of the next generation of smart systems to benefit fire protection and firefighting.” The report primarily looks at “emerging sensor and computing technologies with building control systems, firefighting equipment, and apparatus.”

Is all this necessary? Let’s take a brief look at the current firefighting environment. We may or may not know where the fire is located (seat of the fire). We likely do not know the rate of fire spread, the temperatures inside the structure, the exact location of firefighters, the environment of the firefighters, and so on. The anticipated future of firefighting will be filled with sensory-rich information and tactics based on science rather than tradition. Lack of situational awareness will be replaced with actual situational awareness. The data will be collected from both stationary and mobile sensory platforms.

The technology required for all of this already exists or is quickly emerging. Here is a sampling:

  • Smart fabrics used in PPE can measure heart rate, breathing rate, and skin temperature, and wireless technology can transmit the data to a smartphone.
  • Augmented reality glasses can see things not visible to the naked eye.
  • Robots and drones are becoming less expensive to gather fireground information.
  • Soon all vehicles will likely come with collision avoidance systems.
  • GPS is leading to increased mapping capabilities.
  • Smart home alarm systems are more affordable and provide more and more data.
  • Commercial, industrial, and multifamily dwellings are using dashboards to monitor their energy efficiency. This can be expanded to provide information to responders.

StandardS Development

One of the biggest challenges for smart firefighting is integrating all this data into a user-friendly format. The key step will be to develop standards for these technologies to comply with. For example, the valve stem is the same for any tire regardless of size or manufacturer. We know what the color and size of a stop sign will be in any jurisdiction in the country. One of the goals of the report is to outline the roadmap for developing these standards.

The publication is an interesting read for anyone interested in the future of the fire service. Readers, beware: There are seven pages of acronyms described at the front of the report. There are several useful graphs and illustrations. A generation ago, a battalion chief told me that t

Read more
Posted: Jan 8, 2016

Sensory Fire Service

Gathering information through sensors is as old as life.

The five major senses-sight, sound, feel, smell, and touch-have provided us with information since the beginning of human life. Mechanical sensors, such as pressure gauges and fuel level gauges, have been with us for more than a century. However, the emergence of electronic sensors is a relatively new technology that is growing by leaps and bounds.

Smart Firefighting

In May 2015, the National Institute of Standards and Technology (NIST) and the National Fire Protection Association (NFPA) released a much-awaited report titled, “Research Roadmap for Smart Fire Fighting.” The more than 200-page report is the output of several months of input that began in September 2013 under the guidance of a nine-member project technical panel. There are 14 chapters with different authors for each chapter-it is not one person’s opinion. As stated in the report, “The purpose of this research roadmap is to identify and prioritize the research and development needs for implementation of the next generation of smart systems to benefit fire protection and firefighting.” The report primarily looks at “emerging sensor and computing technologies with building control systems, firefighting equipment, and apparatus.”

Is all this necessary? Let’s take a brief look at the current firefighting environment. We may or may not know where the fire is located (seat of the fire). We likely do not know the rate of fire spread, the temperatures inside the structure, the exact location of firefighters, the environment of the firefighters, and so on. The anticipated future of firefighting will be filled with sensory-rich information and tactics based on science rather than tradition. Lack of situational awareness will be replaced with actual situational awareness. The data will be collected from both stationary and mobile sensory platforms.

The technology required for all of this already exists or is quickly emerging. Here is a sampling:

  • Smart fabrics used in PPE can measure heart rate, breathing rate, and skin temperature, and wireless technology can transmit the data to a smartphone.
  • Augmented reality glasses can see things not visible to the naked eye.
  • Robots and drones are becoming less expensive to gather fireground information.
  • Soon all vehicles will likely come with collision avoidance systems.
  • GPS is leading to increased mapping capabilities.
  • Smart home alarm systems are more affordable and provide more and more data.
  • Commercial, industrial, and multifamily dwellings are using dashboards to monitor their energy efficiency. This can be expanded to provide information to responders.

StandardS Development

One of the biggest challenges for smart firefighting is integrating all this data into a user-friendly format. The key step will be to develop standards for these technologies to comply with. For example, the valve stem is the same for any tire regardless of size or manufacturer. We know what the color and size of a stop sign will be in any jurisdiction in the country. One of the goals of the report is to outline the roadmap for developing these standards.

The publication is an interesting read for anyone interested in the future of the fire service. Readers, beware: There are seven pages of acronyms described at the front of the report. There are several useful graphs and illustrations. A generation ago, a battalion chief told me that t

Read more
Posted: Jan 8, 2016

Sensory Fire Service

Gathering information through sensors is as old as life.

The five major senses-sight, sound, feel, smell, and touch-have provided us with information since the beginning of human life. Mechanical sensors, such as pressure gauges and fuel level gauges, have been with us for more than a century. However, the emergence of electronic sensors is a relatively new technology that is growing by leaps and bounds.

Smart Firefighting

In May 2015, the National Institute of Standards and Technology (NIST) and the National Fire Protection Association (NFPA) released a much-awaited report titled, “Research Roadmap for Smart Fire Fighting.” The more than 200-page report is the output of several months of input that began in September 2013 under the guidance of a nine-member project technical panel. There are 14 chapters with different authors for each chapter-it is not one person’s opinion. As stated in the report, “The purpose of this research roadmap is to identify and prioritize the research and development needs for implementation of the next generation of smart systems to benefit fire protection and firefighting.” The report primarily looks at “emerging sensor and computing technologies with building control systems, firefighting equipment, and apparatus.”

Is all this necessary? Let’s take a brief look at the current firefighting environment. We may or may not know where the fire is located (seat of the fire). We likely do not know the rate of fire spread, the temperatures inside the structure, the exact location of firefighters, the environment of the firefighters, and so on. The anticipated future of firefighting will be filled with sensory-rich information and tactics based on science rather than tradition. Lack of situational awareness will be replaced with actual situational awareness. The data will be collected from both stationary and mobile sensory platforms.

The technology required for all of this already exists or is quickly emerging. Here is a sampling:

  • Smart fabrics used in PPE can measure heart rate, breathing rate, and skin temperature, and wireless technology can transmit the data to a smartphone.
  • Augmented reality glasses can see things not visible to the naked eye.
  • Robots and drones are becoming less expensive to gather fireground information.
  • Soon all vehicles will likely come with collision avoidance systems.
  • GPS is leading to increased mapping capabilities.
  • Smart home alarm systems are more affordable and provide more and more data.
  • Commercial, industrial, and multifamily dwellings are using dashboards to monitor their energy efficiency. This can be expanded to provide information to responders.

StandardS Development

One of the biggest challenges for smart firefighting is integrating all this data into a user-friendly format. The key step will be to develop standards for these technologies to comply with. For example, the valve stem is the same for any tire regardless of size or manufacturer. We know what the color and size of a stop sign will be in any jurisdiction in the country. One of the goals of the report is to outline the roadmap for developing these standards.

The publication is an interesting read for anyone interested in the future of the fire service. Readers, beware: There are seven pages of acronyms described at the front of the report. There are several useful graphs and illustrations. A generation ago, a battalion chief told me that t

Read more
RSS
First43934394439543964398440044014402Last

Theme picker

Upcoming Events

Theme picker

Sponsors

Fire Mechanics Section Board

Chair

Posted: Oct 21, 2015

Chair

Elliot Courage
North Whatcom Fire & Rescue
Read more

Vice Chair

Posted: Oct 21, 2015

Vice Chair

Mike Smith 
Pierce County Fire District #5
Read more

Secretary

Posted: Oct 21, 2015

Secretary

Greg Bach
South Snohomish County Fire & Rescue
Read more

Director #1

Posted: Oct 21, 2015

Director #1

Doug Jones
South Kitsap Fire & Rescue
Read more

Director #2

Posted: Oct 21, 2015

Director #2

Paul Spencer 
Fire Fleet Maintenance LLC
Read more

Director #3

Posted: Oct 21, 2015

Director #3

Jim Morris
Mountain View Fire Department
Read more

Director #4

Posted: Oct 21, 2015

Director #4

Arnie Kuchta

Clark County Fire District 6

Read more

Director #6

Posted: Oct 21, 2015

Director #6

Brett Annear
Kitsap County Fire District 18
Read more

Director #5

Posted: Oct 21, 2015

Director #5

Jay Jacks
Camano Island Fire & Rescue
Read more

Legislative Representative

Posted: Oct 21, 2015

Legislative Representative

TBD
TBD
Read more

Immediate Past Chair

Posted: Oct 20, 2015

Immediate Past Chair

Brian Fortner
Graham Fire & Rescue

Read more
RSS

Theme picker

2020 CAR SHOW