Laminated Side Glass
I was sent a message from a firefighter the other night asking about a 2017 vehicle that he found did not have side laminated windows? This firefighter was up-to-date on his knowledge about the FMVSS 226 occupant ejection mitigation and laminated side glass. However, the laminated glass is meant more as a supplement to side curtain airbags. The curtains will be made larger so that they cover more of the window opening, made more robust to remain inflated longer, and made to deploy in both side impacts and in rollovers. So that is one reason why a 2017 model vehicle have tempered and not laminated glass. What is a another? Phase-in periods and credits, that’s how. Let me explain.
The FMVSS 226 phase-in period started on September 1, 2013 and ends September 1, 2017 when all automobiles manufactured must meet the new standard. So, the way vehicle models run, the 2018 models will start hitting dealer floors in the summer of 2017. That means some 2018 models may not meet the standard if those vehicles are made before to September 1, 2017. Confused yet? It gets worse!
Automakers can earn credits for vehicles that do not meet the standard starting with automobiles made from March 1, 2011 and ending at the conclusion of the phase-in, September 1, 2017. So what does that mean? If an automaker made enough vehicles ahead of the September 1, 2017 date, they could sell that number of vehicles into 2017, 2018, and maybe even into 2019 that do not meet the standard. Automakers may use this to extend product of a vehicle that they intend to stop selling or delay developing a new model that meets the standard.
The bottom line is look for larger curtain airbags that stay inflated longer supplemented with laminated or glazed glass. Hope that helps!
Large Animal Rescue
Working with their past experince, the Patterson Fire Department’s completed their 4th horse rescue in the past several years.
Per the post from the Patterson Fire Department’s Facebook page:
At 0732, 25th of August 2021, the Patterson fire department was dispatched for a public assist to a local farm. Patterson’s heavy rescue, 22-6-1, arrived on scene and found a 31-year-old male horse, named “Dozer”, in distress. He had apparently fallen and managed to get himself stuck between a rock and a fence line. At first, the crew attempted to assist the horse in getting up by shifting his position. It became apparent that additional equipment was going to be needed to help Dozer out since he had become too exhausted to get up on his own. After some discussion, it was established that the best plan of action was to use a Paratech bipod system. It would be used as an artificial high directional with TU-32 griphoist’s assistance to lift the horse up. With a lot of sweat and effort, the crew was able to lift the horse up onto his feet. After some much-needed fluids and rest, we were happy to see Dozer trot away, unassisted.
An interesting fact, this is Patterson Fire Department’s 4th horse rescue in the past several years, all with successful outcomes.
Photos below from Andrew Akin
Rescue Methods BGSU 2021 Rescue Tech Series
These courses are NFPA compliant and covers all six disciplines of technical rescue operations. Students will utilize the latest and greatest equipment and will put learned skills to the test in intense hands-on scenarios.
General information on the Certified Rescue Technician Program.
- Rope Rescue Technician
- Water Craft Ops / Swift Water Ops
- Confined Space Technician
- Vehicle & Machinery
- Trench Rescue Technician
- Structural Collapse Operations
Rescue Methods BGSU 2021 rescue tech series with structural collapse ops.
Motor City Monday Extrication Tip; Electric Vehicle Battery Pack Reinforcements
As vehicles change, our knowledge must continue to keep pace and expand our mental toolbox. The extrication tool manufacters have kept pace with their cutters, spreaders, and rams to combact these strong steels. It’s our job to stay
Electric Vehicle Battery Pack Reinforcements
Like everything in life, vehicles are changing, well vehicles keep changing. World leaders are pushing green vehicles which will increase our interactions with electric vehicles. First off, let’s look at the common acronyms of several common green and traditional vehicles.
- BEV = Battery Electric Vehicle
- PHEV = Plug-in Hybrid Electric Vehicle
- HEV = Hybrid Electric Vehicle
- ICE = Internal Combustion Engine
Unlike BEV, PHEV, and HEV, the term ICE refers to the engine itself, rather than the type of car. Normal/traditional gasoline and diesel cars have internal combustion engines.
Electric Vehicles present several challenges to firefighters with battery fires leading the way. The automakers are designing and engineering extremely strong protective cages around battery packs. We are no strangers finding boron, martensite, and press hardened steels in the pillars, roof rails, and fender wells. However, in a BEV, the rocker panels and cross vehicle reinforcements will have boron and martensite steels to protect the battery pack from collisions that could comprise it. In the images below, the 2021 Ford Mustang Mach E has this strong steel in the rocker panels and cross vehicle reinforcements. The automakers can tie in the strong rocker panels into the front fender wells requiring us to make deep cuts during a dash lift or roll.
The image below shows the different testing vehicles are subjected to and a strong battery cage can not only protect the battery pack, but also the occupants of the vehicle.
As vehicles change, our knowledge must continue to keep pace and expand our mental toolbox. The extrication tool manufacturers have kept pace with their cutters, spreaders, and rams to combat these strong steels. It’s our job to stay current where the automakers are using strong steel.
Images from several Great Designs in Steel (GDIS) 2021 Presentations.