TORKSTROM | Advance Wildfire Combat Technology
The advances that we have made over the past decades allow us to completely transform the future of how wildfires will be fought globally. These advances allow us to implement the development of advanced vehicles, equipment and other types of technologies that govern them. This evolutionary step is the next step in our further development to continue to development specialized vehicles and equipment in order to advance our global projects.
Just as the Military Institution understands, it is paramount and advantageous for soldiers on the battlefield and the mission to have the latest specialized advances in technology, equipment, combat vehicles, armory and firepower, in order for soldiers on the front line to have maximum mobility and capability to carry out specific functions.
We also understand it is paramount and advantageous for firefighters to have the latest specialized advances in technology in; equipment, combat vehicles, armory and firepower, in order for firefighters on the front line to have the mobility and capability to carry out specific functions against extreme and resilient wildfires.
This is why we took the concept and technologies of Military Ground Combat Vehicles with the concept and technologies of the different types of Wildland Fire Engines or Brush Trucks and Fire Truck (or Pump Trucks) typically used in fighting wildfires, and created the next evolutionary type of Wildfire Ground Combat (or tactical) Vehicles. These specialized designed vehicles, allow firefighters to combat the most extreme and resilient wildfires more effectively and efficiently than using the traditional fire engines of today, head on if necessary.
This is indeed a major “Game-Changing” tool in our quest to battle wildfires on a global scale on multiple fronts.
All of our wildfire combat (or tactical) ground vehicles will be tailored, to some degree, equipped and outfitted with our own customized technologies. The combination of these technologies reduces the tedious manual labor and hazards that are associated with fighting wildfires in extreme temperatures around the clock. In some cases, they are10X to 100X more effective and efficient in suppressing fires of any size, no matter the type of fuel burning or the environmental conditions, than the traditional vehicles used today. All of our vehicles are designed and built with automation, AI integration and the comfort of our firefighters in mind. This will not only reduce cost, but the physical and mental exhaustion of fighting fire over time, and create a much safer environment for firefighters to work in.
The exact performance, abilities and description, including, but not limited to, pictures, designs, etc. of all of our technologies, vehicles etc. are considered Intellectual Property (IP).
No Images of Our Vehicle Designs or Our Technologies Will Be Shown.
The Next Evolution of Wildfire Combat Vehicles Is Here!
Types of Wildfire Ground Combat Vehicles:
I. Woodland and Brush Fires - Combat Vehicle:
These types of models are designed to be the most elite of all of our vehicle designs. They are customized and specifically designed to fight thick heavy brush and for high canopy tree fires while “On The Go”.
The Designed Features Includes, But Not Limited to:
Crew cabin: 5-7, holds up to 12 personals.
Reduced sound proof cabin and smooth ride.
Sleep accommodation for 6, while the other 6 crew members are actively engaged in fighting fires.
Serve as Mini-Control Base.
Night and smoke vision technologies for fighting wildfires in any condition 24/7 if necessary.
Air filtration & purification systems.
and more.
Fire Suppression Features:
TORK-RAIS-System ™
Enhanced Water Generator TORKSystem ™ or the use of ordinary water.
Multi Trailer System, Out-fitted with the maximum size tanks allowed.
And more.
One of the unique design features of these models, allows for virtually a 99% impenetrable defense against flames from crossing a control line.
These vehicles are truly an ideal method for holding down practically any type of containment line (control line) for firefighters, no matter how intense the flames are.
II. Grassland Fire - Ground Combat Vehicle:
These types of models and the technology that they carry are equipped and outfitted specifically for the suppression of grassland fires. Our vehicles are able to cover a large area quickly, as well as the burning outer rim, for quick and easy suppression. These vehicles are capable of suppressing grassland fires 10X faster, using far fewer firefighting crews than conventional means used today.
III. Underground Peat Fire - Ground Combat Vehicles:
Fighting underground peat fires has always been a challenge, with no new innovative technology developed. Firefighters have always relied on very primitive ways to suppress these fires, but without the desired speed needed. Our specialized advanced line of models are tailored to be equipped and outfitted with both; Robotic & Autonomous Intergraded Suppression Systems (TORK-RAIS-System ™), and the Enhanced Water Generating TORKSystem ™, allowing autonomous operation, 24/7 if needed, on any type of terrain, under any weather conditions, making it a far more effective and efficient way to suppress underground peat fires.
These types of vehicles are the very first of their kind to be developed in order to extinguish underground peat fires.
IV: Suburban – Wildfire Combat Vehicles:
In early January 2025, the Los Angeles metropolitan area and San Diego County in California in the United States were hit by destructive wildfires fueled by dry conditions and powerful Santa Ana winds. The firefighting agencies in these areas were completely over whelmed and no match for the raging wildfires that led to the destruction of well over 10,000 homes, businesses, schools and other structures.
Due to these devastating events, we are now working on designing a new line of Suburban Wildfire Combat Vehicles specifically designed to address the complexities of engaging in multiple neighborhood structure fires under the conditions seen in the LA fires.
Robotics & Autonomous Intergraded Suppression Systems ™ (TORK-RAIS-System ™):
These types of robotic and autonomous systems will be used on our combat ground vehicles, in order to replace the manual labor of fighter wildfires and increase the effectiveness and efficiency in suppressing flames. These systems are able to carry out multiple sets of complex tasks in detecting and suppressing flames, in order to free up any tasks usually assigned to operators.
Enhanced Water Generating TORKSystem ™ (TORKSystem ™):
The Enhanced Water Generator TORKSystem ™: is a highly advanced technological system that can modify water (fresh or salt) by means of a physical and chemical process in order to generate an enhanced water solution (TORKSolution ™), which is significantly more effective in suppressing flames, than the use of ordinary water.
This technology can be sized and mounted on to any type of vehicle, whether ground or aircraft.
TORKSolution ™:
TORKSolution ™: an enhanced water-based solution, which has a higher effectiveness property than water in suppressing flames.
The invention of this water-based solution will have a significant impact on the wildfire fighting industry and a profound impact on managing the global wildfire crisis in the future.
The amount of water that is required to suppress a given sized fire in a given area, depending on the amount of fuel, is immensely massive. With the advent of this enhanced water-based solution, firefighting ground vehicles and aircraft will carry the same amount of load, but will be able to cover a much greater surface area then previously.
For ground vehicles, firefighters will spend less time stopping and strategizing and more time suppressing flames.
Innovating Technologies For The Future:
At TORKSTROM, we are always innovating new concepts and technologies in areas that have been overlooked by others. Our climate change crises will require us to develop new innovative and evolutionary ways of thinking in order for us to develop the necessary technologies needed to do everything we can do to help mitigate the effects associated with climate change and repair the negative impacts of human activities.
