Turtle Fire Systems
The first of its kind in the world: THE TURTLE FIRE SYSTEM
The Turtle Fire System was built in response to the growing concern over fire incidents in electric vehicles and the need for a simple, safe, and effective water delivery system. Its unique design and operation enable applications that go beyond electric vehicle fire incidents, such as fires in internal combustion engines, cooling fuel storage tanks, deep-seated fires, hazardous materials (HAZMAT) incidents, and more.
Ideal for
- Electric & hybrid vehicle fires
- Internal combustion engine incidents
- Fuel storage cooling
- Confined, hazardous environments
Unique and distinctive technology:
Density and Volume:
– The Turtle Fire System features a full-spectrum nozzle capable of effectively delivering water from 75 to 500+ gallons per minute anywhere in between.
Safety:
– The Turtle Fire System operates autonomously, reducing firefighters’ exposure to fire, harmful, and toxic gases (protecting firefighters’ lives in hazardous areas).
Efficiency:
– Its low-profile design is easily deployed under vehicles to deliver large volumes of water directly onto the electric vehicle battery box and various vehicle types, tunnels, and tight spaces.
Patented:
– Manufactured in the USA from 100% American steel. Its strength is further enhanced by the patented protective suspended dome shape.
The Turtle Fire System reduce efforts on firefighters. According to NFPA guidelines and emergency response guides for electric vehicle manufacturers, firefighters are required to deliver large quantities of water directly to the battery box to prevent unbalanced thermal reactions and assist in extinguishing the fire. However, with most electric vehicle batteries located under the vehicle, achieving this with currently available nozzles for firefighting services is extremely difficult and requires significant effort from firefighters.
Therefore, we present…
The Turtle Fire System technology, the first full-spectrum nozzle capable of quickly adapting to the fire location’s requirements. Its flow pattern is equipped to accommodate flow rates adjustable during deployment from 75 to 500+ gallons per minute to address water availability. The Turtle Fire System was designed and developed to continuously adapt to evolving firefighting services and support the safety of firefighters and the communities they serve. While born out of the need to address the growing concern over electric vehicle fire incidents, the applications of the Turtle Fire System far exceed its original design.
Here are some additional proposed applications for the Turtle Fire System
- Suppressing unbalanced thermal reactions in electric vehicles and various types of small and large vehicles deployable and available at low flow rates, as a precautionary measure under any vehicle exposed to fire after a traffic accident.
- Cooling flammable liquid tanks and fuel tanks.
- Protection against external exposure factors.
- Fires in underground parking facilities.
- Fires in warehouses and storage facilities.
- Various types of industrial fires.
- Tunnel fires and confined spaces.
- General cooling operations.
- Deep-seated fires in inaccessible or hard-to-reach areas within structures.
- Used in disinfection operations for firefighters, civilians, hoses, equipment, or firefighting vehicles.
- Hazardous material incidents.
- Fires in maritime ports and ships.
- Fires in aviation ports such as airports and fuel storage areas.This technology can be used with both water and foam or any other fire suppression agent.
Our Best Solutions
Latest Global Technologies Practice
Distribution, Representation and strategic Partnerships
After-sale Services & Clients satisfaction
What we can Do
At Al Qudra Global, we provide cutting-edge solutions in safety technology, from advanced robotic firefighting systems to smart hose handling tools. We represent world-class manufacturers, deliver exclusive innovations, and offer full technical support and 24/7 maintenance services. Our team works closely with clients to customize solutions that meet operational needs and enhance field performance.
