The Fastest Vehicle at The Airport

Emergency response refers to the entire process by which relevant organizations, following predefined contingency plans, rapidly initiate actions, mobilize resources, and implement response measures within a specified timeframe after an emergency occurs. It is not a single action, but a comprehensive time-based process and management system.

About emergency responce, every region has different requirements. For example, in Middle-East, the required emergency response time is 4-5 minutes in city centers and high-risk areas, 6-8 minutes in general urban areas, and no more than 6 minutes in ports and industrial zones. Airport requirements are even more stringent. Given that aviation emergencies may result in large-scale casualties, it is critical that emergency response equipment and personnel reach the incident site as rapidly as possible. The maximum response time is typically set at 3-4 minutes under conditions of good visibility and uncontaminated ground surfaces.

So what kind of fire truck can meet the stringent airport emergency response? Airport Fire Engine is required! It designed to achieve high-speed deployment, carry large quantities of firefighting agents, and initiate effective fire suppression immediately upon arrival at the incident site. Any airport that operates fixed-wing aircraft and provides public air transport services is required to be equipped with airport fire engines. This includes civil aviation airports, international air hubs, cargo airports, and civil military joint-use airports. In other words, the greater the airport’s traffic volume, the greater the need for Airport Fire Engine.

Why does Airport Fire Engine look so different from a regular fire truck? The design philosophy of Airport Fire Engine is simple: if a task can be completed from inside the vehicle, there is no need to step outside. Driven by a user-centric approach, innovation, and outstanding performance, this design integrates ergonomics, intuitive human machine interfaces, high reliability through revolutionary engineering. The result is a system that simplifies operation, enhances efficiency, withstands extreme environments, and enables rapid response and highly effective firefighting.

Airport Fire Engine is capable of high-speed operation on runways, grass surfaces, and unpaved terrain, while regular fire engines typically have a maximum speed of less than 90 km/h, therefore, do not meet airport operational requirements. Airport Fire Engine is designed to achieve a minimum top speed of at least 115 km/h. The chassis stability is enhanced by the use of a coil suspension system, double bumpers and stabilizers to provide excellent on- and off-runway mobility, enhanced comfort as well as cornering and roll stability. Not only that, the readiness for action is ensured for an ambient temperature range of -25°C up to +50°C.

In addition, its roof-mounted turrets is capable of discharging fire-retardant agents while the vehicle is in motion and can be operated directly from the cab without the need for firefighters to dismount. Airport Fire Engine is designed generally to meet or exceed the requirements of the relevant CAP168, I.C.A.O. or NFPA 414 specifications, the foam concentrate capacity can reach up to 20,000 liters.

Airport Fire Engine is capable of rapidly suppressing fuselage-encircling fires and large-scale fuel pool fires, and is specifically designed to effectively manage explosion risks. In contrast, regular fire engines are primarily intended for structural and vehicle fires and are therefore not suitable for initial response operations in aircraft accident scenarios.

When every second counts, airports cannot afford to rely on ordinary solutions. Emergency response at an airport is a race against time, and Airport Fire Engine is built for exactly that race. Faster than any other vehicle on the airfield, capable of operating across runways and rough terrain, and ready to fight fire the moment they arrive, these specialized vehicles turn stringent response standards into achievable reality.