The Fire Fighting Vehicle is specifically designed for robust performance in firefighting and emergency response situations. Below are the technical specifications and details relevant to its operational capabilities and features.

Key Specifications

- Power Output:

- 81 kW at 2200 rpm: Provides sufficient power for driving on various terrains while enabling efficient operation of firefighting equipment.

- Tire Type:

- 315/70R15: These tires offer good grip and stability to navigate both urban and rough terrains, important for accessing emergency scenes quickly.

- Fuel Tank Capacity:

- 200 Liters: A substantial fuel capacity allows for extended operational range, minimizing downtime for refueling during critical missions.

- Battery Capacity:

- 100 Ah: Ensures a reliable power source for electrical systems such as lights, communications, and firefighting equipment.

- Maximum Traction Force:

- 60 kN (Standard)

- 100 kN (With Counterweight of 12 tons): This significant traction capability allows for effective towing and manipulation of heavy equipment.

- Traction Coefficient:

- μ = 0.8 (on asphalt or cement roads): Indicates good traction and handling characteristics, critical for emergency driving situations.

- Maximum Towing Weight:

- 90,000 kg (90 tons in standard configuration)

- 120,000 kg (120 tons with counterweight): This high towing capacity allows the vehicle to transport large firefighting equipment and assist in rescue operations.

- Curb Weight:

- 9,000 kg (9 tons in standard configuration)

- 12,000 kg (12 tons with counterweight): This weight provides stability during tough operations and contributes to the overall balance of the vehicle when loaded.

Operational Considerations

1. Versatility: The vehicle is designed to be adaptable to various firefighting scenarios, equipped to manage both water delivery and heavy towing.

2. Efficiency: The combination of power and traction ensures that the vehicle can perform well under various conditions, making it a critical asset in emergency situations.

3. Deployment: Rapid deployment capability enables the vehicle to quickly navigate to incident locations, making it essential for first response scenarios.

4. Safety: The vehicle’s weight and traction characteristics contribute to its stability, enhancing safety for the crew and operational effectiveness during firefighting efforts.

Conclusion

The Fire Fighting Vehicle is engineered to meet the demanding requirements of firefighting and emergency response operations. With its powerful engine, substantial towing capacity, and robust design, it is equipped to handle various emergencies, ensuring timely and efficient firefighting and rescue operations. This vehicle serves as an invaluable tool for fire departments and emergency services, helping to protect lives and property in critical situations.

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