Water Tank Fire Truck
Carries water as the main extinguishing medium and is widely used for municipal response, construction sites and facilities where water-based firefighting is required.
Firefighting Vehicles & Fire Engines
Fire Trucks for Municipal, Industrial & Emergency Response Applications
Fire trucks can be configured for municipal fire departments, factories, oil and gas facilities, mines, construction projects and other emergency response operations. Choose the vehicle around the required water or foam capacity, fire pump performance, chassis payload, drive configuration, road conditions and firefighting equipment.
- Water, water-and-foam, industrial and rescue fire truck configurations
- Compact, medium and heavy firefighting vehicle platforms
- 4×2, 4×4, 6×4 and selected 6×6 chassis configurations
- Fire pump and monitor matched to the required discharge duty
- Equipment storage and vehicle layout planned around the response task
For an accurate quotation, provide the destination country, application,
required tank volume, pump requirement, preferred chassis and quantity.
Tank Configuration
Water-only or separate water and foam tanks
Fire Pump
Selected by required flow, pressure and discharge equipment
Drive Configuration
4×2 for normal roads; 4×4 or heavier platforms for difficult access
Quotation
Based on the complete vehicle specification rather than tank size alone
Fire Truck Overview
Choose the Fire Truck Around the Firefighting Task
A fire engine is not selected by tank volume alone. The useful configuration depends on how the vehicle will operate when an incident occurs: how far it must travel, whether water is available on site, whether foam is required, how many hose lines or monitors may operate, and whether the truck must travel on paved roads or rough terrain.
A municipal water fire truck may prioritize crew space, equipment storage and reliable road response. A firefighting truck used at a mine may require additional traction and larger onboard water reserves. An industrial fire truck serving fuel or process risks may require a dedicated foam system and a monitor matched to the selected pump.
Practical purchasing rule: first define the fire risk and operating environment. Tank, pump, chassis and monitor selection becomes much easier after those two questions are answered.
Water Volume
How long must the vehicle operate before it can refill?
Foam Requirement
Does the project involve fuel, hydrocarbon or other fire risks requiring foam?
Pump Performance
What flow and pressure are required at the hose outlets or monitor?
Monitor Performance
What discharge distance and extinguishing medium are required?
Road Conditions
Will the truck remain on paved roads or operate on mine, rural or oil-field roads?
Payload
The tank, crew and equipment must remain compatible with the selected chassis.
Equipment Storage
Define hoses, nozzles, tools and rescue equipment before designing the compartments.
Destination Market
Confirm chassis, emission, steering and project compliance requirements before ordering.
Reference Configurations
Example Fire Truck Specifications
The following examples show how tank size, pump capacity, chassis and monitor performance can change between fire truck models. They are useful reference configurations rather than universal specifications.
Final engine, transmission, dimensions, tank material, pump, monitor and emission specification must be reconfirmed for the selected chassis and destination market.
| Reference Configuration | Tank | Fire Pump | Pump Performance | Monitor / Range | Chassis Information |
|---|---|---|---|---|---|
| HOWO 8,000 L Water Fire Truck | 8,000 L water | CB10/60 normal-pressure pump | 60 L/s at 1.0 MPa | Reference range ≥55 m | HOWO chassis; 147 kW reference engine power; 8-speed transmission |
| HOWO 12,000 L Water Fire Truck | 12,000 L water | CB10/60 normal-pressure pump | 60 L/s at 1.0 MPa | Reference range ≥60 m | HOWO 3-axle chassis; 340 kW reference engine power; 12-speed transmission |
| 8,000 L Water & Foam Configuration | 5,000 L water + 3,000 L foam | CB10/40 reference pump | Confirm final pump data in technical sheet | Water ≥60 m; foam ≥55 m reference ranges | 4×2 or 4×4 configuration shown in reference product range |
Why the table matters: a larger tank does not automatically mean a better fire truck. A 12,000 L vehicle carries more extinguishing media but also requires a heavier chassis. A smaller truck may be easier to maneuver on urban roads. Select the configuration around the actual response task.
Fire Truck Types
Firefighting Truck Types for Different Applications
Buyers normally start with the extinguishing medium and the operating environment. These are the main fire truck configurations to compare.
Water & Foam Fire Truck
Uses separate water and foam storage so the vehicle can support both conventional water firefighting and incidents where foam agent is specified.
Foam Fire Truck
Intended for projects where foam capability is a major part of the firefighting strategy, including selected fuel-storage and industrial applications.
Fire Rescue Truck
Prioritizes equipment storage and rescue support. Firefighting capability can be combined with rescue tools when required by the response team.
Industrial Fire Truck
Configured around the fire risks of factories, power facilities, warehouses, petrochemical sites and other industrial operations.
4×4 Off-Road Fire Truck
Adds drivetrain capability for mines, oil fields, rural roads and sites where a conventional road chassis may have difficulty reaching the incident area.
Fire Pump Selection
How to Choose Fire Truck Pump Capacity
Fire truck pump capacity should be selected from the discharge requirement, not from tank size alone. The pump must supply the hose lines, monitor or foam system that will actually be used during firefighting.
Required Flow
Estimate how much water or foam solution must be discharged at the same
time. Multiple outlets or a high-flow monitor increase demand.
Required Pressure
Pressure must be sufficient for the selected hose arrangement,
nozzle, monitor and operating distance.
Water Supply
Confirm whether the truck mainly works from its own tank, hydrants,
static water sources or a combination of these.
Monitor Duty
If the monitor is an important part of the specification, pump and
monitor performance should be selected as one system.
Foam System
Water-and-foam vehicles also require a compatible proportioning and
discharge arrangement.
Reference example: existing HOWO 8,000 L and 12,000 L configurations in the referenced product range use a CB10/60 normal-pressure fire pump listed at 60 L/s and 1.0 MPa. This is an example, not a fixed specification for every fire engine.
Tank Selection
Fire Truck Water Tank Capacity & Foam Tank Selection
Buyers frequently ask how much water a fire truck should carry. There is no single correct capacity. The tank must balance firefighting endurance with chassis payload, maneuverability and access conditions.
1. Estimate Water Demand
Consider how long the truck may need to operate before an external water source becomes available.
2. Check Chassis Payload
Water is heavy. Increasing tank volume changes total vehicle mass and may require a larger chassis or additional axle.
3. Consider Road Access
A compact municipal vehicle may maneuver more easily in narrow streets, while larger sites may accept a heavier tank platform.
4. Confirm Refill Conditions
Areas with reliable hydrants may have different onboard water requirements from mines, construction sites or remote facilities.
5. Define Foam Volume
If foam firefighting is required, determine the required foam agent capacity rather than simply reducing the water tank without an operating calculation.
6. Confirm Tank Material
Tank material should be selected around weight, corrosion resistance, intended service environment and maintenance requirements.
Reference products demonstrate several different layouts, including 8,000 L water-only, 12,000 L water-only and 5,000 L water + 3,000 L foam configurations. Ask for the technical sheet of the specific model you are evaluating.
Fire Monitor
Fire Monitor Flow, Range & Control Options
The fire monitor is one of the most visible parts of a firefighting truck, but its performance depends on the pump and complete hydraulic system. A monitor should therefore not be selected only from a claimed maximum range.
When preparing a specification, confirm whether the monitor will discharge water, foam solution or both, the required operating flow, the target discharge distance, installation position and whether manual or powered control is required.
Reference Monitor Performance
Existing reference configurations in the product range show:
- 8,000 L HOWO water fire truck: listed range ≥55 m
- 12,000 L HOWO water fire truck: listed range ≥60 m
- 5,000 L water + 3,000 L foam configuration: water ≥60 m
- Same water-and-foam configuration: foam ≥55 m
Final range depends on the installed pump, monitor, piping and test conditions. Confirm values in the model-specific technical specification.
Chassis & Drivetrain
Fire Truck Chassis and Drive Configurations
Chassis selection affects payload, tank capacity, crew space, vehicle dimensions, drivetrain, maintenance and spare-parts support. It should be decided before the body and firefighting system are finalized.
4×2 Fire Truck
Suitable where the vehicle mainly operates on paved urban roads, plant roads or other maintained surfaces.
4×4 Fire Truck
Appropriate for projects requiring additional traction on unpaved, rural, mine or oil-field roads.
6×4 Fire Truck
Provides a larger chassis platform where greater tank capacity or body payload is required but severe off-road operation is not the priority.
6×6 Fire Truck
Can be evaluated for heavier off-road firefighting duties where both vehicle capacity and difficult-site access are important.
Reference fire truck listings include chassis from brands such as HOWO, Dongfeng, Foton and Isuzu. Actual availability, engine specification, transmission, steering position and emission configuration should be confirmed for the destination country.
Technical Specification
Fire Truck Specifications Buyers Should Confirm
Use this checklist when comparing fire truck quotations from different suppliers. A quotation that lists only chassis brand and tank size is not enough for a meaningful technical comparison.
| Specification | What Should Be Confirmed | Why It Matters |
|---|---|---|
| Vehicle Type | Water, water & foam, rescue or industrial firefighting truck | Defines the basic body and firefighting system |
| Chassis | Brand, model, wheelbase, axle configuration and steering position | Determines payload, dimensions and serviceability |
| Drive Type | 4×2, 4×4, 6×4 or 6×6 | Must match site access and terrain |
| Engine | Model, output and applicable emission configuration | Affects vehicle performance and destination compliance |
| Transmission | Transmission model and number of speeds | Important for operating conditions and maintenance |
| Cab | Seating capacity and crew arrangement | Determines how many firefighters can travel with the vehicle |
| GVW | Complete vehicle gross weight rating | Confirms chassis compatibility with tank and equipment |
| Overall Dimensions | Length × width × height | Important for roads, stations, transport and site clearance |
| Water Tank | Usable capacity and tank material | Controls onboard water endurance |
| Foam Tank | Capacity, material and foam-system arrangement | Required for specified foam firefighting duties |
| Fire Pump | Model, rated flow, rated pressure and installation arrangement | Determines hydraulic firefighting performance |
| Suction Performance | Suction height and priming arrangement where required | Important when taking water from static sources |
| Fire Monitor | Model, medium, rated flow, range and control type | Must be compatible with the pump and required discharge duty |
| Foam Proportioning | System type and applicable proportioning range | Important for stable foam application |
| Outlets & Inlets | Number, size, position and connection type | Must match hose and operational procedures |
| Equipment Compartments | Compartment arrangement, shelves, trays and mounting points | Ensures tools can be stored securely and accessed quickly |
| Emergency Lighting | Lightbar, warning lamps and scene lighting | Supports visibility and night operation |
| Firefighting Equipment | Hoses, nozzles, couplings, tools and rescue accessories | Avoids misunderstanding over included equipment |
Firefighting Equipment
Fire Truck Equipment & Optional Accessories
Equipment packages should be specified in the quotation instead of assuming that every hose, nozzle or rescue tool is automatically included.
Firefighting System
- Fire pump
- Fire monitor
- PTO system
- Tank-to-pump piping
- Water inlet and discharge outlets
- Foam system where specified
Hose & Water Equipment
- Fire hoses
- Suction hoses
- Nozzles
- Couplings and adapters
- Hose reel where specified
- Strainer and suction accessories
Vehicle Equipment
- Equipment compartments
- Tool shelves and mounting brackets
- Emergency warning lights
- Scene lighting
- Ladder storage
- Communication equipment provisions
Rescue Equipment
- Hand tools
- Cutting and rescue tools where specified
- Portable lighting
- Generator where specified
- Protective-equipment storage
Industrial Options
- Foam tank
- Foam proportioning system
- Water/foam monitor
- Additional discharge connections
- Site-specific storage arrangement
What to Put in the RFQ
- Equipment name
- Required quantity
- Connection specification
- Preferred mounting location
- Any tender-specific requirements
Fire Truck Buying Guide
How to Choose the Right Fire Truck
The following sequence helps purchasing teams turn an operational requirement into a technical fire truck specification.
1
Define the Fire Risk
Municipal buildings, fuel storage, mines and industrial processes do not create the same firefighting demand.
2
Choose Water or Water + Foam
Confirm whether foam is part of the planned extinguishing strategy.
3
Define Tank Capacity
Balance operating endurance against chassis payload, road access and refill availability.
4
Define Pump Duty
Specify required flow and pressure or describe how hoses and monitors will operate.
5
Define Monitor Requirement
State water/foam requirement, control method and required discharge distance.
6
Review Road Conditions
Select 4×2, 4×4, 6×4 or another suitable drivetrain based on real site access.
7
Select the Chassis
Check payload, engine, transmission, parts support and destination requirements.
8
List Required Equipment
Do not leave hoses, nozzles, rescue tools and storage arrangements undefined.
9
Check Dimensions & GVW
Confirm the completed vehicle fits local roads, garages, bridges and operating sites.
10
Confirm Destination Requirements
Discuss steering, emission and project compliance requirements before finalizing the order.
Need Help Matching Tank, Pump and Chassis?
Send the application, destination country, road conditions and required tank capacity. If pump performance has already been specified in your tender, include the required flow and pressure.
Applications
Fire Trucks for Municipal, Industrial & Project Firefighting
Vehicle selection should reflect the environment in which the emergency response team will actually operate.
Municipal Fire Departments
Prioritize road response, crew capacity, hose equipment, pump performance and an appropriate onboard water supply.
Industrial Plants
Start with the facility hazard assessment and define whether water, foam or both extinguishing media are required.
Oil & Gas Facilities
Foam-system design, monitor performance, water supply and site access are important specification items.
Mining Operations
Mine-road conditions often influence drivetrain, ground clearance, tank capacity and chassis selection.
Construction Sites
Mobile water supply and firefighting capability can be important where permanent firefighting infrastructure is limited.
Warehouses & Logistics
Select the truck around stored-material risks, access routes, water supply and the site's emergency response plan.
Power & Energy Facilities
Confirm facility-specific hazards and required firefighting media before choosing tank and pump specifications.
Ports & Terminals
Large sites may require strong monitor performance, suitable onboard capacity and a chassis appropriate for terminal roads.
Remote & Rural Areas
Water availability, road access and distance from support infrastructure should receive extra attention.
Selection Matrix
Application vs. Recommended Fire Truck Configuration
This matrix is intended to guide the initial specification. Final vehicle selection should follow the actual project requirements.
| Application | Configuration to Evaluate | Important Questions |
|---|---|---|
| Municipal Fire Department | 4×2 water or water-and-foam fire engine | Crew, water volume, pump duty, hose equipment and road access |
| Industrial Plant | Industrial water or water-and-foam fire truck | Hazard type, foam requirement, monitor, pump and site water supply |
| Oil & Gas Facility | Water-and-foam firefighting truck where foam is specified | Foam agent, proportioning system, monitor flow and response distance |
| Mining Site | 4×4 or suitable heavy-duty platform | Mine roads, gradients, payload, water availability and tire configuration |
| Remote Area | Higher onboard capacity with suitable drive configuration | Refill distance, road quality, serviceability and operating range |
| Warehouse | Water or water-and-foam truck based on stored-material risk | Access, hydrant supply, hose operations and facility risk |
| Airport / Airfield Project | Project-specific firefighting vehicle specification | Required performance, extinguishing media and applicable airport project requirements |
Custom Configuration
Custom Fire Truck Configuration
Customization is most useful when it starts from a clear technical requirement. The items below should be reviewed together rather than changing them independently.
Chassis
Brand, wheelbase, engine, transmission, steering position, emission requirement and axle configuration.
Tank System
Water capacity, foam capacity, internal arrangement, tank material and access points.
Firefighting System
Pump model, pump performance, monitor, foam proportioning, outlets and controls.
Body & Equipment
Compartments, shelves, hose storage, lighting, tools and additional firefighting equipment.
1
Define Application
2
Confirm Tank Capacity
3
Select Chassis
4
Select Pump & Monitor
5
Confirm Equipment List
6
Prepare Quotation
Manufacturing & Inspection
What Should Be Checked Before a Fire Truck Is Shipped?
Fire truck inspection should cover both the base vehicle and the installed firefighting system. Buyers with tender-specific inspection requirements should include them in the purchase specification before production.
-
Tank Inspection
Check fabrication, mounting and leakage of the water and foam tanks. -
Pipeline Inspection
Check valves, joints, inlets, outlets and visible pipeline connections. -
PTO Operation
Confirm correct engagement of the drivetrain used to power the pump. -
Pump Operation
Run the installed fire pump and verify its operating functions. -
Priming / Suction
Where applicable, check the priming system and suction operation. -
Monitor Operation
Check movement, controls and water or foam discharge functions. -
Foam System
Check the foam-system functions on water-and-foam fire trucks. -
Emergency Lighting
Check warning lamps, scene lighting and related electrical functions. -
Equipment Compartments
Check doors, locks, shelves, trays and equipment mounting points. -
Vehicle Functions
Inspect relevant chassis, braking, steering and vehicle operating functions. -
Specification Review
Compare the completed truck with the agreed technical configuration. -
Pre-Shipment Record
Confirm required inspection records, photos or video before shipping.
Inspection scope should follow the agreed order specification. If your procurement requires a specific test procedure, third-party inspection or destination-country document, state this during technical confirmation rather than after production.
Fire Truck Price
What Determines the Price of a Fire Truck?
Fire truck prices vary because the chassis and firefighting system can differ substantially between two vehicles with a similar external appearance.
The most useful way to request a fire truck price is to provide the operating requirement first. This allows the quotation to specify the exact chassis, tank, pump, monitor and equipment package being priced.
What We Need to Quote Your Fire Truck
- Destination country
- Main firefighting application
- Required water tank capacity
- Required foam tank capacity, if applicable
- Preferred chassis or chassis brand
- Required drive type: 4×2, 4×4, 6×4 or 6×6
- Required pump flow and pressure, if specified
- Required monitor range or monitor specification
- Crew / cab requirement
- Firefighting and rescue equipment list
- Quantity
- Any tender or destination compliance requirements
International Procurement
Fire Truck Export & Shipping Preparation
International buyers should confirm transport and documentation requirements at the same time as the technical specification.
Final Vehicle Check
Confirm the completed configuration against the agreed specification before dispatch.
Shipping Preparation
Prepare the vehicle and loose equipment for the agreed transport method.
Documentation
Confirm the commercial and vehicle documents required for the order and destination.
Sea Freight
Shipping method can be selected according to vehicle dimensions, destination and commercial terms.
Buyer FAQ
Fire Truck Frequently Asked Questions
Practical answers to common questions asked when comparing fire trucks, fire engines and firefighting vehicles.
What is the difference between a fire truck and a fire engine?
Terminology differs between countries. In international B2B procurement, fire truck, fire engine and firefighting truck are often used broadly. A clear specification should describe the actual function: water tank, foam system, pump, monitor, rescue equipment, crew capacity and chassis.
How much water can a fire truck carry?
Water capacity depends on chassis payload and the intended duty. Reference configurations include vehicles with 8,000 L and 12,000 L water tanks, while smaller fire engines can use much smaller tanks. Choose the volume around required operating time, refill conditions, road access and vehicle weight.
Can a fire truck carry both water and foam?
Yes. Water-and-foam fire trucks use separate tanks. One reference configuration uses 5,000 L of water and 3,000 L of foam. Final tank proportions should match the firefighting application and chassis payload.
What fire pump capacity should I choose?
Choose the pump from the required hose and monitor flow, working pressure, water supply method and foam-system requirement. For example, referenced HOWO configurations use a CB10/60 pump listed at 60 L/s and 1.0 MPa, but smaller or different-duty trucks may require another pump.
How far can a fire truck monitor spray?
Monitor range depends on pump performance, monitor design, piping and extinguishing medium. Reference configurations show water ranges from approximately 55 m to 60 m or more, with one water-and-foam configuration listing water ≥60 m and foam ≥55 m. Confirm the specific monitor test data for the selected model.
Do you have 4x4 fire truck configurations?
4×4 firefighting truck configurations can be evaluated for mining, oil-field, rural and other difficult-access applications. Final availability depends on chassis payload and the required tank and firefighting system.
What chassis can be used for a fire truck?
The referenced product range includes HOWO, Dongfeng, Foton and Isuzu examples. Chassis selection should consider payload, drivetrain, local parts support, steering position, emission requirement and operating conditions.
Can a fire truck be customized?
The vehicle can be specified around chassis, drive type, water tank, foam tank, pump, monitor, compartment layout, emergency lighting, cab arrangement and firefighting equipment. The final technical sheet should list every agreed item before production.
Can fire trucks be supplied for industrial firefighting?
Industrial fire truck configurations can be prepared for factories, oil and gas facilities, mines, warehouses, ports and power projects. The design should start from the site's fire hazards, extinguishing media, required discharge performance and road conditions.
How much does a fire truck cost?
Price depends on chassis, engine, drivetrain, tank volume, tank material, fire pump, monitor, foam system, equipment package and destination requirements. Providing a complete technical requirement produces a more meaningful quotation than requesting a price based only on tank size.
What information should I provide for a quotation?
Send the destination country, firefighting application, required water and foam capacities, chassis preference, drive type, pump requirement, monitor requirement, equipment list and quantity. If you have a tender specification, send it with the enquiry.
What firefighting equipment can be installed?
Depending on the selected configuration, the equipment list may include hoses, suction hoses, nozzles, couplings, hose reels, ladders, tools, scene lighting, rescue equipment and storage systems. Required equipment should be listed separately in the quotation.
How is a fire truck inspected before shipment?
Inspection should cover tank leakage, piping, pump operation, PTO, monitor functions, foam system where applicable, emergency lighting, equipment compartments and relevant vehicle functions. Any specific third-party or tender inspection requirement should be confirmed before production.
How are fire trucks shipped internationally?
International delivery normally involves final inspection, shipping preparation, documentation, port handling and an appropriate sea-freight method. The suitable method depends on the finished vehicle dimensions, destination and agreed commercial terms.
Request a Quotation
Tell Us What Fire Truck You Need
Send your destination country, firefighting application, required water capacity, foam requirement, preferred chassis, drive type and quantity.
For a more accurate technical proposal, also include the required fire pump flow and pressure, monitor performance, crew capacity, equipment list and any tender specification.