FFE Equipment Survey | Fire-Fighting Equipment Onboard Ships
Fire-Fighting Equipment (FFE) is a critical component of shipboard fire safety. This technical article explains the principal FFE systems and equipment used onboard vessels, including fire extinguishers, fire detection systems, fire pumps, hydrants, hoses, fixed fire-extinguishing systems and firefighting protective equipment, together with inspection, testing, maintenance and the latest applicable regulatory developments.
Fire-Fighting Equipment Overview
Fire represents one of the most serious emergencies that can occur onboard a vessel. Machinery spaces, cargo spaces, accommodation areas, galleys, electrical installations, vehicle spaces and other operational areas may present different fire hazards requiring appropriate prevention, detection, containment and firefighting arrangements.
Fire-Fighting Equipment (FFE) provides multiple layers of protection. These include early fire detection and alarm, portable firefighting equipment, fire main systems, fixed fire-extinguishing systems and personal protective equipment for firefighting personnel.
The effectiveness of FFE depends not only on equipment availability but also on correct installation, accessibility, maintenance, inspection, testing, servicing, documentation and crew familiarisation.
What Is FFE Equipment Onboard Ships?
Fire-Fighting Equipment refers to the equipment, systems and arrangements provided onboard a vessel to detect, control, contain and extinguish fires and to protect personnel during firefighting operations.
Fire Detection
Fire detection systems identify smoke, heat or other indicators of fire and provide alarms to support early emergency response.
Portable Fire-Fighting Equipment
Portable fire extinguishers and associated equipment provide immediate firefighting capability for suitable fire situations.
Fire Main Systems
Fire pumps, hydrants, hoses and nozzles provide water-based firefighting capability throughout designated areas of the vessel.
Fixed Fire Suppression
Fixed systems provide dedicated fire suppression or extinguishing capability for spaces and hazards requiring specialised protection.
Types of Fire-Fighting Equipment
Shipboard FFE consists of several interconnected systems and equipment categories. The exact arrangement depends on vessel type, construction, machinery, cargo, size and applicable regulatory requirements.
Fire Extinguishers
Portable fire extinguishers provide rapid initial response to fires. Different extinguisher types may be suitable for different fire hazards and applications.
Fire Detection Systems
Smoke, heat and other approved detection devices provide early warning and support rapid identification of fire incidents.
Fire Alarm Systems
Fire alarm arrangements provide audible, visual or other approved indications to alert personnel to a detected fire condition.
Fire Pumps
Fire pumps supply water to the vessel's fire main and associated firefighting systems in accordance with the approved vessel arrangement.
Fire Hydrants and Hoses
Fire hydrants, hoses and nozzles provide firefighting water access at designated locations throughout the vessel.
Fixed Fire Suppression Systems
Fixed systems may include CO2, foam, water mist or other approved fire-extinguishing arrangements designed for specific protected spaces and hazards.
Firefighter's Outfit
Protective firefighting equipment may include protective clothing, helmets, gloves, boots, safety equipment and breathing apparatus as applicable.
Emergency Fire-Fighting Equipment
Additional emergency firefighting equipment may include international shore connections, fire axes, portable equipment and other approved arrangements.
2026 Regulatory Updates Affecting Shipboard Fire Safety
Fire safety requirements continue to evolve through amendments to SOLAS Chapter II-2, the International Code for Fire Safety Systems (FSS Code) and associated IMO instruments. Several important requirements entered into force on 1 January 2026 and should now be considered when reviewing the fire safety arrangements of applicable vessels.
PFOS Extinguishing Media Prohibition
Amendments to SOLAS Chapter II-2 prohibit the use or storage of extinguishing media containing perfluorooctane sulfonic acid (PFOS). For ships constructed before 1 January 2026, the requirement applies no later than the first survey on or after 1 January 2026.
Vehicle, Special Category and Ro-Ro Spaces
New SOLAS Chapter II-2 requirements address fire risks in vehicle, special category and ro-ro spaces, including requirements involving fixed fire detection and alarm systems, fire patrol arrangements and video monitoring for applicable spaces.
FSS Code Amendments
Amendments to the International Code for Fire Safety Systems (FSS Code) entered into force on 1 January 2026. The amended provisions support updated technical fire-safety requirements applicable to relevant ships and systems.
2026 FSS Code Edition
IMO published the 2026 Edition of the International Code for Fire Safety Systems in May 2026. Technical reviews should therefore consider the applicable edition, amendments, flag-state implementation and vessel construction date.
Fire Hazards Onboard Ships
Different areas of a vessel can present different fire risks. Effective fire protection therefore requires equipment and systems appropriate to the hazards identified within the vessel's approved fire safety arrangements.
Machinery Spaces
Machinery spaces may contain fuel, lubricating oil, hot surfaces, electrical equipment and machinery systems that require effective fire prevention and suppression arrangements.
Cargo Areas
Cargo spaces and cargo handling areas may require specialised fire protection depending on cargo characteristics and vessel design.
Vehicle and Ro-Ro Spaces
Vehicle, special category and ro-ro spaces may present increased fire risks and are subject to specific fire detection, patrol, monitoring and protection requirements where applicable.
Accommodation and Galley Areas
Accommodation and galley spaces require suitable fire detection, alarm, containment and firefighting arrangements to protect personnel and facilitate emergency response.
Fire-Fighting Equipment Technical Scope
The technical scope below summarises the principal FFE categories, typical equipment and their primary functions. On mobile devices, each category is displayed as a separate full-width card.
Fire Detection
Typical equipment: Smoke detectors, heat detectors and associated detection devices.
Primary function: Early detection and fire alarm initiation.
Portable Fire Extinguishers
Typical equipment: Portable extinguishers suitable for applicable fire hazards.
Primary function: Initial fire response.
Fire Main
Typical equipment: Fire pumps, hydrants, hoses and nozzles.
Primary function: Water-based firefighting.
Fixed Suppression
Typical equipment: CO2, foam, water mist and other approved systems.
Primary function: Fire suppression and containment.
Firefighter's Outfit
Typical equipment: Protective clothing, helmet, gloves, boots and breathing apparatus where applicable.
Primary function: Personnel protection during firefighting.
Emergency Fire Equipment
Typical equipment: Fire axes, international shore connections and other approved emergency equipment.
Primary function: Emergency firefighting support.
Regulatory Requirements for FFE
Fire-Fighting Equipment is subject to applicable international maritime regulations, flag Administration requirements, classification requirements where applicable, approved vessel fire safety arrangements and manufacturer requirements.
Fire-Fighting Equipment Inspection
FFE inspection provides an opportunity to assess the observable condition, accessibility, readiness and documentation associated with fire-fighting equipment within the agreed technical scope.
Fire Extinguishers
Inspection may consider location, accessibility, physical condition, identification, service status, extinguishing medium and applicable maintenance requirements.
Fire Detection
Detection equipment and associated alarm arrangements should be maintained and tested according to applicable vessel and equipment requirements.
Fire Main System
Fire pumps, hydrants, hoses and nozzles require appropriate inspection and testing to support effective water-based firefighting.
Fixed Fire Systems
Fixed fire-extinguishing systems require specialised inspection, testing and servicing according to system design, manufacturer requirements and applicable regulations.
FFE Maintenance and Testing
Preventive maintenance and periodic testing are essential to maintain the operational readiness of fire-fighting equipment. The required intervals and procedures depend on equipment type, system design, applicable regulations and manufacturer instructions.
Routine Inspection
Routine checks can identify visible deterioration, corrosion, damage, accessibility problems, missing components and other conditions requiring attention.
Periodic Servicing
Applicable equipment requires periodic servicing, examination and testing by appropriately qualified or authorised personnel where required.
Functional Testing
Functional testing helps verify that applicable equipment and systems operate as intended and can identify defects requiring corrective action.
Maintenance Records
Accurate inspection, maintenance, testing and servicing records support equipment management and compliance verification.
Fixed Fire-Extinguishing Systems
Fixed fire-extinguishing systems are designed to protect specific spaces or hazards and require specialised inspection, maintenance and testing.
CO2 Systems
Fixed carbon dioxide systems may provide fire-extinguishing protection for designated machinery or other protected spaces in accordance with the approved vessel arrangement.
Foam Systems
Foam systems may be installed for specific fire hazards and require appropriate equipment condition, system integrity and servicing controls.
Water Mist Systems
Water mist systems provide specialised fire control or suppression using finely distributed water droplets according to the system design.
Other Fixed Systems
Other approved fixed fire-extinguishing arrangements may be installed depending on vessel type, protected space and applicable requirements.
Fire Main, Hydrants, Hoses and Nozzles
The fire main system provides water-based firefighting capability throughout designated vessel areas. Its reliability depends on the condition and functionality of associated pumps, piping, hydrants, hoses, valves and nozzles.
Fire Pumps
Fire pumps provide the water supply required for applicable firefighting operations and should be maintained and tested in accordance with the approved arrangements.
Hydrants
Hydrants provide designated connection points for fire hoses and should remain accessible, identifiable and maintained.
Fire Hoses
Fire hoses should be correctly stored, accessible and maintained in suitable condition for their intended emergency use.
Nozzles
Fire nozzles provide controlled water application and should be available, correctly stored and maintained according to applicable requirements.
Common FFE Deficiencies Onboard Ships
Fire-fighting equipment can deteriorate due to the marine environment, operational exposure, inadequate maintenance or insufficient inspection controls.
- Corrosion and physical deterioration.
- Damaged or incorrectly stored fire-fighting equipment.
- Obstructed or inaccessible fire equipment.
- Expired inspection, testing or servicing status.
- Fire extinguishing media that may not comply with applicable current restrictions.
- Deficiencies involving fire hoses, hydrants or nozzles.
- Fire pump or fire main system deficiencies.
- Fire detection or alarm system defects.
- Incomplete fixed fire-system maintenance or testing records.
- Missing or deteriorated firefighting protective equipment.
- Incomplete corrective action following previous inspections.
Best Practices for FFE Readiness
Technology in Marine Fire-Fighting Systems
Modern fire safety technology continues to support early detection, system monitoring, alarm management and emergency decision-making onboard vessels.
Why FFE Inspection Matters
Fire-fighting equipment may remain unused for extended periods. However, when a fire emergency occurs, the reliability and immediate availability of the equipment become critical.
Emergency Readiness
Inspection helps verify that critical firefighting equipment remains available and ready for emergency response.
Defect Identification
Inspection can identify deterioration, damage, missing equipment and maintenance issues requiring corrective action.
Compliance Verification
Inspection and documentation support verification against applicable statutory, class, manufacturer and operational requirements.
Fire Safety Performance
Properly maintained FFE contributes to stronger fire preparedness and overall vessel safety performance.
PAMS Pacific Admiralty Maritime Services
PAMS Pacific Admiralty Maritime Services is an independent Philippine marine technical consultancy specializing in marine surveying, offshore engineering support, FPSO/SPM systems and maritime regulatory compliance.
PAMS provides independent technical support for vessel inspections, condition and P&I surveys, marine technical assessments, dry-docking supervision, cargo integrity assessments, offshore technical projects and applicable maritime compliance requirements within the agreed technical scope.
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Independent condition, P&I, cargo, pre-purchase and other marine survey services within the agreed technical scope.
Technical Consultancy
Independent marine technical assessment, inspection, verification and advisory support for vessels and marine operations.
Offshore Engineering
Technical consultancy supporting offshore projects, FPSO systems, SPM systems and associated marine engineering requirements.
Maritime Compliance
Technical support involving RightShip RISQ 3.2, OCIMF SIRE 2.0, TMSA, ISM, ISPS and MLC frameworks within the applicable service scope.
FFE Technical Assessment
Technical Subject
Fire-Fighting Equipment including fire detection, portable firefighting equipment, fire main systems, fixed fire suppression systems and associated protective equipment.
Primary Objective
To support fire safety preparedness by identifying observable equipment deficiencies and areas requiring maintenance, testing, servicing or further technical verification.
Inspection Focus
Equipment condition, accessibility, identification, maintenance status, service documentation, approved arrangements and operational readiness within the agreed inspection scope.
Regulatory Review
Where applicable, the assessment may consider relevant SOLAS Chapter II-2 and FSS Code requirements, including applicable 2026 amendments, flag Administration requirements and vessel documentation.
Fire-Fighting Equipment FAQ
What is FFE equipment onboard ships?
FFE means Fire-Fighting Equipment. It includes equipment and systems used to detect, control, contain and extinguish fires and to protect personnel during firefighting operations.
What does FFE equipment include?
FFE may include fire extinguishers, fire detection systems, fire alarms, fire pumps, fire hydrants, fire hoses, nozzles, fixed fire-extinguishing systems, firefighter's outfits and other applicable firefighting equipment.
Why is FFE inspection important?
FFE inspection helps identify damage, deterioration, accessibility problems, maintenance deficiencies, expired servicing status and other conditions that could affect firefighting readiness.
How often should FFE equipment be inspected?
Inspection, testing and servicing frequencies depend on the equipment type, system design, applicable statutory requirements, manufacturer instructions, flag Administration requirements, classification requirements where applicable and the vessel's approved maintenance arrangements.
What are the main types of FFE onboard ships?
Principal FFE categories include fire detection and alarm systems, portable fire extinguishers, fire pumps, fire main systems, hydrants, hoses, nozzles, fixed fire-extinguishing systems and firefighting protective equipment.
What is a fire main system?
A fire main system distributes firefighting water to designated locations through associated fire pumps, piping, hydrants, hoses and nozzles in accordance with the approved vessel arrangement.
What fixed fire-extinguishing systems are used onboard ships?
Depending on vessel type and approved arrangements, fixed systems may include carbon dioxide, foam, water mist and other approved fire-extinguishing systems designed for specific protected spaces or hazards.
What changed for FFE in 2026?
Important 2026 developments include the prohibition of extinguishing media containing PFOS, new fire-safety requirements for applicable vehicle, special category and ro-ro spaces, and amendments to the International Code for Fire Safety Systems (FSS Code). Applicability depends on the vessel type, construction date and relevant statutory requirements.
Does the PFOS prohibition affect existing ships?
Yes, where applicable. Ships constructed before 1 January 2026 are required to comply with the PFOS extinguishing-media prohibition no later than the date of the first survey on or after 1 January 2026.
What new fire safety requirements apply to vehicle and ro-ro spaces?
Applicable 2026 SOLAS amendments introduce additional fire protection measures for vehicle, special category and ro-ro spaces, including fixed fire detection and alarm arrangements, fire patrol requirements in special category spaces and continuous video monitoring arrangements for applicable spaces.
Who is responsible for FFE maintenance?
The vessel owner or operator is responsible for ensuring that applicable FFE is properly maintained, inspected, tested, serviced and documented. Specific onboard responsibilities are normally assigned through the vessel's safety management and operational procedures.
What regulations apply to FFE equipment?
Applicable requirements include SOLAS Chapter II-2 and the International Code for Fire Safety Systems (FSS Code), together with applicable flag Administration, classification, manufacturer and other regulatory requirements.
Is crew training important for FFE?
Yes. Crew training, familiarisation and emergency drills are essential because properly maintained firefighting equipment is only effective when personnel understand the emergency procedures and can use the applicable equipment correctly.
What are common FFE deficiencies onboard ships?
Common deficiencies may include corrosion, damaged equipment, blocked or inaccessible firefighting equipment, expired servicing status, fire main defects, detection or alarm problems, unsuitable extinguishing media and incomplete maintenance or testing records.
Can FFE be included in a vessel inspection?
Yes. Depending on the agreed scope and qualifications of the inspecting party, Fire-Fighting Equipment can be reviewed as part of a broader vessel technical inspection or a dedicated fire safety equipment assessment.
Where is PAMS based?
PAMS Pacific Admiralty Maritime Services is based in Manila, Philippines and operates as an independent marine technical consultancy specialising in marine surveying, offshore engineering support, FPSO/SPM systems and maritime compliance services.
Related Marine Technical Services
FFE Technical Reference Notice
This article provides a general technical explanation of Fire-Fighting Equipment used in maritime operations. Regulatory information has been updated to reflect applicable 2026 IMO developments, including amendments to SOLAS Chapter II-2 and the International Code for Fire Safety Systems (FSS Code). Actual equipment requirements, inspection intervals, servicing requirements, certification and testing arrangements depend on vessel type, construction date, applicable statutory requirements, flag Administration, classification requirements where applicable, approved vessel arrangements, manufacturer instructions and the specific equipment installed onboard. This article does not replace statutory surveys, classification surveys, authorised servicing, manufacturer examinations, flag Administration requirements or other mandatory inspections.
Independent Marine Technical Consultancy
PAMS provides independent marine surveying and technical consultancy support for vessel inspections, safety equipment assessments, offshore engineering and maritime compliance within the agreed technical scope.
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