FASUK Fire Group combines advanced firefighting technology with practical expertise to tackle increasingly complex risks and protect those who protect us
Firefighting has entered a new era. The risks facing emergency responders today are vastly different from those encountered even a decade ago. Climate change is contributing to increasingly severe wildfire conditions, urban expansion is placing greater pressure on emergency services, and the rapid transition towards electric vehicles and lithium-ion battery technology is creating new and highly complex fire risks. Electric vehicle (EV) and lithium-ion battery fires can generate intense heat, toxic and potentially explosive gases, prolonged burning and the possibility of re-ignition, creating exceptionally challenging conditions for firefighters and other first responders. These risks are emerging alongside industrial fires, hazardous materials incidents, waste and recycling fires, renewable energy infrastructure and increasingly demanding environmental requirements.
For Fire & Rescue Services, these are not theoretical future risks. They are operational challenges being encountered today.
The question is whether emergency services have the equipment, resources, funding and specialist technology required to meet them safely.
This is where FASUK Fire Group believes innovation has a critical role to play.
With more than 35 years of experience within the fire protection industry, FASUK Fire Group provides specialist firefighting equipment and suppression technologies designed to help Fire & Rescue Services, local authorities, government agencies, industrial operators and other organisations respond more safely and effectively to the changing fire environment.
The company’s approach goes beyond simply supplying equipment. FASUK Fire Group believes organisations need to understand the risks they face, the technologies available to mitigate those risks and how different systems can work together to create a more complete firefighting capability.
Working alongside senior consultants throughout the UK, FASUK Fire Group combines practical experience with innovative firefighting technologies designed to improve fire suppression, reduce firefighter exposure, conserve water and support more environmentally responsible emergency response.
The fire risks are changing faster than ever
Modern firefighters are being asked to deal with an increasingly complicated combination of traditional and emerging hazards.
Wildfires can spread rapidly across large areas, threatening homes, infrastructure, agricultural land and communities. Waste and recycling facilities can contain enormous quantities of combustible material. Industrial premises can involve fuels, chemicals and hazardous substances. Meanwhile, the rapid growth of EVs, battery storage and lithium-ion technology has introduced a new category of fire behaviour that emergency responders must increasingly understand and prepare for.
EV fires are particularly challenging because the battery itself can become a significant source of thermal energy. Damaged or compromised lithium-ion cells can undergo thermal runaway, producing extreme temperatures and hazardous gases. The incident can also involve multiple vehicles, particularly in car parks, charging areas, service stations, transport facilities and road traffic collisions.
The consequences extend beyond the fire itself.
Toxic and potentially explosive off-gases can create an additional hazard for firefighters and other first responders. In serious incidents, atmospheric conditions around a damaged vehicle may make it unsafe for paramedics to approach casualties until the immediate fire and gas hazards have been controlled.
A road traffic collision involving one electric vehicle can therefore become a complex multi-agency emergency. In a parking facility, charging bay or service area, the potential for fire spread between vehicles adds another dimension.
For Fire & Rescue Services already operating under significant operational and financial pressures, these evolving risks represent a major challenge.
A national fire and rescue challenge
FASUK Fire Group believes the growing complexity of fire risk must be considered alongside the condition and resources of the Fire & Rescue Services responsible for protecting the public.
Across the UK, Fire & Rescue Services have faced sustained financial and operational pressures over many years. Reduced budgets, recruitment challenges, increasing demand and the need to maintain ageing infrastructure and equipment can make it difficult for services to invest sufficiently in new technologies and develop the capabilities required for emerging threats.
At the same time, the risk landscape is changing rapidly.
The UK is pursuing ambitious Net Zero objectives and accelerating the transition towards electrification. Electric vehicles are becoming increasingly common, charging infrastructure is expanding, and battery technology is becoming an integral part of modern transport, industry and energy systems.
These developments can bring substantial environmental and economic benefits, but they also create new responsibilities.
The fire and rescue infrastructure protecting society must be capable of keeping pace with the technologies being introduced into everyday life.
FASUK Fire Group believes this should be treated as a matter of national resilience.
If Fire & Rescue Services are expected to respond to increasingly complex incidents involving EVs, lithium-ion batteries, wildfires, hazardous materials, industrial facilities and critical infrastructure, they must have access to appropriate equipment, training, resources and specialist suppression technologies.
It is difficult to ask firefighters to manage tomorrow’s risks using yesterday’s resources.
There is also a wider question for government, industry and society: who should bear the cost of managing emerging risks associated with rapidly expanding technologies?
FASUK Fire Group believes a national debate is needed around how additional resilience funding could be provided to Fire & Rescue Services and first responders as new risks develop. One potential area for discussion could be whether industries that manufacture, distribute or operate technologies creating significant additional emergency-response requirements – including EV and charging infrastructure – should contribute more directly towards the cost of preparedness and resilience.
Whatever mechanism is ultimately chosen, the objective should be clear: firefighters and first responders must have the resources necessary to protect themselves and the public.
This is not simply about purchasing equipment. It is about protecting lives, property, infrastructure and the resilience of communities.
TRI-XP70 Ultra High Pressure Firefighting System
One of the key technologies within the FASUK Fire Group portfolio is the TRI-XP70 Ultra High Pressure Firefighting System.
The TRI-XP70 uses ultra-high-pressure technology to create a fine water mist capable of rapidly absorbing heat and cooling burning materials. This can deliver rapid fire knockdown while significantly reducing the quantity of water required compared with conventional approaches.
Water efficiency is particularly important during prolonged incidents and in locations where water supplies are limited.
The lightweight, self-contained design enables rapid deployment and makes the system particularly suited to mobile firefighting applications, including wildfires, rural incidents, industrial facilities, agricultural operations, waste and recycling sites and remote locations.
However, the capabilities of the UHP system can be enhanced further through the use of TRIDENT Multi-Purpose Foam Concentrate.
TRIDENT – Advanced suppression with environmental responsibility
Environmental responsibility is becoming an increasingly important part of modern firefighting.
FASUK Fire Group’s TRIDENT Multi-Purpose Foam Concentrate has been developed as a fluorine-free alternative designed to deliver high-performance fire suppression without the use of PFAS, PFOS or PFOA chemicals.
TRIDENT is 100% plant-based and 100% fast biodegradable, according to the manufacturer’s product specification, and is formulated with approximately 90% water.
Its versatility is one of its key advantages.
TRIDENT can be used across a broad range of fire risks and is designed to cover ABCDEF-rated risks as well as lithium-ion battery fires, providing emergency responders with a highly adaptable suppression agent for a wide variety of operational environments.
The formulation is designed to achieve rapid cooling and smothering, helping to reduce the time required to reach flame-out while potentially reducing overall water demand.
This combination of rapid cooling, smothering and surface coverage is particularly important where preventing fire spread and re-ignition is critical.
TRIDENT also provides a no-burnback coating quality, helping to inhibit re-ignition by creating a protective layer over affected materials.
For firefighters dealing with difficult incidents, the ability not only to knock down flames but also to reduce the potential for re-ignition can provide an important additional operational advantage.
The system can also be incorporated into appropriate existing suppression and sprinkler systems to enhance their effectiveness, subject to system compatibility, application requirements and appropriate professional assessment.
This creates opportunities not only for emergency response but also for fixed fire protection applications across industrial, commercial and infrastructure environments.
UHP + TRIDENT – Combining cooling, suppression and burnback protection
The combination of ultra-high-pressure water technology and TRIDENT creates an especially powerful and versatile firefighting proposition.
The UHP ULTRA system produces a high-level, long-hanging drenching mist delivered through a 25m hose, with an effective throw distance of up to 35m, making it highly effective for wildfire and rapid intervention firefighting operations. This fine mist rapidly absorbs heat while providing wide-area coverage, allowing crews to control fire behaviour quickly and efficiently.
Designed for rapid deployment, the system is mounted on a compact skid unit weighing only 80 kg, enabling it to be transported easily on a 4×4 vehicle or trailer. This makes it particularly suited to fast response in remote or hard-to-reach locations where access and mobility are critical.
Despite its compact size, the system is engineered to deliver performance that can significantly reduce manpower requirements, with the capability to achieve results that would traditionally require a much larger crew. In many operational scenarios, it can allow a single firefighter to deliver the effectiveness of a substantially larger team, while maintaining a safer working distance from the fire.
The UHP ULTRA is manufactured in the UK to a high standard and is available in both petrol and diesel variants, providing flexibility for different operational environments and deployment requirements.
When combined with TRIDENT, the system’s effectiveness is further enhanced. At a concentration of approximately 0.2% TRIDENT, the UHP system delivers a fine suppression medium that combines rapid cooling with effective smothering action.
The water mist rapidly absorbs heat, while TRIDENT enhances suppression performance and provides no-burnback coating characteristics designed to help inhibit re-ignition and reduce the risk of fire spread.
The overall objective is to achieve rapid knockdown, remove heat, suppress the fire and minimise the potential for re-ignition, while using significantly less water than traditional firefighting methods.
This makes the system particularly valuable in situations where water supply, access, firefighter exposure and the risk of secondary fire development are all critical operational concerns.
The environmental benefits of TRIDENT further strengthen this approach. Its plant-based, fast-biodegradable formulation is designed to support effective fire suppression while reducing reliance on persistent fluorinated firefighting chemicals.
For organisations seeking to modernise their firefighting capability, the integration of UHP technology with TRIDENT demonstrates how advanced systems can be combined to deliver a faster, more efficient and more adaptable response across a wide range of fire risks.
The Turtle Fire System – Keeping firefighters further from danger
Reducing firefighter exposure to hazardous environments is one of the most important objectives in modern emergency response.
The Turtle Fire System has been developed around this principle.
Designed by firefighters in the United States, for firefighters, specifically to address the evolving risks associated with modern vehicle fires, particularly EV and lithium-ion battery incidents.
Its low-profile, unmanned design enables firefighters to deploy the system into hazardous environments while maintaining a greater distance from the immediate fire. Operating independently from a single hoseline, it allows crews to apply a targeted firefighting approach without the need for direct close-contact intervention.
In EV fire scenarios, the system works by directing powerful jets of water to the undercarriage of the vehicle, targeting the battery pack area where thermal energy is often concentrated. This method helps to reduce temperatures below the flash point, supporting more effective cooling of the incident.
As temperatures are reduced, the system also allows hazardous off-gases to escape safely into the atmosphere in a more controlled manner, while crews remain positioned at a safer distance from the immediate hazard. This is particularly important given that EV and lithium-ion battery incidents can produce highly toxic, carcinogenic and potentially explosive off-gases.
By enabling firefighters to operate further back from the vehicle while still applying effective cooling and suppression, the Turtle Fire System significantly reduces direct exposure to heat, smoke and dangerous atmospheric conditions.
The system is suitable for a wide range of applications, including:
- Building fires;
- Wildfires;
- Electric vehicle and lithium-ion battery incidents;
- Fuel fires
- Marine incidents
- Tunnels;
- Bridges;
- Basements;
- Underground car parks; and
- Confined spaces.
The system can operate with water, firefighting foam concentrates, encapsulating agents and, where appropriate, seawater.
That flexibility can be particularly valuable in coastal, marine and remote environments where freshwater availability may be restricted.
Overall, the Turtle Fire System is widely regarded as one of the most versatile and cost-effective pieces of specialist firefighting equipment available for modern fire and rescue operations, particularly in the context of rapidly evolving EV fire risks.
The underlying philosophy is simple: where technology can undertake hazardous firefighting tasks without unnecessarily exposing personnel, it should be considered as part of the modern operational toolkit.
Kube Portable Motopump – When water supply becomes the challenge
Reliable water supply remains fundamental to effective firefighting.
Yet emergency responders cannot always depend on clean, readily accessible water sources.
Floods, wildfires, rural incidents and industrial emergencies can involve muddy, contaminated or debris-filled water, making conventional pumping equipment difficult to operate.
The Kube Portable Motopump has been designed to provide dependable water delivery in these demanding conditions.
It is capable of handling muddy, debris-filled and contaminated water, automatically recovering suction and operating safely when running dry.
Its compact and robust design allows it to be rapidly deployed where conventional water infrastructure may be unavailable or compromised.
The Kube Portable Motopump is capable of pumping under pressure over distances of up to 2.2 miles, even from challenging or remote water sources, while maintaining effective operational performance across a 6m gradient.
In addition, the unit is designed to operate independently for up to five hours from a single tank of fuel, making it highly suitable for sustained deployment in both firefighting and flood response scenarios where continuous water movement is critical.
Applications include wildfire response, flood recovery, rural firefighting, agriculture, forestry and industrial emergency operations.
In a major incident, having a reliable means of accessing and moving water can be critical to maintaining an effective firefighting operation.
One portfolio – Multiple fire risks
One of the strengths of the FASUK Fire Group approach is that its products do not have to be considered individually.
Different incidents require different tools.
A wildfire may demand mobile UHP suppression and reliable water transfer. An EV fire may require remote firefighting capability and specialist suppression agents. An industrial fire may require fixed suppression infrastructure supported by advanced foam technology. A remote rural incident may require equipment capable of working with limited water supplies.
The FASUK portfolio is designed to provide complementary capabilities across these scenarios.
The company’s specialist solutions can support organisations dealing with:
- Wildfires and vegetation fires;
- Electric vehicle fires;
- Lithium-ion battery incidents;
- Battery energy storage systems;
- Industrial and manufacturing fires;
- Waste and recycling facilities;
- Fuel and hydrocarbon fires;
- Hazardous materials;
- Marine and port operations;
- Agricultural and forestry incidents;
- Infrastructure protection;
- Remote firefighting;
- Flood response; and
- Confined-space incidents.
The objective is not simply to put fires out. It is to help organisations respond faster, reduce firefighter exposure, minimise water consumption, control incidents more effectively and protect property, infrastructure and the environment.
Protecting those who protect us
Behind every piece of firefighting equipment is a firefighter who may ultimately have to rely on it in a life-threatening situation.
That reality should remain at the centre of every discussion about fire technology and investment.
Firefighters routinely enter environments that most people would consider intolerable. They face extreme temperatures, toxic smoke, unstable structures, hazardous chemicals and increasingly complex technologies.
EV and lithium-ion battery incidents add another layer of uncertainty.
Where battery thermal runaway is involved, firefighters can face intense heat, hazardous gases and the possibility of re-ignition. Where multiple vehicles are involved, an incident can escalate rapidly. Where casualties remain trapped, paramedics and other responders may themselves be unable to safely approach until the immediate fire environment has been controlled.
This is why FASUK Fire Group believes investment in modern firefighting technology should be viewed not simply as an equipment purchase but as an investment in operational resilience and human life.
Technology that can cool an incident more rapidly, suppress flames, reduce water requirements, limit fire spread or allow firefighters to operate from a safer distance has the potential to make a meaningful difference.
A call for a national conversation
FASUK Fire Group believes the UK needs a serious national conversation about the future funding and capability of Fire & Rescue Services.
The country cannot simultaneously accelerate the introduction of new technologies, experience increasingly challenging climate-related incidents and expect emergency services to manage the resulting risks without corresponding investment in preparedness.
The issue extends beyond Fire & Rescue Services themselves.
Vehicle manufacturers, energy companies, infrastructure providers, charging networks, insurers, government departments, local authorities and the wider public all have an interest in ensuring that emerging risks are properly understood and adequately resourced.
One possible approach could involve additional contributions from sectors whose technologies or infrastructure create new demands on emergency response.
Whether this takes the form of taxation, levies, resilience contributions, industry partnerships, or another mechanism is ultimately a matter for policymakers and public debate.
But the principle deserves consideration.
If society benefits from technological progress, society must also ensure that those responsible for dealing with the associated emergencies have the tools and resources necessary to manage them.
For FASUK Fire Group, this is fundamentally about one thing: keeping people safe.
Building safer, smarter and more resilient firefighting
The future of firefighting will not be defined by a single piece of equipment.
It will be defined by the ability to combine technology, expertise, training, operational planning and investment into a coherent emergency-response capability.
FASUK Fire Group is committed to contributing to that future.
With more than 35 years of industry experience and a portfolio of specialist technologies addressing some of the most challenging fire risks facing society, the company is positioned to support Fire & Rescue Services, government organisations, industrial operators and strategic partners as they prepare for the next generation of emergency incidents.
From ultra-high-pressure suppression and advanced firefighting agents to unmanned firefighting platforms and portable water-management technology, each solution has a common purpose: to help responders work more safely and effectively.
The challenges are significant.
Wildfires are becoming a growing concern. EV and lithium-ion battery incidents are introducing new hazards. Critical infrastructure is becoming increasingly complex. Environmental expectations are changing. Fire and rescue resources remain under pressure.
The response must therefore evolve.
FASUK Fire Group believes modern firefighting should be faster, smarter, safer and more environmentally responsible – and that those who protect society deserve the technology and investment necessary to do their jobs safely.
Seeking global partners
FASUK Fire Group is actively seeking strategic partners, distributors and industry representatives worldwide who share its commitment to delivering safer, faster and more effective firefighting solutions.
The company’s portfolio offers partners the opportunity to represent advanced firefighting technologies across markets facing many of the same emerging challenges seen in the UK and internationally.
From wildfire-prone regions and rapidly expanding cities to industrial centres, transport networks and electric vehicle infrastructure, the demand for innovative fire protection is global.
FASUK Fire Group welcomes discussions with organisations that want to bring next-generation firefighting technology to their region and contribute to a safer, more resilient future.
Partnership enquiries: FASUK Fire Group welcomes enquiries from Fire & Rescue Services, government agencies, local authorities, industrial organisations, distributors and strategic partners seeking innovative firefighting technologies.
The message is clear:
New risks require new thinking.
New technology requires proper investment.
And those who protect us must be properly protected themselves.
Please Note: This is a Commercial Profile
Please note, this article will also appear in the 27th edition of our quarterly publication.
