Reducing exposure: Rescue Intellitech highlights PPE risks in UK fire services

by Breaking NewsPPE

Rescue Intellitech’s UK and Ireland Sales Manager, Nick Croad, examines growing concerns over firefighters’ exposure to toxic smoke particles and how UK Fire and Rescue Services are strengthening decontamination procedures to reduce risk

Evidence continues to grow linking firefighters’ exposure to smoke particles with serious long-term health risks.

While specialist protective clothing and self-contained breathing apparatus help firefighters to stay safe during incidents, there is increasing concern that toxic residues from smoke can linger on PPE long after a fire is extinguished, where they can later be inhaled or absorbed through the skin, potentially causing harm.

In 2023, a report by the International Agency for Research on Cancer classified occupational exposure as a firefighter as carcinogenic, specifically identifying increased risks of mesothelioma and bladder cancer.

In the same year, a study by the University of Central Lancashire, commissioned by the Fire Brigades Union (FBU), found that UK firefighters have higher rates of cancer than the general population.

Significantly, it revealed that firefighters who remain in PPE for more than four hours after attending a fire are more than twice as likely to develop cancer than those who remove PPE within 30 minutes.

In February this year, the London Assembly Fire Committee published a report investigating contamination exposure within the London Fire Brigade.

It called for improved monitoring and measurement of exposure and made recommendations to central Government to consider establishing a nation-wide health monitoring programme for UK firefighters.

Stronger measures

In the meantime, in response to these concerns, organisations such as the FBU have been campaigning for stronger contamination control measures to better protect firefighters.

It is hoped that more robust decontamination procedures within the fire station and regular cleaning of PPE will help reduce the risks to firefighter health.

In March 2025, the FBU set out several recommendations for FRSs in its Best Practice Report, including:

  • Implementing formal decontamination procedures covering on-scene, post-incident and station-based cleaning processes.
  • Ensuring PPE is cleaned and decontaminated after fire incidents, preventing the build-up of hazardous contaminants on kit.
  • Designing stations with clear contamination zones, such as red, amber and green areas, to prevent dirty equipment entering clean spaces.
  • Providing training on contamination risks and safe working practices.
  • Encouraging rapid personal decontamination, including showering and changing into clean clothing as soon as possible after incidents.

FRSs around the UK are already taking these recommendations seriously, by reviewing decontamination procedures and adapting the fire station layout to reduce exposure risks.

This includes assessing and improving PPE handling, equipment cleaning and staff training.

A growing number are upgrading their decontamination rooms and PPE cleaning facilities, creating clearly defined zones around the station to ensure designated areas stay clean.

Heavy-duty cleaning

Rescue Intellitech is proud to be working with many FRSs across the UK to support them with this process.

We offer a full suite of station-based equipment to help make the decontamination process effective and efficient.

Our popular Solo Rescue® machines have been specifically designed to clean firefighter helmets, SCBA, boots and gloves gently, swiftly and thoroughly.

A selection of equipment holders allows different PPE combinations to be decontaminated together in rapid cycles taking a maximum of eight minutes.

For smaller fire stations where space is limited, the streamlined DeconWasher Pro S version delivers the same wash performance but in a more compact size.

Last year, we launched our specialist DE Series washing machines which have been specifically designed to decontaminate firefighter clothing and specialist garments.

Suitable for heavy-duty textiles as well as delicate technical fabrics, they ensure a thorough wash that is gentle enough to preserve the integrity and protective capabilities of valuable PPE.

With three sizes to choose from, fire services can scale to their operational needs.

Finally, our fast and efficient drying cabinets, DC20 and the smaller DC8, offer rapid but gentle drying of PPE.

These dryers can be specifically configured to accommodate bulky kit and equipment, with a combination of shelves and hanging space suitable for clothing, boots, gloves, helmets and SCBA.

Both the interior and exterior of the PPE is dried at the same time, so kit is quickly ready for use.

Customer benefits

Our customers across the UK are seeing the benefits of integrating this equipment into their day-to-day operations.

Chris Simpson, Watch Manager and Equipment Officer at Avon FRS explains how Solo Rescue machines have become integral to its decontamination procedures: “We have a ‘safe undress’ policy for removing PPE after an incident.

“Jacket, trousers, boots and gloves are carefully removed, and special wipes are used to clean exposed skin.

“Then latex gloves are put on before the helmet is removed and the flash hood taken off over the mask and down the SCBA hose.

“The SCBA mask is the last thing to remove, replaced immediately with an FFP3 mask.

“Dirty clothing is then placed in red bags and stored in a separate area of the truck and station for collection and cleaning, while the helmets and SCBA are also bagged and taken to one of our stations for decontamination in the Solo Rescue machines.

“These can be loaded in batches which is very easy, and much quicker than cleaning by hand.

“We then try to ‘shower within the hour’ using special soap and shampoo for removing contaminants.

“Together, these are all important steps to help us minimise exposure to harmful particles and keep our crews safe.”

Similarly, Buckinghamshire FRS uses a bank of six Solo Rescue machines to decontaminate SCBA equipment.

Aron Ridgely, Station Commander, said: “We have robust decontamination processes in place at the scene of an incident and back at the station.

“Contaminated PPE is bagged and sealed and only handled with a mask and gloves.

“By using Solo Rescue, it has continued to reduce risks, as firefighters now have minimal contact with contaminated equipment during washing.”

States of Jersey Fire and Rescue Service (SJFRS) has also installed a Solo Rescue machine at its headquarters in St Helier as part of a reconfiguration of its decontamination room.

Previously, SCBA and other PPE items were carefully cleaned by hand, but keen to mitigate the health risks as much as possible, SJFRS decided to invest in a decontamination machine for a deeper clean.

Station Commander, Ben Elliott, comments: “We recognised that by investing in the Solo Rescue machine, the process would be quicker and more efficient, as well as safer for our staff.

“Crucially, the mechanical cleaning of PPE helps to reduce exposure and contact time.

“In particular, SCBA sets are complex and tricky to clean manually, but come out visibly cleaner with the Solo Rescue.”

Importance of collaboration

To complete the fit out of the newly configured decontamination area, SJFRS has also ordered two drying cabinets, a large DC20 and a smaller DC8, which will be located in the adjacent drying room.

As the understanding of contamination risks to firefighters continues to develop, FRSs are increasingly focussing on robust decontamination procedures and improved facilities to help keep their crews safe.

By combining clear operational guidance, effective training and appropriate equipment, fire services are taking action now to reduce exposure risks and protect firefighter health for the future.

We’re proud to be supporting these efforts by collaborating with FRSs to develop practical decontamination solutions that make these processes safer, more efficient and easier to implement in day-to-day operations.

This was originally published in the April 2026 Edition of International Fire & Safety Journal. To read your FREE copy, click here.

Get to know the water mist industry – and the people behind it!

by Associations and OrganisationsBreaking NewsEventsFire Suppression
Image credit: IWMA

Water mist conference returns with expanded format

The 25th International Water Mist Conference (IWMC) will take place in Prague, Czech Republic, on 7th and 8th October 2026.

The conference webpage will be online from 15th April onwards.

Following the highly successful Manchester conference, the International Water Mist Association (IWMA) is once again introducing a fresh element to the format.

The regular 1.5-day conference programme will be complemented by a dedicated half-day training workshop focusing on the design and effective utilisation of water mist systems.

With this initiative, IWMA continues to invest in educating the fire protection industry on how to apply water mist technology more efficiently and confidently in practice.

CPD certificates will be issued to workshop participants.

Ongoing development of water mist applications

Water mist technology, developed into its current form over the past three decades, is today a mature, well-established and environmentally friendly fire protection solution.

While the fundamental principles remain unchanged, significant progress has been made in expanding applications, strengthening validation methods and increasing international approvals.

These developments will be reflected in Prague.

Speakers will present case studies, discuss standards and guidelines, and address both achievements and remaining challenges.

Topics will include emerging risks, broader application areas and continued technological evolution.

Networking, awards and exhibition opportunities

Just as importantly, the conference provides valuable networking opportunities in an open and collegial atmosphere.

“Prague is more than a conference,” says Max Lakkonen, President of IWMA.

“It is where the global water mist community comes together to share knowledge, challenge ideas, shape the future of fire protection – and enjoy doing it together.”

As always, the Ragnar Wighus Award will be presented.

In 2026, it will honour the author of the best master’s thesis dedicated to smaller droplets.

The deadline for submitting synopses has been extended to 31st May 2026.

The event will – as always – be accompanied by an exhibition.

Tabletops can already be booked.

The number of exhibition spaces is limited to 15.

Available are three different sponsorship categories.

Beyond fire safety: How Martyn’s Law is redefining risk in public buildings

by Breaking NewsSafety

Mike Hobbs, Product Specification and Solutions Manager at Apollo Fire Detectors, outlines vital security measures for public venues following Martyn’s Law

Martyn’s Law, formally known as the Terrorism (Protection of Premises) Act, introduced in response to the Manchester Arena attack in 2017, represents a significant shift in how public and commercial property is expected to manage safety and security risks.

This article will outline the key principles of Martyn’s Law and explore what it means in practice for building management, emergency procedures and evacuation planning.

What does Martyn’s Law do?

The aim of the law is to ensure that people responsible for certain buildings can manage the movement and safety of anyone inside if there is a terrorist incident or any other serious situation, such as civil unrest or violence.

It recognises that in these cases, a typical fire evacuation might not be the right response.

The person or organisation in control of a building must be able to direct people clearly and safely, whether that means getting them out (evacuation), moving them to a safer area inside (invacuation) or keeping them in place (lockdown).

What a site needs will depend entirely on its type and use, as schools, colleges, entertainment venues, political offices and other sites will all have different requirements.

What falls within the scope of Martyn’s Law?

Not every building will need an electronic system, but every building must have a plan for how people will be moved in an emergency.

Premises that satisfy the following four criteria fall within scope of the Act:

  1. It has at least one building
  2. It is mainly used for a public-facing purpose such as retail, hospitality or sports
  3. It can reasonably expect 200 or more people to be present at one time
  4. Or it is a qualifying ticketed public event expecting 800+ people

Typical sites might include:

  • Schools and colleges
  • Theatres and cinemas
  • Stadiums
  • Sports halls
  • Hotels and restaurants
  • Shopping malls
  • Places of worship
  • Hospitals

What needs to be implemented and who’s in charge?

There needs to be agreement with the emergency services about who is in charge during an incident.

Whether it be a senior fire officer or senior police officer taking command, they will expect to see a clear plan in place.

How will emergency procedures be activated?

What a site needs to do to activate its emergency procedures will vary.

Factors that influence the plan include:

• The size of the building

• How many buildings are on the site

• How many people use the building

This should be assessed alongside the existing Fire Risk Assessment (FRA), which should help shape a workable and practical strategy.

Steve Dilloway, Veritas Fire Support Services, says of the Act: “Martyn’s Law is about realistic preparedness, not creating unnecessary complexity.

What this guidance sets out well is the importance of having a clear, rehearsed plan that allows people to be moved safely – whether that’s evacuation, invacuation or lockdown – depending on the nature of the incident.

“From a Risk Assessment perspective, we are looking for proportionate, well‑considered measures that work alongside existing fire safety arrangements and put people’s safety first.”

How will it work alongside existing fire detection and alarm systems?

Most sites already have fire detection and alarm (FD&A) systems and many of these could be adapted to support the new requirements.

Because there is no formal standard yet for Martyn’s Law or terrorism‑related systems (at the time of writing BSI are looking at a proposal for a new British Standard to cover “Audio systems for emergency communication”), it is likely that standard FD&A equipment, modified to suit the purpose, may be used.

The lack of a dedicated accreditation for terrorism‑related functions shouldn’t be viewed as a problem.

If the equipment is certified for fire use, it can generally be adapted safely for this.

What may not be appropriate in most cases is installing an entirely separate system just for this purpose.

Running a second system alongside the fire alarm would be costly and unnecessary, especially where budgets are tight.

A modified FD&A system is likely to be acceptable in most cases.

How to plan for success

1. Assess the building and people in it

The assessment of the building and the people in it is vital for success.

This must consider numbers of occupants, disabilities and the specific safety issues on the site.

Systems must work together where needed.

2. Staff training is also vital for success

The starting point for any proposal should be understanding what staff need to do and how they will be trained to respond.

Training should be at the centre of everything.

3. Use of technology

 Technology can help to control and manage an incident, but it’s important the information provided is clear and accessible.

Voice sounders, for example, may not work well where language barriers exist or where people have impairments that make loud or sudden noises difficult to cope with.

4. Accessibility and Inclusivity

Disability considerations will be a major part of planning.

Some disabilities may not be immediately obvious, and some conditions, such as autism or PTSD, can be affected by noise or confusion.

The plan must consider all special needs provisions for anyone using the building.

This is why using a third-party certified risk assessor is recommended.

Their expertise is in identifying what might be missing rather than just the obvious issues.

5. Infrastructure improvements

In some cases, improvements to fire doors or compartmentation may be needed to create a “safe area”.

For example, upgrading from FD30 to FD60 doors may offer better physical protection, not just improved fire resistance.

Access control, movement through the building and both internal and external CCTV should also be considered.

A related point linked to fire risk assessments is to ensure that any outside storage doesn’t increase the risk of arson or allow someone to create a fire that distracts the emergency services and increases the danger to first responders.

Successful protection systems

Using existing protection systems is usually the best and most cost‑effective option.

A thorough review involving all stakeholders – looking at fire and security arrangements together – is essential.

Above all, staff training is the most important element.

Training must remain flexible, reviewed regularly and updated whenever anything changes, such as building layout, occupancy or fire safety requirements.

Martyn’s Law places a clear responsibility on those in control of premises to manage risk and plan effective responses to emergencies.

By strengthening expectations around building control and evacuation, the legislation aims to improve preparedness and protect occupants should an incident occur.

Martyn’s Law represents a shift towards joined‑up thinking between fire safety, security and building management.

As this article highlights, the most effective approach is often to adapt and enhance existing fire detection and alarm systems rather than install separate, standalone solutions.

Combined with strong staff training and inclusive planning, this delivers a practical and cost‑effective way for organisations to meet their responsibilities.

Want to know more? Get in touch with us on martynslaw@apollo-fire.com

This was originally published in the April 2026 Edition of International Fire & Safety Journal. To read your FREE copy, click here.

Redefining aspirating smoke detection: How Securiton is reshaping ASD system design

by Breaking NewsFire Detection

Securiton outlines how its ASD 2000 provides aspirating smoke detection with advanced sensors, real-time monitoring and flexible installation for demanding applications

In environments where even a brief interruption can translate into financial loss, operational disruption or risk to human life, early and reliable smoke detection is non‑negotiable.

Aspirating smoke detection (ASD) has long been the gold standard for early warning fire detection.

Now, that standard just got higher as Swiss ASD specialist Securiton launches a revolutionary new device family.

With the launch of the SecuriSmoke ASD 2000, fire safety installers now have access to a generational leap forward in ASD technology.

It blends digital innovation, Swiss engineering, enhanced sensitivity and practical installer‑friendly design.

After five years of intensive development, the ASD 2000 doesn’t simply improve on its predecessor, the ASD 535; it redefines what a modern ASD system can be.

Digital‑first by design

One of the most transformative advances in the ASD 2000 is its digital‑first architecture.

For the first time in a SecuriSmoke product, commissioning, configuration, diagnostics and operation are all managed through an intuitive mobile application.

This approach was at the heart of the brief first given to the development team five years ago.

This brief, focused not on hardware but on a seamless user journey, required a mobile app as the primary interaction interface alongside intuitive design that reduces complexity and saves time throughout the design, installation and commissioning process.

For installers, this means fewer tools, straightforward implementation and dramatically simplified workflows.

The app provides real‑time feedback, guided steps and secure digital licensing, making configuration not only efficient but verifiably reliable.

For operators, the app extends day‑to‑day convenience.

Status checks, diagnostics, performance monitoring and system events are accessible immediately and securely, supporting faster decisions and proactive maintenance.

Five decades of expertise built into a new platform

The ASD 2000 is not a facelift or incremental update.

It is a from‑scratch reinvention built on a foundation of proven Securiton knowledge.

Designed in Switzerland by a team of 60+ engineers and backed by over 50 years of ASD expertise, it incorporates the trusted DNA and best features of the ASD 535 and is extensively field‑tested across multiple installations and environments.

The unit is manufactured in a highly automated German plant for consistent quality

This heritage ensures that while the device is technologically new, it inherits the robustness, reliability and longevity associated with the SecuriSmoke brand – attributes highly valued in mission‑critical environments such as healthcare, public infrastructure and industrial facilities.

However, the international engineering team tasked with developing the ASD 2000 soon found that in building a brand-new device, many step-changes in performance were possible.

Raising the bar

Given the chance to build a device incorporating all the latest technologies, an already strong platform has become a world-beating one.

Every key performance indicator, from sensitivity and airflow monitoring to fan power and system scale, has been upgraded.

With support for up to four independent channels and two detection chambers, the ASD 2000 dramatically expands installation flexibility.

The system can monitor complex environments, large zones or multi‑compartment spaces from a single device.

The detection chamber has undergone a redesign from scratch, doubling the maximum sensitivity to 0.001% obs/m.

At the same time, the maximum obscuration at which it can operate is also raised by 50%, to 30 obs/m.

Combined with a 1000 pa aspiration engine, this means the ASD 2000 can operate larger and more intricate pipe networks, with the device situated up to 150 m from the furthest hole.

This gives designers and installers more flexibility than ever and allows for ASD installations that are efficient and tailored to modern end-customer needs.

The system limits of the ASD are suitably impressive: up to 62 sampling holes are possible from a single device while still meeting the highest-Class A EN 54 standard for Very Early Warning Fire Detection.

The figures for Class B and C level detection are 160 and 240 respectively.

For data centres – where early detection and redundancy are vital – multi‑channel capability enables precise monitoring of hot aisles, cold aisles, underfloor voids and overhead spaces using fewer detector units.

Warehousing and logistics centres benefit from the ability to cover high‑bay racking and large open volumes without compromising airflow velocity or sensitivity.

Hospitals and public buildings can monitor diverse areas such as patient rooms, server rooms, lift shafts and public corridors simultaneously.

Internal 3‑stage filtering for lower maintenance

Maintenance is an unavoidable part of ASD system management, but the ASD 2000 significantly reduces the burden thanks to its redesigned airflow path and a 3‑stage internal filter.

The detection chamber now sits inside a centrifugal filter that keeps dust and debris away from sensitive electronics.

Before that, an easily field-accessible coarse filter removes larger particles and insects.

The third in-built filter is an electronic one, enhancing reliability by smoothing out anomalous readings caused by occasional dust particles in the chamber.

This means the ASD 2000 can function without external filters in standard environments, reducing maintenance and supporting a cleaner and more reliable detection process.

Whisper‑quiet operation

Despite housing such a powerful fan, the ASD 2000 is one of the quietest aspirating smoke detectors on the market.

Innovative silencing features around the fan substantially reduces operating noise.

This makes the ASD 2000 particularly well suited for hospitals, where patient comfort and noise minimisation are essential.

Public buildings such as museums, theatres or libraries also benefit, as do commercial offices where ASDs may need to operate near workspaces.

Low noise also opens opportunities for areas previously considered sensitive to acoustics, enabling more flexible system placement.

Ultrasonic airflow monitoring

The introduction of an ultrasonic airflow sensor offers greater accuracy, reliability and resilience than conventional mechanical or thermal sensors.

This technology provides higher precision airflow measurement with absolute values, no mechanical wear and tear, better performance in dusty or airflow‑variable environments stability across temperature fluctuations.

Installers gain a more trustworthy and maintenance‑light solution.

End‑users benefit from reduced false alarms and long‑term reliability.

And of course, the sensor is easy to replace in the field.

Smarter design tools and clever features

A powerful device deserves a powerful planning tool.

The ASD 2000 is supported by an upgraded version of PipeFlow, Securiton’s pipe network design software.

For complex environments such as large data halls, multi‑floor warehouses and intricate public buildings, the new 3D PipeFlow tool helps ensure optimal design and compliance on the first attempt, reducing revisions and installation delays.

Then there are the “life hacks”.

Drawing on decades of field experience, the engineering team embedded numerous practical efficiencies that streamline daily work for engineers and installers.

These include tool-free design for most components using click‑in field‑replaceable modules; a self-supporting cover that simplifies internal access; and built‑in labelling options for clean and professional installation.

The pipe connection on the ASD 2000 single and two-channel models fits into existing SecuriSmoke ASD systems, so that older models can be replaced without the need to adapt the pipes.

Each feature may seem small, but collectively they dramatically shorten installation time and reduce the risk of errors.

The ASD 2000 is built not only for best‑in‑class performance but for installer efficiency and operational clarity.

Designed for the future

The SecuriSmoke ASD 2000 is not just the next step in aspirating smoke technology – it is a strategic leap forward.

With its digital‑first ecosystem, performance upgrades, installer‑friendly design and unmatched engineering pedigree, it stands as the most advanced ASD solution Securiton has ever delivered.

And it doesn’t stop there.

One of the advantages of a digital-led product is that Securiton’s development team is still busy, with tranches of new features and user upgrades planned over the next 18 months and beyond.

The ASD 2000 is built for the environments that cannot afford compromise.

It sets a new benchmark for safety, flexibility and technological excellence – one that will shape smoke detection standards for years to come.

For fire safety installers, it offers faster deployment, streamlined workflows and reduced maintenance.

For operators in demanding industries where Early Warning Fire Detection is required, it provides the earliest and most reliable smoke detection available – while its unprecedented system limits and top-notch durability make it both efficient and effective in rougher environments too.

This was originally published in the April 2026 Edition of International Fire & Safety Journal. To read your FREE copy, click here.

From connected protection to smarter compliance: How Advanced is linking fire systems

by Breaking NewsFire Detection

Michael Dunbar, Digital Product Manager, Matt Jones, Head of Sales UK & Ireland, and Shaun Scott, Applications Engineer at Advanced, discuss the development of smarter, integrated fire safety solutions

As fire safety challenges grow more complex, so do expectations for system performance, integration and accountability.

At The Fire Safety Event (FSE) 2026, Advanced will be demonstrating how intelligent fire, smoke control and evacuation systems are evolving to meet these demands, not as isolated components, but as part of a smarter and connected whole.

Exhibiting in Hall 4, Stand D85, at Birmingham’s NEC, from 28–30 April, Advanced will showcase how its latest technologies are supporting safer buildings today, while laying the foundations for the data‑driven, integrated systems that compliance will increasingly demand tomorrow.

Across its stand, visitors will see how fire detection, smoke control, evacuation and system intelligence can work together, simplifying compliance, improving response and reducing long‑term operational burden.

Addressing modern challenges with proven systems

The fire safety landscape has changed dramatically over the past decade.

Buildings are more complex, usage patterns more dynamic and expectations around safety, accountability and resilience far higher than ever before.

What hasn’t changed is the need for systems that are dependable, intuitive and fit for purpose.

At Advanced, we’ve spent years developing fire and life safety solutions that respond to real‑world challenges, not theoretical ones.

That experience is particularly relevant today, as the industry grapples with emerging requirements like enhanced evacuation strategies, smoke control expectations and the growing focus on lockdown and mass notification.

A good example is the conversation around Martyn’s Law.

While the legislation itself continues to evolve, the underlying principle is clear: buildings must be able to respond quickly and effectively to a wider range of threats.

What’s often misunderstood is that many of the capabilities being discussed aren’t new concepts.

In fact, Advanced systems have supported site‑wide alerts, phased responses and lockdown‑style functionality for years, using existing, proven infrastructure.

By using intelligent fire panels, networked systems and flexible cause‑and‑effect programming, it’s already possible to deliver clear alerts, control movement and support coordinated responses without introducing unnecessary complexity or standalone systems.

At FSE, we’ll be demonstrating how these features can be implemented using our existing technology, giving specifiers and end users confidence that they can adapt to future requirements without wholesale system replacement.

Another key challenge is integration.

Fire safety systems can no longer be designed in isolation.

Smoke control, evacuation alert systems, fire detection and building management all need to work together seamlessly.

This isn’t about adding layers of technology for the sake of it, it’s about creating systems that are easier to understand, easier to manage and ultimately more effective in an emergency.

That philosophy underpins everything we’re showing at FSE, from our latest control panels to dedicated solutions like SmokeGo and EvacGo, and through to the growing role of system intelligence and connectivity.

Smoke control without complexity

Smoke control is one of the most critical, and often most misunderstood, elements of fire safety design.

It plays a vital role in protecting escape routes, supporting firefighting operations and limiting fire spread, yet it has traditionally been associated with complex programming, specialist hardware and difficult commissioning.

SmokeGo was developed to change that.

As Advanced’s dedicated smoke control solution, SmokeGo is designed to make smoke control simpler, faster and fully compliant across a wide range of applications.

Approved to EN54 Parts 2 and 4, and designed to meet the requirements of standards including BS 7346‑8 and ISO 21927‑9, it delivers reliable automatic and manual control of smoke control fans and dampers, without unnecessary complication.

One of SmokeGo’s biggest strengths is its flexibility.

It can be used in both dedicated and non‑dedicated smoke control systems, integrating seamlessly with Advanced’s next‑generation MxPro 5 fire panels.

This allows designers to achieve precise, coordinated control while maintaining a clear separation between fire detection and smoke management functions where required.

From an installer and commissioning perspective, SmokeGo’s four‑step configuration process is a game‑changer.

Complex cause‑and‑effect programming is replaced with an intuitive matrix that provides a clear, at‑a‑glance view of system behaviour.

What might once have taken days to configure can now be achieved far more quickly, with greater confidence and far less risk of error.

Operationally, SmokeGo offers the features that matter most in real buildings: automatic stairwell pressurisation, post‑alarm purge, cascade control for prioritising compartments as smoke spreads, interlocks to prevent unsafe fan operation and flexible manual overrides for fire and rescue services.

Automatic testing routines can also be programmed to run at defined intervals, helping ensure systems remain ready while minimising disruption to occupants.

Importantly, SmokeGo doesn’t exist in isolation.

When connected to AdvancedLive, users gain remote visibility of fan and damper status, adding another layer of assurance and simplifying maintenance planning.

It’s a practical example of how smart connectivity can enhance safety without overcomplicating system design.

AdvancedLive and the shift towards smarter, connected fire systems

We live in a connected world, yet many fire systems are still managed as if they exist in isolation.

Panels are installed, commissioned and then largely left alone, only interacted with during weekly tests, faults or incidents.

That approach is no longer sustainable.

Modern buildings now demand visibility.

A smart fire system isn’t about novelty or remote access for its own sake; it’s about having the right information at the right time.

Connectivity unlocks real‑time insight into system health, device status and event history, enabling faster, more accurate decision‑making when it matters most.

This is where AdvancedLive plays a critical role, not as a standalone platform, but as part of a wider smart fire system.

By connecting Advanced panels, users gain a live, unified view of what’s happening across their estate, whether that’s a single site or multiple buildings.

Fires, faults and isolations are visible as they occur, allowing teams to respond immediately rather than discovering issues after the fact.

That visibility has a direct operational impact.

Engineers can assess system status remotely before travelling to site, reducing unnecessary call‑outs.

Maintenance can be planned more effectively using device history and event data, and potential issues can be identified and addressed before they escalate into more serious and costly problems.

These benefits are already being realised in complex, real‑world environments.

At Blists Hill Victorian Town in Shropshire, multiple independent MxPro 5 panels across a large, dispersed heritage site are unified through AdvancedLive into a single, virtual network.

This provides centralised oversight without the need for additional hardware or intrusive infrastructure, allowing safety teams to monitor and manage fire system status across historic buildings, mine tunnels and standalone structures while preserving the site’s character and visitor experience.

Similarly, at Chalk Hills Academy in Luton, AdvancedLive supports the real‑time monitoring and management of a networked MxPro 5 system protecting multiple school buildings.

The platform enables authorised users to respond quickly to incidents, integrate fire safety with wider site systems such as lockdown and gas shut‑off and maintain reassurance that the system is operating as intended, even when staff are off site.

At FSE 2026, our focus is very much on making testing smarter.

Routine fire system testing remains essential, but it is often time‑consuming and disruptive.

Connected systems allow organisations to streamline testing, improve record‑keeping and reduce impact on building occupants, while still maintaining full compliance.

Looking ahead, the industry’s direction of travel is clear.

The future of fire safety is data‑driven and integration‑led.

Concepts such as the golden thread underline the growing expectation that accurate, accessible information will support building safety throughout a building’s lifecycle.

Fire systems will need to contribute to that data ecosystem, not sit outside it.

AdvancedLive is evolving with that future in mind, supporting secure access, clear audit trails and accountability.

The result is a smarter fire system where compliance isn’t just achieved at installation, but maintained, evidenced and understood over time.

A smarter, safer future

Across fire detection, smoke control, evacuation and system intelligence, Advanced’s message at FSE is simple: smarter systems don’t have to be more complicated.

By building on proven technology, embracing connectivity where it adds real value and focusing on usability, it’s possible to create fire safety solutions that are robust, adaptable and ready for the challenges ahead.

This was originally published in the April 2026 Edition of International Fire & Safety Journal. To read your FREE copy, click here.

Redefining escape: Hochiki outlines how England staircase law changes tall building safety

by Breaking NewsEvacuationFire DetectionSafety

Hochiki outlines what the UK’s second staircase mandate means for global fire safety design

England’s decision to mandate second staircases in all new residential buildings over 18 metres represents one of the most significant shifts in high-rise fire safety design in a generation.

More than a technical update to Approved Document B, it signals a fundamental change in how tall residential buildings are designed, occupied and managed.

The new mandate applies to England only, with changes to Approved Document B expected to take effect from 30 September 2026.

While this brings England’s regulations into line with existing standards in Scotland, it does not currently apply to the whole of the UK.

Emerging from the post Grenfell regulatory landscape, the requirement reflects a wider emphasis on resilience, redundancy and demonstrable occupant safety.

While the mandate applies specifically to England, its implications extend well beyond the UK.

In an interconnected construction industry, regulatory reform at this level influences global expectations around tall building design.

As the sector gathers at The Fire Safety Event in Birmingham, the discussion is no longer about whether a second staircase is necessary.

The real issue is how this change reshapes fire strategy, system integration and operational management.

From compliance to resilience

For many years, UK residential buildings above 18 metres were commonly designed with a single protected stair supported by robust compartmentation and a stay put evacuation strategy.

Fire resisting construction, smoke control and phased evacuation principles formed the backbone of this approach.

The introduction of a mandatory second staircase does not invalidate those principles.

It strengthens them by embedding redundancy into the building’s physical design.

A second protected route provides an alternative means of escape should one stairwell become compromised by smoke or fire.

It improves separation between evacuation and firefighting operations and introduces greater flexibility into evacuation planning.

This reflects a shift in mindset.

Increasingly, regulators and building owners are asking not simply whether a design meets code but whether it can withstand unforeseen conditions.

Resilience is about maintaining safe outcomes even when systems are placed under stress.

The second staircase mandate makes that resilience visible.

Upcoming Webinar: How the UK second staircase mandate affects evacuation systems and building design – Register Now!

Reframing fire strategy

Adding a second stairwell is not just a spatial decision. It reshapes the entire fire strategy.

Evacuation philosophy must be reconsidered.

In a single-stair building, the route is obvious.

In a multi-stair configuration, occupants are presented with choice.

Designers must consider how evacuation sequencing operates across separate stairwells and how congestion is avoided if both routes are used simultaneously.

The continued role of stay put strategies must also be carefully evaluated within the new context.

Compartmentation and system zoning become more complex.

Each additional stairwell introduces new interfaces between fire resisting elements, services and access routes.

Fire detection and alarm systems require clear zoning to reflect the building’s geometry, and cause and effect programming must ensure that occupants receive consistent and unambiguous information.

From Hochiki’s experience in high-rise environments, complexity without coordination increases risk.

As escape routes multiply, life safety systems must be designed as a cohesive whole with detection, alarm, smoke control and emergency lighting aligning with the intended evacuation strategy from the outset.

Operational performance over time

A second staircase enhances design resilience, but its value depends on long-term operational performance.

The Building Safety Act has reinforced accountability for building owners and duty holders.

In multi-stair buildings, operational demands increase and additional stairwells mean more devices, more circuits and more interfaces to maintain.

Testing regimes must reflect the expanded infrastructure and documentation must clearly explain zoning and system interaction so facilities teams can respond effectively.

Redundancy in escape provision must be matched by reliability across all supporting life safety systems.

Fire detection should respond promptly and accurately, while emergency lighting must deliver the required minimum illumination levels along escape routes and at key decision points.

Wayfinding signage must remain visible and intelligible even under reduced visibility conditions, ensuring that occupants can move confidently towards safety.

For facilities managers, building owners or indeed the responsible person, compliance at handover is only the starting point.

The true measure of safety is sustained performance throughout the building’s life.

Guiding human behaviour

The second staircase mandate also changes the behavioural dynamics of evacuation.

In an emergency, occupants rely on instinct and visual cues.

They tend to follow familiar routes or other people.

The stress of an emergency is proven to reduce analytical thinking and in a single-stair building, behaviour is channelled by layout.

In buildings with two stairwells, behaviour must be guided.

Emergency lighting plays a critical role in guiding behaviour within multi-stair buildings and its function extends far beyond simply meeting minimum illumination levels.

It should clearly reinforce direction of travel, highlight changes in level and emphasise entrances to protected stairwells so that occupants instinctively understand where to move.

Attention must be given to decision points, where clarity is essential to prevent hesitation, confusion or backtracking.

There is also growing international interest in adaptive signage systems capable of responding to developing conditions.

In buildings with multiple escape routes, the ability to influence flow away from a compromised stairwell can enhance overall evacuation efficiency.

Hochiki’s approach is grounded in simplicity and reliability.

Technology should reduce cognitive load, not increase it.

Clear, consistent information across detection, alarm and lighting systems is essential to support safe decision making under pressure.

International perspectives

Although the mandate is specific to England, similar themes are visible internationally.

Across Europe, regulations already require two means of escape once residential buildings exceed certain heights.

France, Germany, Belgium and the Netherlands all introduce additional escape provisions as buildings become taller and more complex.

While the thresholds and technical details differ, the principle is consistent.

As height increases, reliance on a single vertical escape route becomes harder to justify.

In contrast, some jurisdictions continue to permit single-stair arrangements under performance-based frameworks.

In Sweden, high-rise residential projects such as Turning Torso have operated with engineered smoke control solutions supporting a single-stair configuration.

In parts of North America, including cities such as New York and Seattle, single-stair mid-rise residential buildings remain permissible within defined height limits where sprinklers and other protective measures are provided.

However, these approaches are under active review.

Policymakers in several US states and Canadian provinces are reassessing whether existing provisions strike the right balance between design efficiency and life safety resilience.

England’s explicit adoption of mandatory second staircases has therefore attracted attention beyond its borders.

The broader trajectory is clear.

Expectations around redundancy and visible safety measures are rising.

Engineered mitigation alone may no longer provide sufficient reassurance in higher risk residential settings.

A defining moment

The second staircase mandate represents a defining moment for tall residential design.

It challenges established assumptions and reinforces the importance of resilience within both physical layout and system architecture.

For architects, it requires early integration of escape strategy into spatial planning.

For developers and asset owners, it demands commitment to long-term maintenance and system integrity.

For fire safety professionals and installers, it underscores the importance of coordinated design and robust commissioning.

For Hochiki, the direction of travel is unmistakable.

Whether through prescriptive reform or performance-based evolution, the future of tall building safety lies in integrated life safety systems, operational reliability and clear communication that supports occupants when it matters most.

Escape can no longer be treated as a static compliance requirement.

It is an evolving discipline shaped by regulation, technology and human behaviour.

The government has taken a decisive step.

The wider industry now can lead in redefining what safe escape truly means.

Learn more about Hochiki by visiting our team on Stand 4/E97 at the Fire Safety Event to discuss this topic further and understand how the legislation might impact your future fire safety projects.

This was originally published in the April 2026 Edition of International Fire & Safety Journal. To read your FREE copy, click here.

Abu Dhabi authority gains Fire Investigation accreditation from NAFI

by Breaking NewsMiddle East - Breaking NewsSafetyTraining

Fire Investigation accreditation and recognition

Abu Dhabi Civil Defence Authority has obtained global accreditation from the National Association of Fire Investigators (NAFI), recognising it as an accredited international testing proctor in fire and explosion investigations.

Abu Dhabi Media Office said the authority was also officially recognised during NAFI’s annual conference in Charlotte, North Carolina.

The designation allows professionals from across the UAE and the region to undertake internationally recognised certifications, including Certified Fire and Explosion Investigator and Certified Vehicle Fire Investigator.

It also enables access to the Certified Fire Investigation Instructor certification.

Certification and investigator training

According to Abu Dhabi Media Office, the authority has also certified 19 investigators from its technical teams through a training programme that included accredited courses and professional assessments based on internationally recognised protocols and standards.

The programme was described as strengthening incident analysis and root cause identification.

It was also presented as supporting preventive policy development and wider safety and response systems.

Institutional development and standards

Abu Dhabi Media Office said His Excellency Brigadier Salem Abdullah bin Barak Al Dhaheri, Director General of Abu Dhabi Civil Defence Authority, linked the accreditation and recognition to confidence in the authority’s training system and the competence of national cadres.

The authority said qualifying fire investigators to international standards forms part of its proactive prevention systems and supports data-driven decision-making.

NAFI also commended the authority’s training and qualification systems, stating that its programmes are aligned with international standards.

Upcoming webinar: From data to decision in the fight against wildfires

by AmericasAmericas - Breaking NewsAmericas - EventsBreaking NewsIFSJ ExclusivesSafetyWildland FireWildland Fire

Electric utilities across North America are facing a growing crisis as wildfire seasons become longer, more destructive and increasingly unpredictable. In response, industry leaders are shifting their strategy from reacting to fires to preventing them.

A new webinar, From Data to Decision: Powering the Future of Wildfire Prevention for Utility Networks, will explore how this transformation is taking shape on April 28.

REGISTER HERE

The upcoming session, hosted by IFSJ sister publication FSJA, will bring together experts and utility professionals to examine how data is being harnessed to reduce wildfire risk and protect critical infrastructure.

At the heart of this shift is a move beyond simple data collection toward actionable intelligence, insights that can guide decisions across operations, risk management and long-term infrastructure planning.

Modern situational awareness platforms and predictive analytics are playing a central role. Utilities are now integrating a wide range of data sources, including localised climate patterns, real-time weather observations, vegetation health and encroachment monitoring, asset condition reports, historical outage trends and wildfire progression models.

These inputs are enabling a more comprehensive understanding of risk across utility networks.

Emerging technologies are also expanding the toolkit available to utilities. Artificial intelligence-powered smoke detection systems, for example, are helping identify potential ignitions earlier than ever before, giving operators valuable time to respond before incidents escalate.

The webinar will highlight how advances in vegetation intelligence, machine learning applied to localised climate extremes, and infrastructure risk scoring are allowing utilities to prioritise mitigation efforts more effectively.

By focusing resources where they are needed most, companies can strengthen resilience while improving public safety outcomes.

Wildfire experts to speak

Among the featured speakers is Chris Waters, a retired Operational Division Chief from CAL FIRE with 25 years of experience in wildfire management. Waters, now Principal of Fireshed Forestry Solutions, brings deep expertise in fire behavior modeling, predictive analytics, and risk assessment, informed by his work on major incidents including the 2021 Dixie Fire.

Joining him is Chuck Parker, Vice President of Sales – Americas at Indji Systems, Inc., and Director of Business Development for the utility industry. With more than two decades of experience, Parker has contributed extensively to industry knowledge through expert papers and conference presentations focused on lightning science, natural hazards, and data-driven solutions for utilities.

As wildfire risk continues to redefine operational priorities, the webinar aims to provide attendees with practical insights into how leading utilities are leveraging data to move from awareness to action. The session underscores a broader industry trend: prevention, powered by intelligence, is becoming the new frontline in wildfire management.

Sign up for the webinar here: https://attendee.gotowebinar.com/register/666672836818352474

Passing the baton: 1st Attendance challenges compliance culture

by Breaking NewsEvacuationTraining

Paul Dennett, Owner and Managing Director of 1st Attendance, examines workplace fire training, compliance gaps, and how organisations prepare staff for real incident

Fire safety training is mandatory in UK workplaces, yet many sessions are designed mainly to demonstrate compliance.

Staff can still feel uncertain about spotting early warning signs, making decisions under pressure or using equipment in complex buildings such as universities, retail estates and large commercial sites.

This creates a gap between legal compliance and real preparedness when a fire develops.

1st Attendance delivers practical, instructor-led training in real working environments, using demonstrations and scenario-based discussion to improve risk recognition, evacuation behaviour and confidence.

The company works primarily with public-facing and multi-occupancy organisations across higher education, retail, care and commercial sectors.

Paul Dennett, Owner and Managing Director of 1st Attendance, started as a fire extinguisher engineer and now leads business focused on realism and decision-making.

IFSJ Editor Iain Hoey sat down with Paul Dennett to discuss how effective fire safety education should work today for staff in complex sites across sectors.

How would you describe 1st Attendance’s work and the organisations you mainly support today?

At its core, 1st Attendance delivers practical, face-to-face fire safety training that’s designed to work in the real world, not just on paper.

That includes fire warden training, fire extinguisher training, evacuation training and we also give wider compliance support.

We mainly work with commercial and public-facing organisations — higher education, retail, care environments, offices, and large multi-occupancy sites.

Many of our clients manage complex buildings or have large numbers of staff.

Where do you see the biggest gaps between compliance driven training and real preparedness?

The biggest gap is that compliance doesn’t automatically equal competence.

A lot of training meets the legal requirement but doesn’t change behaviour.

People sit through a presentation, tick the box, and then often forget about it because it isn’t relatable or delivered in an engaging way.

 In a real incident, if the training is not practical or relatable, it simply won’t surface when it’s needed.

Real preparedness comes from: Understanding why risks exist, recognising early warning signs, and knowing how to make decisions, not just follow instructions

How does your training help staff recognise early fire risks and make better decisions?

We focus heavily on risk awareness and decision-making, not just fire theory.

Our training uses real workplace examples, visual demonstrations and scenario-based discussion.

We encourage people to think about what fire risk actually looks like in their environment — poor housekeeping, misuse of equipment etc.

When staff understand risk in context, they’re far more likely to spot problems early and act appropriately.

We also talk openly about human behaviour under stress, so people aren’t surprised by how they and other people might react in a real situation.

Do fire risks and training needs differ across higher education retail and large commercial sites?

Yes — significantly.

While the core principles of fire safety stay the same, the risks, layouts, occupancy types, and behaviours vary a lot between sectors.

A university, for example, has very different challenges to a retail store or a standard office.

That’s why we don’t believe in a one-size-fits-all approach.

Training needs to reflect: the type of building, the people using it and how it operates day to day

When training feels relevant, engagement and retention improve dramatically.

Do employers face challenges keeping staff engaged with fire safety training and its lasting value?

Yes, engagement is one of the biggest challenges employers face.

A big part of the problem is perception.

Many people don’t feel that fire is something that will affect them personally — it’s always going to be someone else, somewhere down the road.

Because of that, fire safety can feel theoretical rather than real.

Modern life adds another layer.

My own social media feeds show me fires almost every day because of how algorithms work and the sector I’m in.

Most people’s feeds are very different, so they simply don’t realise how frequently fires actually occur in the UK.

If people don’t believe the risk is real or relevant, it’s difficult to keep them engaged.

That’s why training has to close that gap by showing how often incidents happen, how quickly situations develop, and how easily everyday risks can escalate.

Lasting value comes from: keeping sessions interactive, making the content relatable and linking training to real responsibilities

We also encourage employers to see fire safety training as part of a wider safety culture, not a once-a-year exercise.

When it’s treated that way, the learning sticks and people are far more likely to act appropriately when it matters.

Are there any areas of the training offer you are looking to develop or refine?

Yes — we’re actively developing our blended learning approach, combining high-quality face-to-face training with digital support tools.

The aim isn’t to replace practical training, but to reinforce it — refresher content, reminders, and ongoing awareness so learning doesn’t fade after the session ends.

We’re also refining how we support organisations with repeat training cycles, so knowledge stays current as staff change and sites evolve.

What should organisations prioritise so fire safety training improves outcomes in real incidents meaningfully?

The biggest priority is quality over convenience.

Organisations should ask: Does this training actually prepare people for real situations? Would staff know what to do under pressure? Is the training specific to our environment?

Fire safety training should build confidence, awareness, and decision-making ability — not just satisfy a requirement.

When organisations get that right, compliance takes care of itself, and outcomes improve when it matters most.

This was originally published in the March 2026 Edition of International Fire & Safety Journal. To read your FREE copy, click here.

Lighting the way in search and rescue operations: Streamlight outlines why beam control matters

by Breaking NewsLightingSearch and Rescue

Streamlight sets out why lighting is operationally critical, clarifies lumen and candela performance, compares equipment types and highlights the need for responder familiarity

Search and rescue operations are among the most challenging tasks faced by firefighters and emergency responders.

Whether operating in remote wilderness, collapsed structures, flood zones or urban environments after dark, the ability to see clearly and accurately is fundamental to success.

Lighting plays a critical role not only in locating casualties, but also in ensuring responder safety, maintaining situational awareness and enabling coordinated decision-making under pressure.

Modern search and rescue lighting has evolved far beyond basic illumination, offering specialised beam patterns, increased output and robust designs tailored to demanding operational environments.

Search and rescue missions frequently take place in conditions where natural light is limited or entirely absent.

Darkness, smoke, adverse weather and structural damage all combine to restrict visibility and increase operational risk.

Effective lighting allows responders to rapidly assess scenes, identify hazards, detect movement and confirm the presence of casualties.

Without appropriate illumination, even highly trained personnel can struggle to interpret terrain, depth or structural stability, increasing the likelihood of delays or injury.

Lighting also plays an important role in team coordination, enabling responders to signal positions, guide movement and maintain visual contact across complex or changing environments.

In many situations, well-chosen lighting can significantly reduce search times, which is critical when survivability is time dependent.

Understanding lumens, candela and beam patterns

Lumens, candela and beam pattern each influence how light behaves in real-world conditions and understanding how these factors work together is essential for effective deployment in search and rescue operations.

Lumens refer to the total amount of visible light emitted by a source.

In search and rescue environments, higher lumen output enables responders to illuminate larger areas and penetrate darkness more effectively.

High-lumen lights are particularly valuable during initial searches, wide-area sweeps and scene assessments, where broad visibility is required to quickly identify hazards, terrain changes or signs of life.

However, lumen output alone does not determine usefulness, as excessive brightness without proper control can lead to glare, reduced contrast and eye fatigue, particularly in close-range or smoke-filled environments.

Candela measures the intensity of light focused in a specific direction and is closely linked to beam distance.

A higher candela rating indicates a tighter, more intense beam capable of projecting usable light over longer distances.

In outdoor search and rescue operations, candela is especially important for scanning treelines, open fields, waterways or elevated ground, where potential casualties may be located far from the search team’s position.

Strong candela output allows responders to identify reflective materials, movement or contrasting shapes at range without needing to physically cover every area on foot.

Beam pattern defines how light is distributed between the central hotspot and surrounding spill.

Flood beams provide wide, even illumination across a broad field of view and are well suited to interior searches, confined spaces and close-range work where peripheral awareness is essential.

Spot beams concentrate light into a narrower pattern, delivering greater reach and intensity for long-range searching and identification.

Many modern search and rescue lights combine these characteristics, offering a balanced beam that supports both distance work and situational awareness.

Selecting an appropriate beam pattern for the environment is often just as important as output figures when it comes to operational effectiveness.

Streamlight lighting solutions in search and rescue

Different stages of a search and rescue operation place different demands on lighting equipment.

During initial searches, responders benefit from powerful, wide illumination that allows them to quickly assess terrain, structures or debris fields.

As operations progress and points of interest are identified, more focused beams become valuable for confirmation and navigation.

Interior searches require controlled light that reduces harsh shadows while still providing enough brightness to reveal hazards such as unstable flooring, sharp debris or restricted access points.

The most effective lighting strategies involve adapting output, intensity and beam shape to the environment, rather than relying on a single lighting solution for all tasks.

Streamlight has long been recognised for producing lighting tools designed specifically for emergency service professionals and its product range demonstrates how different lighting characteristics can be applied effectively across a variety of search and rescue scenarios.

For scene lighting and extended operations, portable area lights such as the Portable Scene Light and Portable Scene Light II provide broad, even illumination across large working areas, supporting command posts, casualty treatment zones and staging areas.

Their elevated light heads help reduce shadows and improve overall visibility, while rechargeable power systems and adjustable output levels support sustained use during prolonged incidents.

In hazardous or ATEX-regulated environments, the Vulcan® 180 HAZ-LO® ATEX offers reliable scene illumination while meeting stringent safety requirements, with a wide beam pattern and articulating head that allow light to be directed precisely where it is needed.

Hands free options for interiors

Hands-free lighting is essential during interior and close-quarters search operations, where responders must keep both hands free for tools, patient handling or navigation.

The Survivor® X ATEX is designed specifically for emergency service use, offering a durable, rechargeable platform with multiple lighting modes to support task-focused work and movement through complex environments.

The SL-SideSaddle® complements this by providing compact, hard hat or helmet-mounted illumination for close-range tasks, ensuring consistent visibility without adding unnecessary bulk or restricting mobility.

High-output handheld lights remain critical for scanning, identification and long-range assessment.

The Dualie® 3AA ATEX offers dual-light functionality, combining forward-facing and downward-facing illumination to improve situational awareness, while remaining suitable for hazardous locations.

For longer-distance searching, the ProTac® 2.0 HP and ProTac® HP-X deliver powerful, tightly focused beams with strong candela performance, allowing responders to identify reflective materials and points of interest at range.

Durable construction, multiple operating modes and rechargeable power options ensure dependable performance during demanding search and rescue operations.

Effective search and rescue lighting is rarely about relying on a single device.

Instead, it involves deploying a combination of lighting tools that complement one another across different operational phases.

High-output handheld lights support long-range scanning and rapid assessment, helmet-mounted lights provide close-range task illumination and scene lights ensure sustained visibility across larger working areas.

When used together, these tools allow responders to transition smoothly between wide area searching, focused investigation and hands-on rescue tasks without compromising safety or efficiency.

Lighting as a critical operational tool

Lighting remains one of the most critical yet underestimated components of search and rescue operations.

It is not simply about brightness, but about understanding how lumens, candela and beam patterns interact with real-world environments.

When the right lighting tools are matched to the right scenarios, responders can search faster, operate more safely and make better decisions under pressure.

Streamlight’s range of professional lighting solutions demonstrates how purpose-built design supports the demanding realities of search and rescue, helping firefighters and emergency responders perform at their best when it matters most.

This was originally published in the March 2026 Edition of International Fire & Safety Journal. To read your FREE copy, click here.