Streamlight introduces high-performance emergency lighting for tactical and industrial users

by Featured NewsLightingProducts

Streamlight expands emergency lighting portfolio with new ProTac series

Streamlight has announced two new high-intensity additions to its ProTac range, combining power, beam distance and durability for professional users.

The company launched the ProTac HP-X USB, the ProTac HP-X and the ProTac 2.0 HP, expanding its emergency lighting range for tactical, rescue and industrial applications.

All three handheld flashlights are designed to deliver focused beams and long-distance illumination, built to withstand demanding operational conditions.

Michael F. Dineen, President of Streamlight, said: “The new ProTac HP-X series delivers the high intensity beams and versatility that professionals such as those in law enforcement, search and rescue, security, and industrial operations depend on.”

He added: “Whether powered by USB rechargeable or disposable batteries, these lights provide robust, long-distance illumination with the durability and features our users have come to expect.”

ProTac HP-X and HP-X USB deliver focused high-candela beams

According to Streamlight, the ProTac HP-X USB and ProTac HP-X both produce 800 lumens and 105,000 candela, giving a beam distance of 648 metres.

The ProTac HP-X USB model includes a Streamlight SL-B26 rechargeable lithium-ion battery pack with an integrated USB-C charging port.

It provides up to 31 hours of run time and can recharge fully in five hours.

The ProTac HP-X version operates on two CR123A lithium batteries, offering flexibility for users who prefer disposable options and providing up to 24 hours of use.

Both models include a multi-function tactical tail cap switch with TEN-TAP programming, offering selectable modes including high/strobe/low, high only, or low/medium/high.

Each flashlight features an anti-roll face cap, a removable pocket clip, and a durable holster.

The lights are built from 6000 series machined aircraft aluminium with a Type II MIL-Spec anodised finish, making them impact-resistant to two metres and IP68-rated for dust-tight and waterproof operation.

ProTac 2.0 HP offers greater brightness and range

Streamlight said the new ProTac 2.0 HP produces 2,000 lumens and 85,000 candela, providing nearly five times the distance output of its predecessor.

The flashlight features three modes – High, Medium and Low – with run times ranging from 31 hours on Low to 2.5 hours on High.

Its strobe function offers a two-hour duration.

The ProTac 2.0 HP is powered by the Streamlight SL-B50 rechargeable lithium-ion battery with a sliding sleeve for access and an integrated USB-C charging port.

The battery includes LED indicators for charge status and a safety circuit to prevent overcharge or discharge.

Dineen said: “This latest addition to the ProTac series of tactical handheld lights provides first responders, security units, outdoor enthusiasts, and others a light that combines balanced brightness – both distance illumination and ultra-bright light – without sacrificing run times.”

He added: “Users will appreciate the convenience and ease of charging the battery pack either inside or outside of the light.”

The flashlight measures 15.5 centimetres in length, weighs 234 grams with the SL-B50 battery, and is IP67-rated for dust-tight and waterproof operation to one metre for 30 minutes.

Durable design across the ProTac series

All three lights share Streamlight’s emphasis on durability and operational versatility.

Each model is constructed from aircraft-grade aluminium and impact-tested to two metres, designed for professional use in search, security and emergency lighting scenarios.

The ProTac 2.0 HP and HP-X models include anti-roll heads, gasket-sealed lenses and holsters for field reliability.

Relevance for fire and safety professionals

Streamlight’s new ProTac models provide options for fire and rescue services, industrial site operators and emergency response teams requiring reliable high-candela illumination for low-visibility environments.

The combination of rechargeable and disposable power options supports deployment in varied operational settings, from confined-space searches to long-term incident response.

The high beam distances and water-resistant designs make the ProTac range suitable for inspection, search and rescue, and perimeter control where visibility and endurance are critical.

Procurement teams responsible for equipment selection may find the models relevant for standardising lighting tools across mixed emergency response fleets.

Streamlight expands portable scene light capability for emergency and industrial use

by Featured NewsLightingProducts

Streamlight boosts portable scene light output to 10,000 lumens

Streamlight has announced major performance upgrades to its Portable Scene Light and Portable Scene Light EXT, nearly doubling brightness from 5,300 to 10,000 lumens.

The company said the rechargeable floodlights now feature a redesigned head with 12 LEDs and wide-pattern reflectors that create a uniform flood beam with three selectable light levels.

Streamlight President Michael F. Dineen said: “The Portable Scene Light family now delivers nearly twice the brightness, making it an even more effective tool for use at first responder scenes or demanding job sites.”

“It also allows users to achieve a high output of 10,000 lumens, an extended run time of up to 12 hours, and the ability to run indefinitely on AC or DC power.”

“Their rapid deployment, telescoping poles, and stabilising legs make them indispensable for fire fighters, utility workers, and industrial professionals.”

Three brightness levels for flexible operation

According to Streamlight, the upgraded models provide three brightness modes for varied scene requirements.

On the high setting, the lights deliver 10,000 lumens, 95,000 candela, and a 616-metre beam distance with a two-hour runtime.

The medium setting produces 5,300 lumens, 49,500 candela, and a 445-metre beam distance lasting four hours.

The low setting offers 2,000 lumens, 22,450 candela, and a 300-metre beam distance with a 12-hour runtime, supporting extended operations in the field.

Both units deploy in less than 30 seconds and feature a telescoping pole with a rotating head for elevated lighting.

Extended reach and rugged construction

The Portable Scene Light extends to 182.88cm, while the Portable Scene Light EXT reaches 213.36cm, offering greater elevation and reduced glare.

Streamlight said onboard stabilising legs maintain balance on uneven terrain and in high winds, improving usability for outdoor and emergency operations.

Both models operate using a rechargeable 12V sealed lead acid battery that is maintenance-free and rechargeable up to 500 times.

For longer use, the units can operate continuously when connected to an AC or DC power source.

Designed for extreme environments

The manufacturer confirmed that both lights are IP67-rated for dust-tight and waterproof performance, allowing submersion in up to one metre of water for 30 minutes.

Each model is housed in high-impact thermoplastic for improved resistance to harsh conditions and consistent stability in high winds.

The Portable Scene Light measures 57.15cm long and 16.51cm wide, weighing 11.7kg, while the Portable Scene Light EXT weighs 11.9kg.

Both designs collapse for compact storage and easy transport between sites.

Relevance for fire and safety professionals

The enhanced brightness and runtime of Streamlight’s Portable Scene Light range provide practical advantages for fire and rescue services that rely on durable, rapid-deploy lighting during large-scale incidents and confined-space operations.

The ability to run indefinitely on AC or DC power offers flexibility for long-duration responses, particularly in emergency or industrial environments where access to power may vary.

The IP67 rating and stability features make the lights suitable for outdoor firefighting, utility repair, and disaster recovery scenarios, where dust, water, and uneven ground are common.

Procurement officers and equipment specifiers in emergency services and industrial safety sectors may find the upgrades relevant when evaluating portable lighting solutions that balance performance, resilience and portability.

New multi-fuel emergency lighting system introduced by Streamlight

by Featured NewsLightingLighting

Streamlight introduces Sidewinder Compact III for emergency lighting use

Streamlight has launched the Sidewinder Compact III, a multi-fuel flashlight designed for diverse emergency and field applications.

The company said the model provides multiple LED colour options, a 185-degree tilting head, and compatibility with helmets and gear mounts.

It explained that the light is built to deliver high performance in a compact, rugged housing suitable for operational and maintenance environments.

Michael F. Dineen, President of Streamlight, said: “We engineered this light with versatility at its core.

“It offers a powerful combination of compact design, high performance, and rugged reliability.

“Whether it’s mounted on a helmet, clipped to a vest, or used handheld, the Sidewinder Compact III is ready to perform.”

Multiple LED options for specialised tasks

According to the company, the Sidewinder Compact III is available in user-configurable versions that allow users to select two of three colour LEDs – red, green or blue – in addition to standard white and infrared (IR) outputs.

The military version includes white, red, blue and IR LEDs, while the aviation version contains white, green, red and IR LEDs.

Each LED operates at several brightness levels and includes a strobe mode for visibility or signalling.

The light can be powered by either one AA alkaline or one 3-volt CR123A lithium battery, supporting flexible energy use across different field conditions.

Compact design with extended runtime and durability

Streamlight stated that the white LED provides up to 275 lumens and 3,200 candela on High with a beam distance of 113 metres.

Run time exceeds 70 hours on Low when using an AA battery and over 100 hours with a CR123A battery.

The colour and IR LEDs also offer long run times designed for night vision protection and targeted visibility.

The flashlight includes a compound On-Off mode selector switch that separates On-Off, dimming, strobe and LED-selection functions.

A rotary selector knob features a tactile IR indicator and a pull-to-turn locking mechanism to prevent accidental mode changes.

The Sidewinder Compact III uses an unbreakable polycarbonate lens with a scratch-resistant coating for improved durability.

Mounting compatibility and environmental protection

The company said the light includes a durable belt and gear clip with integrated helmet mounting features, fitting existing Sidewinder mount adapters.

A cord attachment hole supports loads up to 11 kilograms.

Constructed from high-impact nylon, the Sidewinder Compact III is impact tested to three metres and waterproof to one metre for 30 minutes under IPX7 standards.

It measures 7.9 centimetres in length and weighs 85 grams with a AA battery or 77 grams when using a CR123A lithium battery.

Relevance for fire and safety professionals

The Sidewinder Compact III’s adaptable LED configuration and multi-fuel compatibility may be relevant for incident response teams, emergency service technicians and maintenance personnel who require reliable lighting in demanding environments.

Its 185-degree tilting head, helmet mount compatibility and extended runtime could support fire and rescue crews during low-visibility operations or post-incident inspections.

For aviation, military and tactical applications, its colour and IR LED options offer task-specific illumination and night vision protection.

Procurement officers and equipment specifiers in emergency services may find its modular design and rugged construction suitable for integrating into standard issue gear or specialised kits.

Olympia Electronics delivers emergency lighting system at Tower 42 in London

by Building ManagementFeatured NewsLightingProjects

Emergency lighting installed at Tower 42 in London

Olympia Electronics has completed an emergency lighting installation at Tower 42 in London, according to a company announcement dated July 2025.

The Greece-based manufacturer supplied emergency lighting units that were integrated into the skyscraper’s existing infrastructure.

The company confirmed that the project was delivered in collaboration with local partners in the United Kingdom.

The new system meets current European regulatory standards.

Tower 42 is one of the tallest commercial buildings in the United Kingdom.

Greek company provides lighting units for UK high-rise

Olympia Electronics is headquartered in Pieria, Greece, and produces electronic safety systems including emergency lighting, fire detection, and security products.

The company exports to over 72 countries.

Its technology is currently in use at airports, hospitals, commercial buildings, and critical infrastructure sites.

The company described the Tower 42 installation as one of several projects helping to strengthen its global business operations.

Olympia Electronics stated that the UK installation reflects its wider strategy to increase its participation in international projects.

Emergency lighting designed to meet European standards

According to Olympia Electronics, the installed emergency lighting system complies with European safety and quality regulations.

The company described the units as featuring modern technology and refined aesthetic design.

The project was completed in partnership with UK-based collaborators, though their names were not specified.

Olympia Electronics stated that the integration was designed to work with the building’s existing systems.

The company said the process was carried out to support uninterrupted building operations.

Company continues international expansion strategy

Olympia Electronics said the Tower 42 project supports its wider export strategy.

The firm has identified international expansion as a core element of its business model.

Its current global footprint includes exports to over 70 countries.

According to the company’s management: “Continuous investment in innovation, the development of high-tech products, and international outreach form the core of our strategic identity.

“Our presence in landmark projects, such as Tower 42, is tangible proof of the strength and reliability of Greek industrial products on the global stage.”

Electronic safety systems form core of business

Olympia Electronics produces a wide range of electronic safety systems for industrial and commercial use.

Its portfolio includes emergency lighting, fire detection systems, gas detection units, and building safety technologies.

The firm has undertaken projects in high-rise buildings, healthcare facilities, shopping centres, and public transport terminals.

It also partners with local providers to deliver region-specific system integration and compliance.

The company’s stated aim is to continue expanding its role in complex infrastructure projects across Europe and beyond.

Olympia Electronics delivers emergency lighting system at Tower 42 in London: Summary

Olympia Electronics has announced the completion of an emergency lighting project at Tower 42 in London.

The company supplied and installed emergency lighting units that meet European standards.

The system was integrated into the existing infrastructure.

The installation was completed in collaboration with local UK partners.

Olympia Electronics is based in Pieria, Greece.

The company exports to over 72 countries.

Its technology is used in buildings including airports, hospitals, and shopping centres.

The firm said the Tower 42 project aligns with its international expansion strategy.

Management said the project supports its innovation and outreach priorities.

Olympia Electronics manufactures electronic safety systems.

Its portfolio includes emergency lighting and fire detection products.

Lighting the future of firefighting: How Streamlight enhances safety for firefighters in high-risk environments

by Breaking NewsIFSJ ExclusivesLighting

Pedro Wolgemuth, International Regional Manager (Europe) at Streamlight® Inc, discusses how lighting tools can be essential life-saving gear in emergencies

Can you tell us about your background, how you joined Streamlight and your focus in this role?

I’m an Industrial Engineer with an MBA from the Instituto de Empresa in Spain and I’ve been working in the personal safety industry for more than two decades.

I started my journey at SCOTT SAFETY back in 2006, where I managed various European territories and eventually led the entire regional operation.

When 3M acquired SCOTT SAFETY in 2017, I stayed on and held several leadership roles there until mid-2024.

Joining Streamlight was an exciting next step for me.

The company has an exceptional reputation for quality and innovation, especially in high stakes environments like firefighting.

My focus here is to strengthen our distributor network across Europe and, more importantly, to build stronger connections with end users.

Understanding their real-world challenges helps us create lighting tools that are genuinely fit for purpose.

How important are lighting tools, like those from Streamlight, in modern firefighting?

Lighting tools are vital.

Firefighters often work in low visibility, life threatening conditions.

They are human beings, not superheroes and they rely heavily on their sense of sight to navigate, assess risks and perform rescues safely.

Streamlight designs its products entirely around the user.

Our lighting tools enhance situational awareness, improve visibility and are often the first line of defence in a dark or smoke-filled environment.

From battling structural fires to executing search and rescue missions, these tools are not just helpful, they’re lifesaving.

Crucially, our lights are built to meet stringent global safety standards.

That includes certification for use in explosive atmospheres, where a non-compliant device could have catastrophic consequences.

Firefighters need absolute trust in their equipment and that is something Streamlight delivers.

How have firefighter expectations changed when it comes to equipment, especially lighting gear?

There has been a significant shift in expectations.

Firefighters now expect more compact, lighter and brighter tools, without sacrificing performance.

They’re operating in tighter, more vertical spaces and speed is essential.

You cannot afford to wrestle with bulky or awkward equipment in a critical moment.

Battery life is a huge focus too.

Our users need lights that can go the distance, meaning long missions, fast recharge times and reliability in extreme conditions.

That is why we work closely with frontline teams when developing new products.

Their feedback directly shapes the design and functionality of our tools.

From LED technology, beam clarity, waterproofing, to heat resistance; every component is selected with real world performance in mind.

We’re not just creating lights; we’re crafting survival tools.

What features are now essential in professional firefighting lights?

Durability and safety are always at the top of the list, but we are also seeing more demand for intelligent functionality.

High candela output, for example, allows beams to penetrate smoke and fog more effectively.

But if the beam is too harsh or unfocused, it can disorient rather than help.

We focus on tight beam profiles and peripheral illumination to balance clarity with safety.

Battery performance is another vital area.

Many of our products offer dual power source options, such as rechargeable and alkaline batteries, so firefighters are never caught off guard.

Integrated battery status indicators monitor power levels in real time.

Hands free usability is key.

Whether it is a helmet mounted lights or right-angle torches clipped to turnout gear, firefighters need their hands free.

Tools like our Survivor® X ATEX are designed for seamless integration with PPE, without interfering with movement or accessibility.

Is there a product that really reflects what makes Streamlight’s approach special?

The Survivor® X ATEX really exemplifies Streamlight’s mission.

It’s a compact, right-angle light rated for use in explosive environments (Zone 0).

Available in rechargeable, alkaline and USB-rechargeable versions, it meets a wide range of operational needs and budgets.

What is special about this model is how it integrates multiple user-focused features.

The battery status indicator in the switch is a game changer, providing clear visual signals when power is running low.

The design includes a low-profile bezel to prevent snagging, glove friendly controls and an upgraded charge cradle that allows for one handed release, even with gloves on.

It produces 250 lumens, with a beam that reaches nearly 450 metres.

The light’s optics are engineered for maximum smoke-cutting ability and peripheral awareness.

And its rugged housing is IP67-rated, meaning it’s waterproof, dust-tight and impact-resistant up to 2 metres.

The Survivor® X ATEX is the kind of tool you can drop, soak, or freeze and it will keep going.

How does Streamlight ensure compliance with international safety standards?

International safety standards are a top priority for us.

Our lights undergo rigorous testing to achieve certifications like ATEX and IECEx, which are essential for use in explosive environments.

From mechanical stress tests to environmental endurance and electrical safety checks, we leave no stone unturned.

Our engineers design with compliance in mind from day one, not as an afterthought.

We also make sure our circuits are intrinsically safe, meaning that even in the event of a failure, there’s no risk of spark or ignition.

Beyond certifications, we work directly with end users to validate designs in the field.

Compliance isn’t just about passing a lab test, it’s about proving performance under the toughest conditions.

Why do firefighters continue to choose Streamlight over other brands?

Trust.

Firefighters trust our lights because they are built durably to withstand heat, water, impact and just about anything else a fireground throws at them.

But it’s not just about toughness.

We consistently excel in performance metrics like beam quality, battery life and rechargeability.

We support our products long after the point of sale.

Our after sales service is excellent and we offer training to ensure teams know how to get the best out of their tools.

Fire departments aren’t just buying torches, they’re investing in safety.

And when they do, they are looking for a manufacturer that shares that commitment.

What’s next for Streamlight and your focus within the fire sector?

We are committed to ongoing innovation.

Streamlight is always exploring new materials, more efficient energy systems and smarter integration with PPE and communication devices.

Sustainability is also a major focus, as we continue developing products that reduce waste and environmental impact.

Listening to our users will always be central to what we do.

The feedback loop we maintain with firefighters drives product development and keeps us aligned with real-world needs.

Whether it’s new mounting systems, beam adjustments, or battery advancements, we move fast to implement those ideas.

Our goal is simple: to make your job safer, easier and more effective every step of the way.

You can always expect more from Streamlight.

More durability, more functionality and more solutions tailored specifically to the fire services community.

This was originally published in the June 2025 Edition of International Fire & Safety Journal. To read your FREE copy, click here. 

From compliance to resilience, with ABB 

by Breaking NewsLighting

Fabio Mercurio, Business Line Leader at ABB, explores how emergency lighting is shifting from passive compliance to a smart, integrated pillar of building resilience 

For decades, emergency lighting systems were treated as little more than a regulatory checkbox – static, passive and often overlooked. Early systems lacked sophistication and reliability, designed merely to satisfy minimum compliance standards rather than actively support safety in a crisis.  

In the wake of Covid-19 and amid rising safety expectations, emergency lighting is undergoing a transformation. No longer an afterthought, it has long since become as a foundation for safety resilience, redefining how we design, operate and safeguard modern buildings.  

Drivers and disruptors 

A combination of regulatory, technological and demographic factors are all contributing to the development of smarter, more sustainable and more resilient solutions in The emergency lighting industry’s evolution. 

Regulatory pressures are among the biggest drivers. Across the globe, the introduction of more stringent safety codes and compliance requirements is raising expectations around performance, reliability and ease of maintenance.

One of the contributing factors driving the introduction of stricter regulations is aging infrastructure – increasingly susceptible to faults – which is creating additional urgency for reliable emergency lighting solutions that meet safety standards and perform in critical situations. 

Technological innovation is also enabling faster and more cost-effective compliance. Advances in LED (Light Emitting Diode) lighting technology, now the de facto standard for modern systems, are delivering energy savings of up to 60% over traditional fluorescent systems, combined with longer lifespans and reduced maintenance costs.  

Meanwhile, the shift to lithium batteries offers greater reliability and sustainability, significantly reducing the frequency of replacements.

Fabio Mercurio

In parallel, digitalisation is accelerating the adoption of IoT-enabled fixtures, centralised monitoring and automated self-testing systems, helping to ease labour demands, enable predictive maintenance and improve overall system reliability. 

Rapid urbanisation and operational pressure are also playing a role in reshaping expectations. With 68% of the world’s population expected to live in urban areas by 2050, demand is rising for robust systems that can safeguard high-occupancy spaces in the event of disruption, while also supporting business continuity.

As such building owners and operators are seeking out future proof solutions that not only meet compliance needs but also support broader operational resilience goals and reduce total cost of ownership. 

Together, these factors are shaping the design and functionality of today’s emergency lighting solutions, with a growing focus on energy savings, automation and integration. 

Sustainable, smarter and more integrated  

In addition to their low energy consumption and extended lifespan, LEDs are commonly paired with lithium batteries and sustainable materials such as recyclable plastics. The result is a modern lighting system designed to minimise both environmental impact and maintenance costs throughout its lifecycle.

ABB’s recently launched EcoSolutions reflect this approach, integrating energy-efficient components and recyclable materials to support sustainable building goals. 

Fabio Mercurio

ABB EcoSolutions™ products are developed in line with the company’s circularity framework, incorporating more sustainable materials, energy-efficient components and end-of-life considerations such as take-back services and recyclability. Each product is accompanied by a third-party verified Type III Environmental Product Declaration, with lifecycle data accessible via QR code. 

Emergency lighting is also getting smarter. IoT-enabled systems and automated testing tools are helping to ease the operational burden on facility management teams, especially as the industry contends with a global shortage of skilled technical labour. A 2024 ManpowerGroup report into the global talent shortage found that 75% of global employers are struggling to find the talent they need.  

IoT-enabled LED systems are a major growth driver for the emergency lighting market, with increasing adoption across the commercial and industrial building sectors.

Fabio Mercurio

When integrated with building management systems, the solutions enable remote, real-time monitoring and centralised control. Faults can be detected before they become critical, allowing for proactive maintenance, rapid response times and reduced operational costs. 

Automated self-testing systems can help to simplify the process, performing necessary checks and reporting on any issues detected without the need for manual intervention. However, it’s important to distinguish between standalone self-testing units, which still rely on manual status checks and fully monitored systems that offer centralised oversight, real-time diagnostics and streamlined compliance reporting.  

While both approaches ensure regulatory compliance, fully automated monitored systems also enhance overall reliability, delivering much-needed peace of mind to building operators and owners. ABB’s Naveo®Pro and Nexus®Pro platforms, used in buildings across Europe and North America, reflect this shift by enabling automated testing and compliance at scale. 

Looking ahead, the next generation of emergency lighting will be cloud-connected, intelligent and fully interoperable.

Fabio Mercurio

These systems won’t just respond, they’ll integrate seamlessly with broader building technologies to enable faster, smarter action in critical moments. 

AI may also play a growing role in this evolution, with future systems able to dynamically adapt their behaviour based on the specific nature and severity of an emergency. Instead of simply illuminating standard exit routes, AI-powered lighting could prioritise alternative paths, issue targeted voice or visual alerts in real time and even coordinate with fire alarms and emergency services to support a more effective response. 

Progress at pace 

The pace and nature of adoption differs significantly from country to country. These variations are influenced by regional regulations, infrastructure maturity, differing levels of risk tolerance, as well as the historical development of building safety standards.  

With a large construction sector, long-standing safety standards and a growing emphasis on energy efficiency, the US is a key player in the global emergency lighting sector.

Fabio Mercurio

According to a Research and Markets’ report, North America was the largest region in 2024, accounting for around a third of the global market share. While Europe is seen as setting the pace on regulatory pressure and carbon reduction targets, North America’s scale and investment continue to shape the industry’s development. 

Europe’s emergency lighting market generated $1.816 billion in revenue in 2024 – a figure expected to climb to $3.503 billion by 2030. This growth is driven by well-established regulations mandating effective emergency lighting in public buildings, alongside sustainable, energy-efficient solutions.  

In the Middle East and Asia, rapid urbanisation, ambitious construction projects, such as Saudi Arabia’s $500 billion NEOM megaproject and growing investment in smart technologies is fuelling demand for intelligent, integrated emergency lighting solutions.  

Latin America, by contrast, has been slower to adopt advanced emergency lighting systems, in part due to limited fire safety regulations. However, growing awareness of international best practices is leading to gradual adoption.  

Emergency lighting is no longer just about compliance; it’s become central to resilient building strategies worldwide. With industry embracing sustainability, digitalisation and integration, emergency lighting is stepping into a new role: an active, intelligent safeguard that supports building safety even in the most critical situations.  

This was originally published in the June 2025 Edition of International Fire & Safety Journal. To read your FREE copy, click here.