Sponsored By Oxley Developments
www.oxleygroup.com
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24 Mar 26. Leonardo DRS Introduces THOR, Delivering Decisive Edge Computing Power to the Modern Battlefie.Leonardo DRS, Inc. (Nasdaq: DRS) announced today the introduction of THOR – Tactical, High-Performance Embedded Computing, Open Architecture, Rugged – a rugged, open-architecture 3U VPX embedded computing chassis purpose-built to deliver high-performance processing at the tactical edge. Designed for combat vehicles, tactical platforms, and emerging mission environments, THOR provides the scalable computing backbone warfighters need to run artificial intelligence, fuse multi-sensor data, and make faster, more informed decisions under fire.
As the U.S. military accelerates its modernization agenda across ground, air, and emerging domains, the demand for deployable, high-density computing at the point of need has never been greater. THOR directly addresses this requirement. Aligned with the Sensor Open Systems Architecture (SOSA™) and the Department of War’s Modular Open Systems Approach, THOR enables rapid technology insertion, reduces vendor lock-in, and provides a clear upgrade path—ensuring combat systems remain effective against evolving threats without costly platform redesigns.
“Today’s battlefield demands computing solutions that are as agile and resilient as the forces they support,” said Denny Crumley, senior vice president and general manager of the Land Electronics business unit at Leonardo DRS. “THOR was designed from the ground up to meet that challenge. It brings together open-architecture flexibility, military-grade ruggedness, and the processing power required for AI-enabled operations—all in a form factor that deploys where it matters most. THOR represents a significant step forward in our Advanced Sensing and Computing portfolio, and it reflects our commitment to delivering technology that gives warfighters a decisive advantage.”
Engineered to MIL-STD-810, MIL-STD-1275, MIL-STD-461, and ATPD-2404 standards, THOR operates reliably in extreme temperature, shock, vibration, and electromagnetic environments where commercial computing solutions fail. The chassis supports a broad range of compute payloads—including Intel®, Arm®, and NVIDIA®-based single board computers, high-performance GPUs for AI and machine learning inference, and RF and digital signal processing modules for electronic warfare and secure communications. With internal data rates up to 100 Gbps and support for cyber security capabilities, THOR delivers the low-latency, high-throughput performance that advanced sensing and network-centric operations demand.
THOR is optimized for size, weight, and power-constrained platforms and is available as a configurable chassis kit or as a fully integrated Leonardo DRS subsystem—combining the company’s computing, sensor, software, and secure communications technologies into a mission-ready package. This flexibility enables system integrators and program offices to rapidly prototype, evaluate, and field advanced capabilities with reduced integration risk and a clear path from demonstration to full-rate production.
Beyond defense, THOR’s compute density, ruggedness, and standards-based architecture make it well-suited for demanding commercial and industrial applications—including advanced robotics, machine vision, railway and transportation monitoring, and field-deployable scientific instrumentation—where deterministic, high-reliability performance is essential.
The introduction of THOR reinforces Leonardo DRS’s position as a trusted provider of next-generation advanced sensing and computing technologies that improve situational awareness, accelerate decision-making, and reduce the cognitive burden on commanders and crews operating in complex, multi-domain environments. THOR will be showcased at the AUSA Global Force Annual Meeting & Exposition in Huntsville, Alabama. To learn more, visit the Leonardo DRS booth #1433 or go to www.LeonardoDRS.com. (Source: BUSINESS WIRE)
25 Mar 26. Bittium has today announced the launch of its next‑generation software router. Bittium FUSOR™ (Flexible Unifying Software Router) strengthens communications for the defense forces of different countries by enabling seamless, flexible, and cost-efficient expansion of Bittium networks. The software router supports the formation of hybrid networks by connecting tactical networks with, for example, fixed networks and 5G, as well as expanding tactical networks into larger network entities. A wide, multi-technology network allows effective operational activities across services and military branches.
The software router is part of Bittium’s proven portfolio of routing products, including the Bittium TAC WIN Tactical Router™, Bittium Tough SDR™ radios, and the Bittium Tough Comnode™ communication device. FUSOR introduces an alternative way for deploying routing capability on virtual platforms. It is a flexible solution that is easy to deploy and replicate within existing network infrastructure.
FUSOR utilizes the same advanced routing protocol as Bittium’s routing devices, enabling the formation of a seamless Mobile Ad‑hoc Network (MANET) that dynamically selects the optimal path for communications at all times. This adaptive routing capability allows network nodes to move freely without the need for manual reconfiguration when network topology or connection quality changes. The network is easy to deploy, resilient, and ensures continuous communications even in highly dynamic and contested operational environments.
“Effective command and control of forces and operational performance rely on seamless communications between all forces. Bittium’s network solutions enable interoperable, secure and future-ready communications that operate across different defense environments. Our new FUSOR software router provides our customers with greater agility and more options for building and expanding their networks. Thanks to the software‑based approach, all our capabilities are adaptable to future performance requirements,” said Tommi Kangas, Senior Vice President of Bittium’s Defense & Security business segment.
Bittium FUSOR is available for customer evaluation and pilot deployments.
More information about FUSOR: https://www.bittium.com/defense-security/bittium-fusor
16 Mar 26. The Subsurface Battlespace Just Got Clearer: SitaWare Maritime Launches PMI Planning Capability. Systematic has introduced a major new capability in SitaWare Maritime, enabling navies to safely coordinate submarine operations across coalition forces.
In modern naval operations, friendly submarines often operate in the same contested waters as allied ships, aircraft and other submarines. PMI planning tools help commanders coordinate these movements safely by analyzing potential conflicts in four dimensions and ensuring clear separation between assets before operations begin.
“The addition of PMI planning capabilities takes SitaWare to new depths,” said Commander Nicholas Kristof, US Navy (Retired), a former submariner who now serves as Director of Defense Sales at Systematic. “This addition will enable the world’s Submarine Operating Authorities to employ SitaWare in their planning processes. Before this update, that just wasn’t the case.”
Coalition Submarine Operations: From Opacity to Clarity
SitaWare Maritime’s latest software release offers submarine planners the ability to ensure safe separation between submarines and other maritime and air assets by analyzing operations across four dimensions: time, latitude, longitude and depth. The capability uses dynamic moving havens that chart a submarine’s planned route, providing a shared understanding of where submarines are expected to operate at specific times.
“In multinational operations, clarity and predictability are essential,” said Lasse Krabbesmark, Product Manager at Systematic. “PMI ensures that coalition partners can operate together safely whilst maintaining the necessary level of information sharing.”
Submarine movement and operations plans can be shared using standard NATO message formats, enabling allied forces to understand when areas are active, when sensors can be deployed, and how to distinguish friendly submarines from potential threats. SitaWare’s PMI tool controls and deconflicts these plans prior to dissemination.
As a commercial off-the-shelf solution built on NATO interoperability standards, SitaWare Maritime’s PMI capability integrates seamlessly with existing naval command and control systems, enabling rapid deployment across coalition task forces without lengthy integration programmes.
Mine Countermeasures: Unlocking Freedom of Manoeuvre
Building on this foundation of enhanced coalition coordination, Systematic also confirmed that an advanced Mine Countermeasures (MCM) Planning capability will be released later this year. Where PMI ensures submarines can operate safely together, MCM Planning enables coalition forces to clear the path ahead, further strengthening SitaWare Maritime’s position as the comprehensive naval command and control solution for multinational operations.
The capability allows mine warfare officers to select available units and define operational areas, after which the system suggests an optimised plan for distributing assets to clear or survey mined waters.
“This is not just about visualisation, it’s about collaboration and efficiency,” said Krabbesmark. “By proposing a coordinated plan, the system helps coalition forces achieve mine clearance objectives faster and with greater consistency.”
The MCM Planning capability supports operations in littoral and contested environments and is designed to scale across national and multinational task groups.
Continuous Innovation Across the SitaWare Suite
SitaWare Maritime is part of the world-leading SitaWare Suite from Systematic, delivering command and control capabilities across land, maritime, and joint domains. With twice-yearly updates, the first release cycle of 2026 demonstrates Systematic’s commitment to delivering cutting-edge capabilities that address real operational challenges across the force.
As submarine operations intensify in the Indo-Pacific, North Atlantic, and Baltic Sea regions, and as mine warfare capabilities proliferate in littoral zones from the Persian Gulf to the Arctic, SitaWare Maritime’s enhanced capabilities address the immediate coordination challenges facing NATO and allied naval forces operating in these contested environments.
Alongside the Maritime release, SitaWare Insight version 1.9 extends the suite’s intelligence and decision support capabilities across all domains, including:
Three new AI capabilities including AI-powered terrain analysis from satellite imagery, AI track prediction based on historical movement patterns, and enhanced Wingman search across uploaded mission documents, giving commanders faster, more actionable intelligence.
NATO imagery interoperability with native support for NATO Secondary Imagery Format (NSIF) in accordance with STANAG 4545, with extracted metadata fully searchable by text, time, and location.
Flexible data modelling through a new Custom Data framework that allows operators to define their own structured data formats and make them searchable without vendor configuration.
Improved platform monitoring and collaboration including a new status dashboard with per-service tracking and alerts, shareable Data Lake URLs, and a new Data Lists application for managing and acting on intelligence holdings.
Expanded automation and AI development with new Robot processors for event monitoring, entity linking, and format conversion, alongside MLFlow support and a data science handbook for users building custom AI models.
About Systematic
Systematic is a leading provider of mission-critical software solutions for defence, national security, and healthcare sectors. The company’s SitaWare suite delivers comprehensive command-and-control and situational awareness capabilities used by armed forces and security organisations worldwide. With a focus on interoperability, reliability, and user-centric design, Systematic’s solutions enable effective decision-making in complex operational environments and support NATO’s commitment to technological superiority and alliance interoperability.
11 Mar 26. On Land and in the Air: Daimler Truck Enters Partnership with German Drone Manufacturer Quantum Systems. Daimler Truck has signed a Memorandum of Understanding (MoU) with the German company Quantum Systems. The goal is close cooperation in the field of unmanned aerial and ground systems for defence operations. Through Quantum Systems’ software MOSAIC, information from air and ground systems will be integrated. By integrating its vehicles into MOSAIC, Daimler Truck aims to improve the operational picture and thereby enhance the protection of personnel involved. A Mercedes‑Benz Arocs integrated into MOSAIC is currently being presented at the military specialist conference Log.Net 2026 in Koblenz.
Daniel Zittel, Head of Defence Sales at Daimler Truck AG: “By integrating our vehicles into MOSAIC, we will be able to seamlessly network them with other ground-based systems and unmanned aerial systems. At the same time, we are developing our trucks into partially autonomous and unmanned vehicle platforms.”
Defence strategy: cooperation with selected partners
As one of the world’s largest manufacturers of commercial vehicles, Daimler Truck can produce military vehicle solutions at large scale. Unmanned vehicles are also expected to be provided with industrial scalability in the future.
To achieve this, Daimler Truck combines its development and manufacturing expertise with the technological know-how of specialized partners and start-ups. Cooperation with technology partners is a central component of Daimler Truck’s defence strategy, enabling new capabilities to be integrated into vehicles reliably and quickly.
Contribution to Europe’s technological sovereignty
Beyond the operational collaboration, the partnership also has strategic significance for Germany and Europe. It strengthens European automotive, autonomy, and AI capabilities as key technologies in the defence sector. At the same time, the partners contribute to reducing technological dependencies and expanding resilient supply chains for security-relevant capabilities and manufacturing.
23 Mar 26. Lockheed Martin, a global defence technology leader, has announced a new UK-based technology initiative led by its Skunk Works® division aimed at developing new and advanced defence capabilities and technologies. The announcement comes as the company joins the UK’s Manufacturing Technology Centre (MTC) as a Tier 1 partner.
Named the Technology Roadmaps initiative, it leverages expertise from Skunk Works® to support the sovereign development and delivery of cutting-edge defence technologies to UK customers.
The company said the initiative introduces a grassroots model, focused on collaboration with small and medium UK enterprises (SMEs) while building on existing relationships with UK government organisations, academic institutions and industry partners in areas identified in the UK’s Strategic Defence Review.
Identified technology priorities include artificial intelligence, autonomy, cyber, material technologies and space manufacturing, and initial projects will focus on creating immediate capability from existing technologies. The initiative will share best practices, contribute to ecosystem learning and deliver purposeful innovation for the UK’s defence needs.
The announcement follows the successful delivery last year of Skunk Works® first international project, the TIQUILA uncrewed aerial system programme for the British Army. Other recent successful Skunk Works® UK activities include “Project DEIMOS” live-fly demonstrations that showcased interoperability between the Royal Air Force’s F-35 fleet and NATO allies, and the collaboration with BAE Systems’ FalconWorks to develop a range of uncrewed autonomous air systems for global allies, announced at DSEI last September.
Tier 1 membership of the MTC will also see Lockheed Martin collaborate with that UK organisation on core research, capabilities and investments, and play a leading role in managing projects that address key challenges faced by defence industry supply chains.
“Lockheed Martin recognises that for the UK Government, defence is an engine for growth, and cooperation of this type delivers for the UK, the US and their allies – moving technology faster, driving supply chain resilience and creating shared economic growth for all parties,” said Paul Livingston, CBE, Chief Executive for UK and NATO at Lockheed Martin.
“The Technology Roadmap initiative with UK industry and partners such as MTC will help us build on the long legacy of transatlantic excellence to deliver mutual security benefits today and into the future,” said OJ Sanchez, Vice President and General Manager, Lockheed Martin Skunk Works.
Sir Rick Thompson, KCB, CBE, Managing Director of Defence at the Manufacturing Technology Centre, said: “Lockheed Martin joining the MTC as a Tier 1 member sends a clear signal about the strength of the UK’s defence industrial base and our innovation ecosystem as it continues to grow in response to an increasingly uncertain world. By working with partners like Lockheed Martin, we can help companies across the supply chain adopt the technologies they need to compete, scale and seize the opportunities created by the government’s Defence Industrial Strategy as a driver of growth.”
Specific projects conducted in collaboration with the MTC will focus on delivering scalable, adaptable and agile manufacturing with reduced costs and lead times for customers. The efforts will concentrate on additive manufacturing, automation, augmentation and digital integration, addressing common challenges such as accelerating the delivery of new technologies to the front line.
The membership is also intended to accelerate SME technology readiness levels, helping emerging concepts progress more rapidly toward deployable solutions. The effort aligns with Lockheed Martin’s SMEUnite initiative which has grown to include over 180 British companies.
Headquartered in London, Lockheed Martin UK, the UK arm of Lockheed Martin Corporation, contributes around £2 billion to the national economy each year and sustaining around 26,000 British jobs – 2,000 directly and 24,000 more across 800 supply chain partners, more than 500 of which are SME businesses.
As a trusted British-American strategic defence partner for over 85 years, it combines innovation, ingenuity and exploration to boost resilience, grow industrial capacity, sustain high-value jobs, and deliver meaningful economic impact on both sides of the Atlantic.
19 Mar 26. IFS launches IFS.ai Logistics, transforming enterprise transport management with Industrial AI.
- IFS.ai Logistics unites AI-driven planning, zero-touch execution, freight audit, and network optimisation into a single closed operational loop—turning logistics from a hard-to-govern cost centre into a strategic advantage
- Click here for hi-res image
IFS, the leading provider of Industrial AI software, today announced the launch of IFS.ai Logistics, an AI-powered logistics intelligence platform purpose-built for enterprises operating complex, multi-carrier, multi-region transport networks. The new solution extends Industrial AI into the physical movement of materials and goods—the operational heartbeat of industrial enterprises worldwide. IFS already manages $2.4 trillion in critical assets for its customers; IFS.ai Logistics adds the logistics intelligence layer that connects operational decisions to financial outcomes across the full supply chain.
Building beyond 7bridges technology, which was acquired in 2025, IFS.ai Logistics delivers a single closed operational loop spanning transport planning, automated execution, freight audit, cost governance, and continuous network optimisation. It operates within IFS Cloud, alongside Enterprise Asset Management, Field Service Management, Enterprise Resource Planning, and Supply Chain Management and is composable with third-party platforms, reducing adoption friction for enterprises managing complex multi-system environments.
Overcoming costly logistics blind spots
Enterprises today spend five to ten percent of revenue on transportation, yet logistics remains one of the hardest costs to govern. Data is fragmented across carriers, regions, legacy systems, and spreadsheets. The result: logistics teams in reactive mode, unable to act on data they cannot see, trust, or compare. For large manufacturers and logistics providers, a one-percent inefficiency in freight spend can represent tens or hundreds of millions of dollars in avoidable annual cost. Against a global logistics market valued above $9 trillion today and projected to approach $20 trillion within the decade, the industry needs structural transformation, not incremental automation.
IFS.ai Logistics addresses this directly across four capability areas:
- AI-driven transport planning and carrier selection replace manual decision-making with intelligence-led optimisation across modes, legs, and trade lanes.
- Zero-touch automated execution eliminates booking errors and operational overhead with real-time shipment visibility and intelligent exception handling.
- A finance-grade freight audit engine validates every invoice at line-item level, applying automated GL coding, surfacing billing discrepancies, and managing dispute workflows to recover leakage.
- A network intelligence and simulation layer enables continuous what-if scenario modelling, from carrier strategy and cost forecasting to emissions planning and procurement consolidation.
Underpinning all four capabilities is a logistics-native data model that standardises and harmonises fragmented transport data into a single trusted intelligence layer with one source of truth for reporting, forecasting, and continuous network improvement.
Philip Ashton, President, IFS.ai Logistics, commented: “Logistics is one of the largest, most frequently disrupted and least-governed cost categories in global industry, and the consequences show up directly in EBITDA. Over the last five years we have seen that when AI is applied at scale, directly inside specific industry applications, like enterprise logistics operations, customers can capture value within weeks—they begin to protect margins, improve service reliability, and increase operational agility. With IFS.ai Logistics, this is exactly what we are delivering: an AI-driven platform that closes the loop between every operational logistics decision and its financial consequence. This is Industrial AI applied where it matters most.”
The launch of IFS.ai Logistics builds on IFS’s continued expansion across the physical supply chain. Alongside solutions such as the recently acquired IFS Softeon for warehouse management and fulfillment, IFS.ai Logistics introduces an intelligence layer that connects transport planning, automated execution, freight audit, and network optimisation. Together, these capabilities help organisations create a more connected flow of materials and goods from warehouse operations through to final delivery, enabling more informed decisions across inventory, fulfillment, carrier selection, transport execution, and freight cost management.
Keith Kirkpatrick, VP & Research Director, The Futurum Group, commented: “Futurum’s research shows that nearly half of enterprise decision-makers are planning agentic AI deployments in supply chain management, and the supply chain software segment is accelerating toward double-digit annual growth through 2031. Yet the current vendor landscape remains dominated by legacy planning and execution tools that were never designed for AI-native intelligence. IFS.ai Logistics addresses a genuine market gap—bringing closed-loop AI across transport planning, execution, audit, and optimisation into a single platform. For industrial enterprises spending five to ten percent of revenue on freight and transportation, the ability to connect every logistics decision to its financial consequence is transformational.”
11 Mar 26. ULTRA PCS Delivers Choice and Flexibility to Customers with Getac’s Rugged Solutions. Ultra PCS is a leading provider of safety and mission-critical solutions to the military and commercial aerospace industries. When developing its Ultra Electronic Architecture Kit (UltraEAK®), the company knew that providing rugged yet affordable computing hardware was essential to delivering successful outcomes especially in small, highly mobile platforms.
As these industries have become increasingly digitised, the need for more electronics in land and air vehicles has grown significantly. As a result, many onboard systems have also grown in complexity, with proprietary standards and complicated architecture making integration more and more difficult.
Ultra PCS is at the forefront of the effort to solve this issue by creating open architectures for vehicles that negate the need for highly bespoke, expensive solutions. A key example is Generic Vehicle Architecture (GVA) – part of the larger UK MoD Land Open Systems Architecture (LOSA) – which provides a cost effective open, distributed power and data backbone, enabling simpler integration of multiple sensors, weapons, communications and platform management systems.
Ultra PCS offers a range of products that enable the implementation of GVA, such as its Ultra Electronic Architecture Kit (UltraEAK®); a fully open, modular and scalable solution that combines proprietary software with rugged hardware to provide seamless integration of data for vehicle systems. UltraEAK® is offered as a fully inbuilt fixed solution, or as a removeable mobile solution installed on a rugged Commercial Off-The-Shelf (COTS) device that allows customers to use the same UltraEAK® hardware across multiple vehicles via secure onboard docking stations.
Flexibility is central to Ultra PCS’s offering, so in order to give customers the widest possible choice of COTS devices, Ultra PCS knew it needed to partner with proven rugged hardware providers within its UltraEAK® ecosystem.
Solution
Building on previous collaboration, Ultra PCS identified Getac as an ideal rugged hardware technology partner for UltraEAK®. In particular, the UX10 fully rugged tablet and V110 fully rugged laptop were chosen for their combination of powerful processing capabilities, fully rugged reliability and cost-conscious price points, giving customers two proven options when choosing rugged COTS devices to be part of their UltraEAK® solution.
Fast and adaptable, the UX10 fully rugged tablet offers an exceptional computing experience in a wide range of challenging environments. Featuring a powerful Intel® i7/i5 processor, the MIL-STD-810H and IP66- certified UX10 delivers great performance with uncompromising durability, while a 10.1-inch FHD LumiBond multi-touch display with 1,000 nits of brightness makes reading and multitasking simple, even in bright sun or adverse weather conditions. The UX10 also offers a wide range of robust security options including integrated fingerprint reader, smart card reader, magnetic stripe reader, RFID reader, and Windows Hello face-authentication camera, all while weighing just 1.15KG (2.56 Lbs).
The V110 fully rugged laptop features a powerful Intel® CoreTM processor alongside an 11.6″ LumiBond touchscreen boasting 1,000 nits of brightness, making complex tasks easy. Extensive connectivity options include Wi-Fi 6E, Bluetooth 5.3, optional 4G LTE/5G Sub-6 and GPS module, while optional 64GB DDR4 + 2TB storage supports intense data activities in the field. Like all Getac products, the V110 has been built rugged from the ground up for maximum reliability in a diverse range of use cases and user scenarios. MIL-STD-810H, and IP65 certifications ensure the device can withstand regular knocks, drops, spills, and vibrations, while optional ANSI/UL 12.12.01 and salt fog resistance are also available on request.
Benefits
With Getac as a hardware technology partner in the UltraEAK® ecosystem, Ultra PCS can offer customers an extensive level of choice when customising UltraEAK® solutions to fit both their needs and budget.
The UX10 tablet and V110 laptop both blend powerful processing with fully rugged reliability and versatile functionality in an affordable COTS device, saving customers money over a fully inbuilt UltraEAK® solution while giving them the ability to remove and use the UltraEAK® hardware across multiple different vehicles as needed.
“Every customer situation is unique, which means their EAK solution needs to be as well. Customer choice and flexibility are both core tenets of our business, so when developing UltraEAK® we knew that working with proven rugged device manufacturers would play an essential role in enabling us to deliver the level of choice our customers desire without compromising on overall solution quality or effectiveness” says John Puddy, Director – Land Systems, Ultra PCS. “Our technology partnership with Getac enables us to offer an extensive range of industry-leading hardware options that our customers can rely on time and time again, regardless of the situation, scenario, or weather conditions in which they are being used.”
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Oxley Group Ltd
Oxley offer a range of Military Marine NVG friendly LED lighting that includes navigation lights and controls, flight deck landing lights and interior compartment lighting. Our lighting products are used by Navies around the world including our own Royal Navy on UK Aircraft Carriers, Canadian Frigates, Swedish Submarines, Australian Surface vessels and Submarines, on board French Naval Carriers and in Naval Gun Turrets.
https://oxleydevelopments.cmail20.com/t/t-l-cdhkulk-yujhutkljd-r/
The technology is extremely energy efficient and built robustly, with proven long life. The lighting is NVG friendly, dimmable and programmable to allow for operations with aircraft pilots using military night vision goggles. They offer superior design giving high reliability for the most demanding environments with high sealing and the ability to meet the most stringent EMC standards.
https://oxleydevelopments.cmail20.com/t/t-l-cdhkulk-yujhutkljd-y/
Oxley are proud to say that we are working in partnership with SeaKing to enable a control panel to be offered with our LED Navigation Lighting. All of Oxley navigation lights have been specifically developed for vessels over 50 metres.
Contact Marcus Goad on 07850 917 263 for more information or to arrange samples.
Oxley specialises in the design and manufacture of advanced electronic and electro-optic components and systems for air, land and sea applications within the military sector. Established in 1942, Oxley has manufacturing facilities in the UK and USA and enjoys representation worldwide. The company’s products include night vision and LED lighting, data capture systems and electronic components. Oxley has pioneered the development of night vision compatible lighting. It offers a total package incorporating optical filters, equipment modification, cockpit and external lighting along with fleet wide upgrade services including engineering, installation, support, maintenance and training. The company’s long experience of manufacturing night vision lighting and LED indicators, coupled with advances in LED technology, has enabled it to develop LED solutions to replace incandescent and fluorescent lighting in existing applications as well as becoming the lighting option of choice in new applications such as portable military hospitals, UAV control stations and communication shelters.
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