mynextchapter

🇵🇱

[mynextchapter @Deeteem1]

To the untrained eye, this might look like blurry dirt, but it's actually Somalians who Polish border guards caught trying to illegally enter Poland 🇵🇱

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Joseph Goebbels during the Nazi book burning

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@nypost lol can you blame him

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@nypost Hero

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@RadioZET_NEWS Just hang him

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@visegrad24 @KMPLublin Well said

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@DocStrangelove2 Regular black kid in Chicago

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Today we mourn Polands catfish that was assassinated by Ukrainians. Is this the final blow in polish Ukrainian relations?

[mynextchapter @Deeteem1]

@DeItaone We know 😔

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I bought my first industrial property cash with “abandoned” oil tanks in the parking lot. Because it was industrial they did a phase 2 when I went to sell it and they were all leaking or partially filled with oil. I can’t remember how much it was to abandoned and soil mediation but it was a miserable experience I try to block out. Being a small world I ran into the original seller with his family at a restaurant and ruined everyone’s night 🫣

[mynextchapter @Deeteem1]

L3Harris F-PANO: The Most Advanced Night Vision Goggle Ever Built

Four tubes. Thermal fusion. ATAK battlefield data overlay. Live ISR feeds streamed directly to your eye. The F-PANO is not an upgrade to the GPNVG-18 quad-tube system that defined a generation of SOF night operations. It is a different category of device.

HOW NIGHT VISION WORKS

Before explaining what makes the F-PANO extraordinary, it helps to understand what night vision goggles actually do — because most people's understanding comes from green-tinted movies, and the reality is considerably more interesting and technically sophisticated.

Image Intensification (II) — the classic approach. A conventional night vision goggle works by collecting the tiny amounts of light that exist even in apparent darkness — moonlight, starlight, ambient urban glow — through a lens, and then amplifying that signal through an image intensifier tube. Inside the tube, photons hit a photocathode, release electrons, those electrons are accelerated and multiplied through a microchannel plate, and the resulting signal hits a phosphor screen that produces the image the operator sees. The classic green image colour comes from the phosphor screen. Modern systems use white phosphor, which produces a greyscale image that the human visual system processes faster and with more detail than green phosphor.

Thermal imaging (LWIR) — the second sensor. Thermal cameras detect infrared radiation — heat — emitted by objects rather than reflected light. A human body at 37°C emits thermal radiation that a thermal imager can detect against a cooler background. Thermal imagers work in total darkness, through smoke, through light rain, and through most conventional camouflage, because they are detecting the object's own heat output rather than relying on reflected light. The limitation of thermal imaging is that it provides less detail than II — you see a clear heat signature but less structural detail and texture.

The fusion concept. If you overlay thermal imagery on top of image intensification, you get the best of both: the detail and resolution of II with the all-conditions heat detection of thermal. A target that would be invisible to II in complete darkness — because there is no light to amplify — shows up as a thermal signature. A target that is camouflaged against a background — cold, dressed to defeat thermal — still appears in the II image. Fused sensors are harder to defeat than either sensor alone. This fusion concept is the core of what makes the F-PANO different from everything that came before it.

THE F-PANO SENSOR STACK — WHAT THE OPERATOR SEES

II IMAGE (BASE)Amplified ambient light — white phosphor greyscale. Full resolution. Shows terrain, structures, faces, equipment detail.

THERMAL OVERLAYLWIR heat detection overlaid on the II image. Human bodies, vehicle engines, and warm weapons glow against cold backgrounds. Works in zero visible light.

ATAK OVERLAYAndroid Tactical Assault Kit data displayed in the field of view — friendly force positions, objective markers, waypoints, and operational data without looking away from the environment.

ISR FEEDLive imagery from drones, aircraft sensors, and other battlefield systems streamed via Intra-Soldier Wireless Network directly into the goggle. See what the overhead drone sees, in your goggle, in real time.

FROM MONOCULAR TO PANORAMIC — THE NIGHT VISION EVOLUTION

The F-PANO is the latest step in a progression of night vision technology that has moved from a single tube monocular to a fully networked panoramic sensor fusion system over four decades. Understanding the progression helps clarify why the F-PANO represents a genuine generational leap rather than an incremental improvement.

AN/PVS-7 — single tube binocular. One image intensifier tube, monocular display, 40-degree field of view. Standard US Army NVG for a generation. Effective but severely limited — operators lost significant peripheral awareness and experienced depth perception problems. The green imagery gave Special Operations Forces an edge in the Gulf War and Somalia, but the single-tube limitation was always a constraint.

AN/PVS-14 — dual tube monocular. Still the most widely deployed NVG in the world. Two tubes, 40-degree FOV, can be head-mounted or weapon-mounted. Significant improvement over the PVS-7 but still limited field of view. The standard NVG for most NATO armies today. Poland's conventional military forces still operate the PVS-14 widely.

GPNVG-18 — quad tube panoramic. L3Harris's breakthrough. Four image intensifier tubes, 97-degree field of view, two centre tubes providing forward depth perception and two outer tubes providing peripheral vision. White phosphor imagery. First truly panoramic NVG. Used in the raid on Osama bin Laden's compound in 2011. Adopted by Delta Force, SEAL Team Six, US Army Rangers, SAS, GROM, and every tier-one special operations unit that could access it. Changed the standard for elite night operations.

F-PANO — fused panoramic networked system. Takes the GPNVG-18's quad-tube 97-degree panoramic platform and adds thermal fusion, ATAK digital overlay, Intra-Soldier Wireless Network connectivity, and ISR feed integration. The result is not just a better night vision goggle — it is a heads-up display for the battlefield, drawing from multiple sensor sources simultaneously.

THE FOUR CAPABILITIES THAT DEFINE THE F-PANO

Each of the F-PANO's four headline capabilities addresses a specific limitation of conventional night vision and a specific requirement of modern tier-one special operations. None of them is trivial. Each one changes what an operator can do in the dark.

FUSED THERMAL + IMAGE INTENSIFICATION

The F-PANO displays a real-time fusion of its thermal sensor and image intensifier tubes in a single image. The operator does not switch between thermal and II — both sensors operate simultaneously and are blended into a single composite view. This means a person lying still behind vegetation appears in thermal while the vegetation itself appears in II. A vehicle engine that has recently run glows in thermal against a dark background. Cold-weather combatants who have reduced their thermal signature still appear in II. Dual-sensor fusion makes the target invisible to neither sensor — he has to defeat both simultaneously to disappear.

ATAK — BATTLEFIELD IN YOUR EYE

ATAK (Android Tactical Assault Kit) is the US military's primary battlefield situational awareness software — the digital map that shows friendly positions, enemy markers, objectives, routes, and tactical data. On a standard smartphone or tablet, ATAK requires the operator to look down at a screen. On the F-PANO, ATAK data is displayed as an overlay within the 97-degree field of view of the goggle. The operator sees the real world through the goggles and simultaneously sees digital tactical data overlaid on that world — friendly positions as icons, objective markers at known coordinates, danger areas flagged. No screen. No looking away. The battlefield intelligence is where the operator's eyes already are.

INTRA-SOLDIER WIRELESS — ISR TO THE EYE

The Intra-Soldier Wireless Network connects the F-PANO to other sensors and systems on and around the battlefield. The most operationally significant capability this enables is streaming live ISR (Intelligence, Surveillance, Reconnaissance) feeds from overhead drones and aircraft directly to the goggle. A JSOC operator approaching a target building can see a live overhead drone feed in his goggle, showing the positions of individuals inside the compound, their movement patterns, and any threats on the far side of walls he cannot see directly. The drone becomes an extension of his eyes. The leap in tactical awareness this provides over conventional NVGs is not incremental — it is categorical.

AUGMENTED REALITY INPUTS

Beyond ATAK tactical data, the F-PANO is designed to receive and display augmented reality inputs from connected systems — ranging from weapon system data and range information to sensor outputs from team members' equipment. The system creates what L3Harris calls a "hyper-enabled operator" — an individual warfighter whose personal sensor package, connectivity, and information display capability approaches the situational awareness that was previously only achievable at a command centre with multiple screens and analysts. Everything comes through the goggle. The operator's hands stay on the weapon.

WHY THIS TECHNOLOGY MATTERS NOW — THE UKRAINE CONTEXT

The F-PANO was designed for USSOCOM's specific requirements — small teams, complex environments, the kind of night operations that JSOC has been conducting for two decades. But the Ukraine conflict has done something unexpected: it has made the underlying technology — thermal fusion NVGs with networked battlefield data — relevant to conventional infantry operations at a scale nobody anticipated.

Night has changed. Russian forces have operated extensively with thermal imaging equipment — both handheld devices and drone-mounted sensors. Ukrainian forces have documented hundreds of cases where Russian troops with thermal imaging detected Ukrainian positions that conventional NVGs could not detect on the Russian side because the Ukrainians had no thermal capability. The asymmetry was deadly. The lesson NATO drew from this observation is that thermal imaging is no longer a special forces luxury — it is a baseline requirement for any infantry unit that expects to survive night operations against a peer adversary.

Networked vision is the next frontier. Ukrainian drone operators streaming live feed to infantry commanders has demonstrated in real operational conditions exactly the tactical advantage that the F-PANO's ISR connectivity provides. A Ukrainian platoon commander with a tablet showing a drone feed of the tree line 300 metres ahead has a fundamental advantage over a Russian platoon commander who can only see what his soldiers can see. The F-PANO brings that advantage to the individual operator level — the drone feed goes into every soldier's goggle, not just the commander's tablet.

The GPNVG-18 at Abbottabad — the public understanding baseline. When the raid on Osama bin Laden's compound was publicly described, it was noted that the operators were equipped with panoramic night vision goggles that gave them a significant visual advantage over the compound's defenders. Those were GPNVG-18s. The F-PANO takes the GPNVG-18's panoramic advantage and adds everything else — thermal, ATAK, ISR feeds. If the GPNVG-18 was a decisive advantage at Abbottabad in 2011, the F-PANO represents the same kind of generational leap over the GPNVG-18 that the GPNVG-18 represented over the PVS-14.

The F-PANO operationalises a concept the Ukraine conflict has validated at scale: the operator who can see more, on more frequencies, with more contextual data, wins the night. Not because they are braver or better trained — though those matter — but because they have more information per second than their adversary. The F-PANO is information superiority hardware worn on your face.

PROCUREMENT — WHO HAS IT AND WHAT IT COSTS

The F-PANO was unveiled at SOFIC (Special Operations Forces Industry Conference) in 2019 and entered Low Rate Initial Production (LRIP) in early 2022 under a $7.9 million LRIP contract with USSOCOM. Initial deliveries were directed to JSOC units — specifically the most demanding direct action units who were early adopters and evaluators during the development phase. These are the units who told L3Harris what worked and what needed to change.

LRIP is how the US military manages the transition from development to full production for complex systems. It means production is happening at reduced volume while the operational feedback from initial field units is incorporated and production quality is validated. The F-PANO is still in this phase for most units. Full rate production, when authorised, will significantly expand availability to broader SOF formations and eventually to allied nation procurement channels.

Cost. The GPNVG-18 commercially retails for approximately $43,000–$48,000 per unit — a price that reflects both the manufacturing complexity and the market reality that buyers who need this system will pay for it. The F-PANO, with its additional sensor, wireless module, and processing capability, will cost significantly more. Exact pricing under the USSOCOM contract is not publicly disclosed, but industry analysts estimate $65,000–$90,000 per unit for initial LRIP production, with the expectation that full rate production pricing would come down as volume increases. For comparison, a conventional PVS-14 retails for approximately $3,500–$5,000.

NATO allies. Allied nation access to the F-PANO follows the Foreign Military Sales channel and requires US government export authorisation. Given the system's integration with ATAK — which itself requires access to the US tactical network ecosystem — allied nations seeking the F-PANO need to be deeply integrated into the US digital battlefield architecture. The most advanced NATO SOF units — those operating in JSOC-adjacent roles and equipped with full US digital communications suites — are the realistic near-term allied customers. Poland's GROM, which has operated alongside JSOC in multiple theatres, is precisely this profile.

For broader NATO conventional forces, the more immediately accessible path is the ENVG-B (Enhanced Night Vision Goggle-Binocular) — a dual-tube fused thermal system that provides the thermal fusion and ATAK connectivity of the F-PANO at lower cost and without the quad-tube panoramic format. The US Army awarded a $263 million second production order for ENVG-B to L3Harris in January 2025, having already delivered more than 18,000 systems. The ENVG-B is the F-PANO's conventional force equivalent — better than anything most NATO allies currently field, and achievable at a price that defence budgets can accommodate for wider distribution.

L3HARRIS AND POLAND — A DEEPER RELATIONSHIP THAN JUST NIGHT VISION

The F-PANO is an American SOF system, currently at LRIP and not yet widely available to allied nations. But L3Harris's relationship with Poland is considerably broader than this single product line — and is expanding rapidly in 2025 and 2026.

L3HARRIS IN POLAND — CURRENT ACTIVITY

PAC-3 Attitude Control Motors — Zielonka, Poland. L3Harris has issued a purchase order to Polish defence company WZE (Wojskowe Zakłady Elektroniczne) to produce Attitude Control Motors for the PAC-3 Patriot missile — making Polish industry a certified supplier for the Patriot missile supply chain. Equipment installed at WZE's Zielonka facility. Low-rate initial production expected soon. This is the same Patriot missile system that guards Polish airspace under the WISŁA programme.

Viper Shield — EW for Polish F-16s. In August 2025, Poland selected L3Harris's AN/ALQ-254 Viper Shield electronic warfare system for its F-16 Block 52+ fighters. Viper Shield gives Polish F-16 pilots the same advanced EW capabilities available to allies operating the new F-16 Block 70 variant — the ability to identify, locate, and counter threats faster. L3Harris is providing Viper Shield to F-16 fleets in seven countries.

EO/IR sensors — Katowice. L3Harris began producing electro-optical and infrared sensor systems in Katowice in August 2025, supporting ISR missions across Europe. This is exactly the sensor type that feeds the ISR streams the F-PANO is designed to receive.

VAMPIRE counter-drone system. In February 2026, L3Harris and Thales demonstrated upgraded VAMPIRE counter-drone systems during live testing at a Polish military base — directly relevant to Poland's urgent counter-UAS requirements at its eastern border.

The pattern is clear: L3Harris is not just a vendor to Poland. It is becoming an embedded industrial partner — manufacturing in Poland, training Polish workers at its US facilities, and integrating Polish defence industry into global missile and sensor supply chains. For Polish special forces seeking access to F-PANO class technology, the existence of this deep industrial and technical relationship is the political and commercial foundation that makes future procurement conversations credible.

[Special Ops Magazine @specialopsmag]

The view from L3Harris F-Pano NVG's.

The F-Pano is an advanced combat optic that merges panoramic night vision with thermal overlays, developed for SOCOM.

Pricetag: $100k+

[mynextchapter @Deeteem1]

RTX in Poland: 50 Years, 9,400 Employees, and Two New Factories.

The world's largest aerospace and defence company just opened a new factory in Poland this morning. Here is the full story of how a 1937 engine plant in Rzeszów became America's most important aerospace manufacturing base outside the United States.

2 June 2026 — Collins Aerospace, an RTX business, opened its newly expanded 22,000 square-metre manufacturing facility in Tajęcina, Poland this morning. The $69 million expansion creates 190 new jobs and increases landing gear production capacity by nearly 25%.

WHO IS RTX — AND WHY SHOULD YOU CARE
RTX, listed on the New York Stock Exchange under the ticker RTX, is the world's largest aerospace and defence company. It reported sales of more than $88 billion in 2025 and employs over 185,000 people globally. It is based in Arlington, Virginia, and operates through three divisions: Collins Aerospace, which makes aircraft systems, avionics, and aircraft interior components; Pratt & Whitney, which designs and manufactures jet engines for both commercial and military aircraft; and Raytheon, which makes missiles, radar systems, and electronic warfare and intelligence systems.

Most people in Poland know Raytheon as the company that makes the Patriot missile defence system — the system at the heart of Poland's WISŁA programme, which is the most significant defence investment Poland has made in a generation. What many people do not realise is that RTX has been in Poland for fifty years, employs more people in Poland than in any country other than the United States, and operates nine major facilities across the country making everything from jet engine parts for the F-35 to landing gear to reconnaissance pods for the Polish Air Force.

In 2026 alone RTX has announced or opened $169 million in new investment in Poland — $100 million for Pratt & Whitney's Rzeszów expansion and $69 million for Collins Aerospace's new Tajęcina factory. This is not a company that is managing a legacy presence. It is a company that is doubling down.

RTX makes the engines in Polish F-16s and F-35s, the missile system protecting Polish airspace, the landing gear on aircraft across Europe, and the spy pods the Polish Air Force just bought to watch its eastern border. It has been doing this — in Poland, with Polish engineers, at Polish factories — since 1976. It employs 9,400 Poles and is hiring more.

HOW IT STARTED — FROM 1937 TO A $169M INVESTMENT YEAR

The story begins not in 1976 but in 1937, when the Polish government built the Wytwórnia Silników Nr 2 — Engine Manufacturing Plant Number Two — in Rzeszów as part of the Central Industrial District, a pre-war government programme to build industrial capacity in the geographic centre of Poland away from vulnerable border regions. That factory would survive the Second World War, the communist era, and the economic turbulence of the 1990s to become, eventually, the cornerstone of RTX's European manufacturing operation.

Rzeszów engine factory founded as Wytwórnia Silników Nr 2, part of Poland's Central Industrial District pre-war industrial programme. The site that would become Pratt & Whitney's flagship European facility begins as a state-owned engine plant.

RTX's formal relationship with Poland begins. The state-owned WSK-Rzeszów factory starts supplying engine components to Pratt & Whitney Canada — the first transatlantic supply chain link. This date is what RTX counts as its 50-year anniversary in 2026.

Kalisz facility opens as Poland's aerospace manufacturing base expands. The plant grows into the largest aerospace facility in the Greater Poland region, eventually specialising in precision gear systems for jet engines including the GTF.

WSK-Rzeszów joins United Technologies (RTX's predecessor company), ending six decades of state ownership. The factory's transition from communist-era state enterprise to world-class private aerospace manufacturer is complete. Employment stabilises and investment accelerates.

Rzeszów Aviation Valley initiative launches. Pratt & Whitney is the anchor company that attracts 170 aerospace businesses to the region. The cluster now employs 34,000 people including 13,000 engineers — one of the densest aerospace engineering concentrations in Central Europe.

WSK-Rzeszów formally renamed Pratt & Whitney Rzeszów S.A. The American identity of the factory is now explicit. At this point the facility is producing components for the F-16, F-35, GTF commercial engine, and APUs.

Raytheon opens Warsaw headquarters to support the WISŁA programme — Poland's Patriot missile defence acquisition. A state-of-the-art office dedicated to managing Poland's most important defence procurement of the modern era.

$197M MS-110 contract — Poland becomes the first NATO member to acquire the MS-110 Multispectral Reconnaissance System. Seven advanced reconnaissance pods for the Polish Air Force, with AI and machine learning for near-real-time imagery processing.

Pratt & Whitney announces $100M Rzeszów expansion — new facility for isothermal forged engine parts. 30% increase in output of rotating compressor and turbine disks by 2028. Supports growing demand for the GTF, F135, and F100 engines.

Collins Aerospace opens new $69M Tajęcina factory — today. 22,000 square metres. 190 new jobs. Landing gear production capacity up 25%. RTX celebrates 50 years in Poland.

THE THREE RTX BUSINESSES IN POLAND — WHAT EACH ONE DOES

RTX's Polish presence operates through all three of its businesses. Each one has a distinct role, a distinct location footprint, and a distinct client base — but all three feed into the same strategic logic: Poland is the right place to make precision aerospace and defence equipment for European and global markets.

PRATT & WHITNEY — THE ENGINE MAKER

Pratt & Whitney is the largest RTX business in Poland, operating four facilities and employing the majority of RTX's Polish workforce. It is the largest single employer in the Rzeszów region. In plain English, Pratt & Whitney makes the parts that go inside jet engines — the precision-engineered metal components that spin at thousands of RPM in temperatures that would melt most materials. Making these parts requires equipment, expertise, and processes that very few facilities in the world possess. Poland has become one of those facilities.

PRATT & WHITNEY
Rzeszów
4,450+ employees · Founded 1937
The flagship. Largest employer in the Rzeszów region. Makes compressor parts, turbine structures, and APUs. Key supplier for the F-16 (F100 engine), F-35 (F135 engine), and GTF commercial engine family. A $100M expansion now underway adding isothermal forging, heat treatment, and sonic machining for a 30% output increase by 2028. The site has designed, validated, and certified more than 30 engine types.

PRATT & WHITNEY
Kalisz
1,600+ employees · Since 1992
The largest aerospace manufacturing facility in Greater Poland (Wielkopolska region). Specialises in precision gear systems — the fan drive gear system that makes the GTF engine 16–20% more fuel efficient than conventional designs. Also makes shafts, couplings, vanes, and drive components. Fully automated production lines under continuous development.

PRATT & WHITNEY
Niepołomice (near Kraków)
Specialist facility
Pratt & Whitney Tubes — a specialist RTX facility producing high-precision tube assemblies for various engine systems. Based in the Niepołomice Special Economic Zone southeast of Kraków, part of the broader Małopolska aerospace cluster that includes Daikin's new €300M factory and growing defence industrial activity.

PRATT & WHITNEY
Rzeszów Aviation Valley
34,000 in the cluster · 13,000 engineers
Pratt & Whitney was the anchor company that created the Aviation Valley cluster in 2003. Today 170 aerospace businesses operate in the Rzeszów region together. It is one of the largest aerospace engineering concentrations in Central Europe and a direct result of RTX's decision to invest heavily in the region after acquiring WSK in 2002.

COLLINS AEROSPACE — THE AIRCRAFT SYSTEMS MAKER

Collins Aerospace makes the systems that go on aircraft rather than inside the engines — landing gear, hydraulic systems, avionics, passenger cabin equipment, safety systems. Its Polish facilities serve a primarily European commercial aviation market alongside military programmes. Two major expansion events define Collins Aerospace in Poland right now.

COLLINS AEROSPACE · OPENED TODAY
Tajęcina (near Rzeszów)
190 new jobs created in 2026 · $69M investment
The new expanded facility opened this morning, 2 June 2026. The 22,000 sqm manufacturing site makes landing gear systems — the undercarriage that every aircraft lands on. Capacity is up 25%. Part of the broader Rzeszów aerospace cluster, a few kilometres from the Pratt & Whitney main campus. Collins also makes high-precision aerospace components at this site.

COLLINS AEROSPACE
Krosno & Tajęcina (existing)
Aerospace precision manufacturing
Collins Aerospace's existing Krosno and Tajęcina campus manufactures and develops high-precision aerospace components and systems. A key supplier in the European aerospace manufacturing network with strong engineering capabilities developed over decades in the Podkarpacie region.

COLLINS AEROSPACE
Wrocław
1,100 employees · MRO & engineering
Maintenance, repair, and overhaul facility serving European, Middle Eastern, and African aviation clients. Repairs hydraulic actuators, evacuation slides, oxygen crew masks, galley inserts, business-class seat components, cargo bay equipment, and power supply systems. Engineering team also develops hydraulic and pneumatic systems for fuel, air management, and aircraft control. Expanding its EMEA client portfolio actively.

RAYTHEON — THE MISSILE AND RADAR MAKER

Raytheon's Polish presence is the newest of the three but carries the highest strategic significance. Its entire Polish operation is built around a single programme: WISŁA — Poland's acquisition of the Patriot air and missile defence system, the most consequential defence procurement decision Poland has made since joining NATO.

RAYTHEON
Warsaw HQ
Opened 2019
State-of-the-art Warsaw headquarters opened specifically to manage the WISŁA programme. Raytheon has invested in Polish talent to develop missile defence expertise domestically. Works with Polish industrial partners to build a local supply chain for Patriot components, ensuring Polish industry benefits from and contributes to the programme rather than simply receiving imported systems.

RAYTHEON · WISŁA PROGRAMME
Poland-wide
Patriot + LTAMDS
Poland's WISŁA programme delivers the combat-proven Patriot surface-to-air missile system alongside the new LTAMDS — the Lower Tier Air and Missile Defense Sensor, a new 360-degree active electronically scanned array radar replacing the legacy Patriot radar. LTAMDS is more capable against ballistic missiles, cruise missiles, and hypersonic threats. Poland is one of the first NATO allies to field it.
WHAT RTX MAKES FOR POLAND'S MILITARY — SPECIFICALLY
RTX is not just an employer in Poland. It is the primary technology partner for the Polish Armed Forces' most advanced equipment. Here is what Polish soldiers and pilots depend on RTX to provide:

RTX PRODUCTS IN ACTIVE POLISH MILITARY SERVICE OR CONTRACTED

▸F100-PW-229 engine — the engine powering Poland's fleet of F-16C/D Block 52+ fighter aircraft. Every time a Polish F-16 takes off, it is running on a Pratt & Whitney engine with components made partly in Rzeszów

▸F135 engine — the engine for Poland's 32 ordered F-35A Lightning II fifth-generation fighters. The F135 is the world's most advanced production fighter engine. Rzeszów makes components for it

▸Patriot PAC-3 air defence system — the ground-based missile defence system protecting Polish airspace, covering Warsaw and other key strategic sites. Multiple batteries procured and being expanded. The system that every European NATO ally wants and Poland has deployed.

▸LTAMDS — Lower Tier Air and Missile Defence Sensor — Raytheon's next-generation Patriot radar, being integrated into Poland's WISŁA programme. 360-degree coverage versus the legacy 120-degree Patriot radar. Significantly more capable against modern threats including hypersonic missiles.

▸MS-110 Multispectral Reconnaissance System — contracted January 2026, $197 million, seven pods for the Polish Air Force. Poland is the first NATO member and only the fourth air force in the world to acquire this system. It provides AI-powered day-and-night, wide-area, long-range imagery that defeats camouflage and decoys in near real time. The surveillance eyes that watch Poland's eastern border from the air.

WHY POLAND

When executives at RTX are asked why Poland is their most important manufacturing base outside the United States, they give four answers. They are all true.

Engineering talent that is genuinely world-class. The Aviation Valley cluster alone has 13,000 engineers. Polish technical universities — Rzeszów University of Technology, the AGH University of Science and Technology in Kraków, Warsaw University of Technology — produce aerospace engineers who have been working with Pratt & Whitney since 2002 and who carry twenty years of specialised knowledge in isothermal forging, precision gear manufacturing, and engine component quality certification. You cannot build that knowledge base anywhere else quickly. RTX has it in Poland because RTX built it in Poland over decades.

Cost structure that makes production economics viable. Producing precision aerospace components in Poland costs significantly less than producing them in the United States, the United Kingdom, or Germany, while meeting the same quality and certification standards. This is not about cheap labour — aerospace component manufacturing is skilled, capital-intensive work. It is about the structural cost advantage of operating in a country where wages, property, energy, and regulatory costs are materially lower than Western Europe while quality is indistinguishable.

Political and strategic alignment. Poland is the most committed US ally in Europe. It is spending 4.7% of GDP on defence. It is buying F-35s, Patriot systems, Abrams tanks, Apache helicopters, and HIMARS rocket artillery — all American systems. When the United States government wants to ensure that allied nations invest in American defence industrial capacity, Poland is the country that actually does it. RTX's investment in Poland is partly commercial logic and partly the deliberate cultivation of the alliance's most reliable Eastern European member.

Geography for European market access. Poland sits in the centre of Europe with excellent rail and road connections to Germany, the Czech Republic, the Baltics, and Ukraine. For a company supplying components to European aircraft manufacturers and defence clients, central Poland is a better location than almost anywhere in Western Europe for logistics to the entire continent.

RTX has 9,400 employees in Poland. That is more than the entire workforce of many Polish industrial companies. It is the largest single American employer in the Polish aerospace sector. It pays Polish taxes, trains Polish engineers, and buys from Polish suppliers. The $169 million in new investment announced in 2026 alone will create hundreds of new jobs and train hundreds of new engineers. This is what a 50-year industrial partnership looks like. Not a contract. Not a procurement relationship. A commitment that outlasted communism, transition, three Polish governments, and two global financial crises.

WHAT THIS MEANS FOR THE POLISH ECONOMIC STORY
RTX's Polish operation is a microcosm of a larger pattern that defines the Polish economic miracle: Western companies come for the cost structure, stay for the talent, and eventually find that their Polish operations are not the cheap alternative to their home base but the preferred location for their most technically demanding work.

The Rzeszów Aviation Valley is the clearest example. Pratt & Whitney did not plan to create a 34,000-person aerospace cluster when it acquired WSK in 2002. It planned to produce engine components cost-effectively. What happened instead is that the quality of the Polish engineering workforce attracted more companies, which trained more engineers, which attracted still more companies, which made Rzeszów one of the most important aerospace manufacturing hubs in Europe. That is not an investment outcome. That is an economic transformation.

For investors watching Poland, the RTX story is both a data point and a signal. Companies of RTX's scale and technical sophistication do not expand production capacity in a country unless they believe the workforce, the infrastructure, and the political environment will be stable and productive for decades. A $100 million production expansion has a payback period measured in decades. RTX is betting on Poland for the long term. That bet is consistent with every other major Western industrial investor that has entered the Polish market and stayed.

[mynextchapter @Deeteem1]

@realEstateTrent I never expect anything and encourage them to invest it in there new venture when offered. I genuinely want everyone to be successful.

[The Knowledge Archivist @KnowledgeArchiv]

"Evil cannot create anything new, it can only corrupt and ruin what good forces have invented or made"

—J.R.R. Tolkien

[PRZEkanał @PRZEkanal]

🗣️@KosiniakKamysz o @GrzegorzBraun_ ⤵️

„Jeżeli takie oszołomy jak pan Braun dojdą do władzy, to oni w ogóle się nie będą zastanawiać czy rozmawiać z Ukraińcami, tylko będą tam toporem wygrażać”

Źródło: @tvp_info

[mynextchapter @Deeteem1]

@gofishh77 Boys need a father, girls need a father also. Write that down.

[mynextchapter @Deeteem1]

This UN Land Cruiser survived two drone strikes while delivering supplies to civilians living in Ostriv Ukraine, one of Kherson’s hardest hit areas.

[mynextchapter @Deeteem1]

The Armored Toyota Land Cruiser: Military, NATO, Special Forces, NGOs, and World Leaders

The most trusted vehicle on earth — who builds it, who rides in it, what it costs, and why nothing else comes close in a conflict zone.

WHY THE LAND CRUISER — THE WORLD'S DEFAULT CONFLICT ZONE VEHICLE

There is a vehicle that appears in virtually every war, every humanitarian crisis, and every presidential motorcade outside the Western world. It is not a purpose-built military truck. It is not a flagship limousine. It is a Japanese SUV first engineered for rough terrain in the 1950s that has, through seven decades of relentless refinement and unmatched real-world reliability, become the single most trusted four-wheeled platform on earth for anyone whose life depends on their vehicle not breaking down.

The Toyota Land Cruiser — in its 70 Series, 200 Series, and 300 Series forms — is the vehicle of choice for British SAS operating in Syria, US Delta Force conducting operations across Africa, UN and ICRC aid workers driving through active minefields, and heads of state from Nairobi to Manila. It is the vehicle of NATO allies training on Eastern Europe's eastern flank. It is the vehicle that armies, intelligence agencies, NGOs, and governments reach for when the environment is hostile, the terrain is unforgiving, and failure is not an option.

What Toyota does not build is the armored version. The base Land Cruiser leaves the factory as a commercial vehicle. The transformation — ballistic steel, armored glass, run-flat systems, reinforced suspension, blast-resistant flooring, and a host of tactical modifications — is performed by a global industry of specialist armorers. Understanding who those armorers are, what protection standards they work to, and what the end product costs is the subject of this analysis.

The Land Cruiser's dominance in conflict zones is not accidental. It is the product of one quality above all others: it does not break. In a region where spare parts are unavailable, roads are non-existent, fuel quality is poor, and the nearest qualified mechanic is 400 kilometres away, a vehicle that simply keeps running is worth more than any amount of additional capability. Toyota's global parts network and the Land Cruiser's mechanical simplicity mean that a broken vehicle in Kabul, Nairobi, or Kyiv can be fixed. A broken Humvee in the same location often cannot.

THE THREE PLATFORMS — 70, 200, AND 300 SERIES

Not all Land Cruisers are the same vehicle. Three distinct platforms serve three distinct roles in the armored and military context, and understanding the differences is essential to understanding why a particular user chooses a particular variant.

The Land Cruiser 70 Series (76/78/79) is the workhorse. Body-on-frame ladder chassis, coil-spring suspension, diesel engine, manual or automatic transmission. It has been in continuous production since 1984 — a fact that is itself a statement about its quality. The 79 Series double cab pickup is the dominant platform for military and tactical use in Africa, the Middle East, and conflict zones worldwide. Its simplicity is a tactical asset: fewer electronic systems means fewer systems to fail or be disrupted by EMP or electronic warfare. French Special Forces, African armies, and border patrol forces across the Sahel have used the 79 Series as the backbone of their mobile capabilities for decades. South African company Armormax Defence built its TAC-6 — a bespoke 6×6 tactical vehicle originally commissioned by French Special Forces — on the 79 Series chassis specifically because of its mechanical resilience.

The Land Cruiser 200 Series is the platform that defined the armored Land Cruiser market for a decade. Larger, more powerful, and more comfortable than the 70 Series while retaining the same fundamental mechanical reliability. The 200 Series seats seven to eight occupants, offers significantly more interior volume for communications and sensor equipment, and its coil-spring suspension and full-time four-wheel drive make it genuinely capable in extreme off-road conditions despite its size and weight. US SOCOM, the British SAS, and most of the world's diplomatic protection services chose the 200 Series as their primary operational platform. German armorer TRASCO-Bremen built dedicated Special Forces variants of the 200 Series with rotating armored roof turrets, 24-volt dual-battery systems, multiband communications racks, and ballistic protection to VPAM level 7 through 9.

The Land Cruiser 300 Series, launched in 2021, is the current production platform. More refined than the 200 Series, with a twin-turbocharged V6 replacing the V8, a new TNGA-F platform shared with the Tundra and Sequoia, and significantly updated electronics. British armorer NP Aerospace introduced its re-engineered armored LC300 at the Civilian Armored Vehicle Forum in Geneva in October 2025, specifically targeting NATO and global defence markets. The 300 Series is longer — five metres — seats seven, and benefits from Toyota's latest chassis engineering while retaining the body-on-frame construction that makes it ideal for heavy armouring. The improved platform has emerged as very strong according to armorers who have worked with the 100, 105, and 200 Series predecessors, making it the default choice for diplomatic, humanitarian, and international organisations operating in harsh terrain today.

WHO BUILDS THE ARMORED VERSIONS

Toyota does not factory-armour the Land Cruiser for general sale. The process is performed by specialist conversion companies — armorers — who purchase the standard vehicle, disassemble significant portions of it, install ballistic steel and multi-layer armored glass, reinforce the suspension, brakes, and chassis to handle the additional weight, fit run-flat tyre inserts, and reassemble. The global armoring industry is concentrated in Germany, the United Kingdom, the United States, Canada, the UAE, and South Africa.

TRASCO-Bremen
BREMEN, GERMANY
One of Europe's leading military and special forces vehicle converters. The TRASCO Land Cruiser 200 SF is available in VPAM protection levels 7 through 9 — the highest civilian standard, stopping 7.62mm armour-piercing rounds. Used by European police special forces units and military VIP protection. Offers rotating armoured roof turret, dual 24V battery, infrared lighting, gun ports, and multiband communications racks as standard military options.

NP Aerospace
COVENTRY, UNITED KINGDOM
Acquired Jankel Armouring's intellectual property in 2024 and relaunched the armored LC300 at Geneva's Civilian Armored Vehicle Forum in October 2025 to NATO standards with VPAM VR7 certification. NP Aerospace has expanded its Coventry workforce to meet growing demand. Launched a dedicated Civilian Armored Vehicle support programme in 2025 for defence ministries, NGOs, and international fleets — a full lifecycle sustainment service modelled on military vehicle support doctrine.

Armormax Defence (TAC-6)
SOUTH AFRICA
Builder of the extraordinary TAC-6 — a 6×6 conversion of the Land Cruiser 79 Series originally developed for French Special Forces. The TAC-6 uses a bespoke ZF eight-speed automatic transmission, dual fuel tanks giving over 2,000km range, and B6 armour capable of stopping assault rifle rounds. The cabin is fully air-conditioned, carries four operators and two stretchers, and can haul 3,400 lbs of equipment. Starting price approximately $81,500 before armour, rising to around $150,000 fully equipped.

INKAS Armored
TORONTO, CANADA
One of the largest volume armored vehicle producers in North America. INKAS builds the Land Cruiser 300 Series Prado to B6 and B7 standards for government, NGO, and corporate clients worldwide. CEN EN 1063 and NIJ certified. Popular in West Africa and the Gulf. Delivers to over 100 countries. Fast turnaround for standard B6 builds.

Alpine Armoring / TAG
UNITED STATES
Alpine Armoring builds the LC300 to protection levels from CEN B4 through B7+, with floor protection certified against two DM51 hand grenades. Available with anti-sabotage exhaust protection, armored fuel tanks, LED strobes, sirens, intercoms, and PA systems. The Armored Group (TAG) markets the LC200 as the most popular armoured SUV in the world — a claim that has genuine weight given cumulative global volume.

STREIT Group / Harrow
UAE / DUBAI
STREIT Group's TLC-79 LRTV adds a V-Hull monocoque crew compartment, 360-degree gun stand, and separates the engine from the armoured cabin — design features borrowed from MRAP doctrine. Harrow Security Vehicles (UAE) produces the LC300 to B4–B7 standards, STANAG Level II certified, tested against 7.62×51mm M80 NATO ball ammunition. Dominant in Middle East and African government procurement.

BALLISTIC PROTECTION STANDARDS — WHAT THE LEVELS MEAN

Armored vehicles are certified against standardised ballistic threat levels. The two most relevant standards for NATO and allied nation procurement are the European CEN EN 1063/1522 standard (B4 through B7) and the NATO STANAG 4569 standard (Level I through IV). Most armorers offer certification against both.

B4
Level I
9mm FMJ — handgun rounds. Standard for diplomatic protection and low-threat environments.

B5
Level I
5.56×45mm M193 — standard NATO assault rifle ammunition. AK-47 7.62×39mm.

B6
Level II
7.62×51mm M80 NATO ball — standard NATO 7.62mm rifle. The most widely requested level for NGO, military, and diplomatic use. Defeats AK-47, M16, and most battlefield rifles.

B7
Level II–III
7.62×51mm AP (armour-piercing) — the same round, hardened. Defeats sniper rifles and machine gun fire. Presidential and tier-one SOF standard.

VPAM VR7–VR9
Level IIIGerman VPAM BRV 2009 standard — Level 7 defeats 7.62mm AP at 10m. Level 9 defeats 5.56mm and 7.62mm AP with enhanced fragmentation protection. TRASCO and NP Aerospace specialty level.

Most armored Land Cruisers destined for NGO, diplomatic, and standard military use are built to B6 / STANAG Level II. This level defeats any assault rifle round that a vehicle is realistically likely to encounter in a conflict zone — AK-47, AK-74, M16, FAL, G3 — at operational engagement distances. B7 and above is reserved for tier-one protection requirements: heads of state, special operations units in extremely high-threat environments, and close protection of senior government officials in active conflict zones.

Floor protection against IED blast and mine detonation is specified separately and is increasingly standard at B6 and above. Alpine Armoring's LC300 offers blast protection against two DM51 hand grenades. STREIT Group's V-Hull monocoque design channels blast energy away from the crew compartment — the same fundamental principle as MRAP vehicles, applied to a commercial platform.

WHAT THEY COST

The armored Land Cruiser market operates across a wide price range depending on the base vehicle, the protection level, the armoring manufacturer, and the tactical equipment package. Prices are rarely published openly — serious buyers contact armorers directly — but market intelligence from procurement disclosures, industry sources, and published civilian sale examples gives a reasonable picture.

LC300 armored to B6 — standard diplomatic / NGO $180,000 – $260,000

LC300 armored to B7 — VIP / close protection $250,000 – $380,000

Full special forces spec — TRASCO SF / NP Aerospace NATO
$300,000 – $500,000+

Presidential-spec VPAM VR9 with full electronic fit
$500,000 – $1,200,000

Government and military procurement typically happens through Foreign Military Sales channels or direct framework contracts with approved suppliers, and unit prices in volume are significantly lower than the retail figures above. A defence ministry ordering 50 armored LC300s at B6 specification for diplomatic protection will pay substantially less per unit than an individual corporate buyer. Lead times for standard builds run three to six months. Full presidential-spec or special forces builds with bespoke equipment integration can take nine to twelve months.

SPECIAL FORCES — THE UNITS THAT USE THEM

The Land Cruiser's adoption by special operations forces worldwide stems from a single operational requirement: a vehicle that can blend in. The HUMVEE announces military presence from a kilometre away. The Land Cruiser — particularly in white, sand, or grey — is indistinguishable from the vehicles used by aid organisations, oil companies, government officials, and wealthy civilians across Africa, the Middle East, and Central Asia. US special operators use modified commercial trucks based on vehicles like the Land Cruiser specifically because Toyota Hilux and Land Cruiser types are commonplace in Africa and the Middle East, allowing operators to maintain a lower profile. The SAS in Syria took this logic to its conclusion: they replaced every visible British military vehicle with a "tourist" Toyota Land Cruiser, understanding that the vehicle itself was the best available cover.

🇬🇧British SAS / SBS — United Kingdom

British special forces were photographed operating LC200-based Al-Thalab long-range patrol vehicles in Syria guarding New Syrian Army positions against ISIS. The Al-Thalab — Jordanian-built on the Land Cruiser platform — can carry 3,400 lbs of equipment, four operators, two stretchers, and enough supplies for a ten-day patrol. The SAS replaced all visible British military vehicles with Land Cruisers specifically to reduce their operational signature. "What we've built is a platform that lets you be invisible until you choose not to be," as one British SOF commander described the vehicle strategy.

🇺🇸
US SOCOM — Delta Force, Green Berets, SEALs
US Special Operations Command officially tested the Toyota Land Cruiser for special ops use, and current NSTV (Non-Standard Tactical Vehicle) platforms operated by SOCOM include the Land Cruiser 200 and Toyota Hilux Double Cab. These are modified to include C4ISR mounts and wiring, infrared lighting, blackout capability, and weapon mounts. Delta Force, as part of Task Force operations, has sourced Land Cruisers for covert operations across the Middle East. A US SOCOM Land Cruiser in Syria was photographed in 2016 with a large mounted weapon system — making it less covert than planned but demonstrating the platform's weapon-carrying capacity.

🇫🇷
French Special Forces — GIGN / COS
The French Special Forces specifically approached South African company Armormax Defence looking for a vehicle that could handle hostile environments but didn't require any special training to operate. The result was the TAC-6 — a 6×6 Land Cruiser 79 Series built to their specification. French forces have operated Land Cruisers across the Sahel — Mali, Niger, Burkina Faso, Chad — where the vehicle's ability to cross desert terrain without road support is a fundamental operational requirement.

🇩🇪
German KSK / GSG9
German special forces units operate TRASCO-Bremen configured Land Cruiser 200 SF platforms to VPAM 7–9 protection standards. The TRASCO SF spec includes rotating armoured roof turrets with machine gun holders, HD steel bull bars with LED/infrared lighting, multiband digital communication systems, and gun ports — a full tactical conversion building on the platform's inherent reliability.

🇳🇴
Nordic SOF — Norway, Sweden, Denmark
Scandinavian special forces units operating in NATO operations across Africa and the Middle East use Land Cruiser platforms extensively. The vehicle's diesel engine, mechanical simplicity, and cold-start reliability in extreme temperatures — important for Scandinavian forces deploying from Arctic-ready bases — make it a practical choice across a wide operational temperature range.

🇵🇱
Polish GROM / Formoza / Agat
Poland's tier-one special forces units — GROM, Formoza, Agat, and Nil — operate Land Cruisers as part of their non-standard vehicle fleet for operations where military vehicles would compromise operational security. GROM, which has deployed alongside US SOCOM in Afghanistan, Iraq, and elsewhere, uses the same vehicle doctrine as its American counterparts: blend in, move fast, don't announce yourself until the mission requires it.

NGOS — THE HUMANITARIAN FLEET

If special forces use the Land Cruiser to be invisible, humanitarian organisations use it for the opposite reason: to be immediately recognisable as non-combatants. The white Land Cruiser with a UN, ICRC, WFP, or MSF logo on the door is one of the most universally understood signals in conflict zones worldwide — it means this vehicle is carrying aid workers, not weapons. That recognition only works because the vehicle itself has become a universal symbol. If aid organisations drove armored sedans or military trucks, the signal would be lost.

UNITED NATIONS (UN) — MULTIPLE AGENCIES

The UN operates one of the largest civilian Land Cruiser fleets in the world across its peacekeeping missions, humanitarian operations, and development programmes. UNDP, UNHCR, UNICEF, WFP, OCHA, and DPKO all deploy Land Cruisers in conflict zones from South Sudan to Haiti to Ukraine. UN vehicles are typically white, armored to B6 standard for high-threat environments, and fitted with satellite communications, medical kits, and emergency equipment. The UN's vehicle procurement is centralised through UNGSC (UN Global Service Centre) in Valencia, Spain, which maintains a fleet management programme for Land Cruisers operated across 120+ countries.

INTERNATIONAL COMMITTEE OF THE RED CROSS (ICRC)
The ICRC operates in some of the most dangerous environments on earth — active front lines, disputed territories, and areas where all parties to a conflict may view humanitarian workers with suspicion. The ICRC's Land Cruiser fleet is specifically configured for high-risk zone operations: armored to B6 minimum, fitted with run-flat tyres, communication systems, and medical equipment. The ICRC has formal protocols for Land Cruiser use, including convoy procedures, vehicle markings, and negotiated access agreements with armed groups who must recognise the vehicle as a neutral humanitarian asset.

MÉDECINS SANS FRONTIÈRES (MSF) — DOCTORS WITHOUT BORDERS
MSF's field operations teams operate Land Cruisers as primary transport in active conflict areas, post-disaster zones, and disease outbreak responses. MSF uses the vehicle's roof rack capacity extensively — medical equipment, stretchers, water containers, fuel — and its towing capability for supply trailers. In areas of extreme security risk, MSF vehicles are armored. In lower-risk zones, the white civilian Land Cruiser with the MSF logo provides sufficient protective identification.

WORLD FOOD PROGRAMME (WFP) / USAID / DFID
Food aid and development organisations operating in conflict-affected regions — South Sudan, Yemen, DR Congo, Afghanistan, Somalia — use Land Cruisers as the standard field vehicle for logistics coordination, beneficiary assessment, and programme monitoring. The WFP's fleet spans dozens of active operations globally. USAID and the UK's FCDO specify the Land Cruiser in their field security standards for high-risk country programmes.

The NGO use of the Land Cruiser is not simply a preference — for many organisations it is written into their field security standards as a requirement. Those standards reflect decades of operational experience in which the Land Cruiser's combination of off-road capability, mechanical reliability, parts availability, and recognised humanitarian association has made it the safest available vehicle for their personnel in contested environments.

The Land Cruiser has earned its place through seventy years of proving itself in the most demanding environments on earth. Special forces trust it because it does not betray them. Aid workers trust it because it does not abandon them. Presidents trust it because it does not fail them. No amount of marketing or specification engineering produces that kind of trust. Only decades of not breaking down — in deserts, mountains, conflict zones, and presidential motorcades — does that. The Toyota Land Cruiser is not the most exotic vehicle in any category it competes in. It is simply the most reliably alive at the end of the operation. In the contexts where it is used, that is the only metric that matters.

[mynextchapter @Deeteem1]

Such a weird place to find a Polish fugitive and unbelievable the military didn’t notice his Interpol red notice. I was reading about this Ponzi scheme a month ago, honestly didn’t make sense they had a good legit business.

[OSINTdefender @sentdefender]

U.S. Marshals and Army Criminal Investigative Division (CID) agents arrested Marcin Pióro, 46, on May 19th at Fort Leonardwood, MO after authorities became aware he was wanted by INTERPOL. The arrest came as Pióro was completing basic training for the U.S. Army following his enlistment in the Illinois National Guard several months ago. Marcin Pióro is wanted out of Poland for orchestrating a $30 million fraud scheme.