July 29, 2026

World

Reading The School From Its Graduates

 

 

 

 



 

Looks, as they say, can be deceiving.

There is no published curriculum. No training manual has been captured and released. No defector has provided a detailed account of what happens inside a JNIM formation camp in the Sahel’s interior. What exists instead is a body of observable output — attacks of increasing precision, lethality, and tactical sophistication — from which the training architecture can be inferred with reasonable confidence. Military forensics works this way: you read the wound to understand the weapon. You read the tactics to understand the school that produced them. In the case of JNIM, what that school is producing in 2026 is considerably more dangerous than what it was producing five years ago, and the rate of improvement is itself analytically significant.

Sahel region of Africa. 2012 image by Tom Patterson, US National Park Service. Public Domain.

JNIM was formally constituted in March 2017 as a coalition of four Mali-based extremist groups — Ansar al-Din, al-Murabitoun, the Macina Liberation Front, and the “Sahara Emirate” subgroup of al-Qaeda in the Islamic Maghreb (AQIM). Its leader, Iyad ag Ghali, pledged allegiance to al-Qaeda’s leadership and to the Taliban, establishing the ideological lineage and the external mentorship relationships that have shaped the group’s development. The Institute for Economics and Peace’s 2025 Global Terrorism Index identified JNIM as the world’s second deadliest terrorist organization, responsible for more than 1,200 deaths across four countries in 2025 alone, following its 1,454 deaths and 46% year-on-year lethality increase in 2024. An average of ten deaths per attack is not the product of enthusiasm. It is the product of training.

 

The Recruitment Pipeline as a Training System

Before asking how JNIM trains its fighters, it is worth asking how it selects them — because the selection process is itself a form of pre-training that shapes what formal instruction needs to accomplish. The June 2026 Strategic Threat Outlook on JNIM, one of the most current analytical assessments available, is direct on this point: recruitment is less a function of large-scale ideological adherence than of the ability to convert local grievance systems into mechanisms of compliance, protection, and mobilization. Where the state is absent, predatory, or inconsistent, JNIM offers order, dispute resolution, and livelihood — and the fighters it recruits from that population arrive already embedded in the group’s social logic, already owing it something, already understanding what it is protecting them from.

Telly Village, Bandiagara, Mali. 2008 image by Ferdinand Reus. CCA/2.0 Generic.

This matters for training because it means JNIM is not starting from zero with its recruits in the way a conventional military does. A Fulani community member who joins JNIM after his village was burned by a government-backed militia arrives with motivation, local knowledge, and an understanding of the terrain that no classroom can replicate. The formal training layer is built on top of a foundation of grievance, familiarity, and social obligation that state armies spend years trying to manufacture through basic training and unit cohesion exercises. JNIM gets it for free from the conditions its adversaries have created.

The US State Department’s National Counterterrorism Center notes that JNIM explicitly trains militants to fight against the group’s enemies while simultaneously appeasing local communities through material resources — a dual-track approach that mirrors the classic Maoist model of winning the population while fighting the state. The fighting and the governance are not separate activities. They are taught together, because the group understands that a fighter who cannot govern cannot hold ground, and ground is what JNIM is increasingly interested in holding.

 

What the Attack Record Reveals

The tactical sophistication visible in JNIM’s recent operations implies a training system with several distinct components, none of which require a fixed training establishment to deliver.

The first is small-unit fire and movement. JNIM’s standard assault package — documented across multiple engagements — involves rapid concentration of motorbike-mounted fighters, multi-directional assault in early morning hours, and equally rapid dispersal before air assets can respond. That is not improvised. The dispersal discipline in particular — fifty motorbikes scattering in fifty directions on a pre-planned schedule — requires rehearsal, communications discipline, and an understanding of the enemy’s response timeline that comes from deliberate instruction and repeated practice. The JNIM fighters who executed the April 2026 assault on Kidal had practiced what they did.

Chadian technical combat truck during EUFOR operations in Chad. 2008 photo courtesy of the Ministry of Defence and Armed Forces of the Czech Republic.

The second is HUMINT collection and target development. The April 25 car bomb at Kati that killed Mali’s Defense Minister required precise knowledge of checkpoint locations, shift patterns, internal base layout, and the physical location of a senior government figure within a secured compound. That intelligence was not collected remotely. Someone with access collected it, which means JNIM trains — or at minimum briefs — its operatives on the systematic collection of human intelligence from inside adversary institutions. The tradecraft is real, if informal by Western standards.

Probably.

The third and most analytically significant component is drone integration. JNIM’s first documented drone activity occurred in September 2023. By mid-2025, the Policy Center for the New South documented over two dozen confirmed drone incidents, with 82% occurring since March 2025. By 2026, the group’s drone operations had expanded across three countries — Mali, Burkina Faso, and Togo — and the Policy Center’s analysis describes the shift explicitly: JNIM has moved from experimentation to operational doctrine. That transition happened in under thirty months.

Sit with that for a minute.

The speed of that transition implies a train-the-trainer structure. When Colonel Hussein Ghulam, previously with the Tuareg-Azawad FLA rebel alliance, joined JNIM in mid-2024, his name subsequently appeared in connection with drone operations including the Dioura strike of May 2025. The pattern — an expert joins, capability accelerates, geographic scope expands — suggests that JNIM absorbs technical expertise through personnel transfers and then systematically replicates it through internal instruction. The group is not re-inventing the wheel with each new drone operator. It is teaching the wheel.

The Technology Floor Has Collapsed

The practical significance of JNIM’s drone training pipeline extends well beyond the Sahel, because the technology it is training on is available to anyone with a retail account and a few hundred dollars. Commercial drones paired with offline artificial intelligence tools — used to bypass geofencing, optimize payload delivery, and plan flight paths without emitting trackable signals — represent a technical capability that requires weeks of instruction to master, not years. The March 2025 CTC Sentinel documented the expanding transmission ranges and payload capacities of commercially available platforms; the 2026 Eurasian Review analysis described the resulting economic inversion in stark terms: a $500 drone can destroy a vehicle worth hundreds of thousands of dollars and force a state military to respond with multimillion-dollar intercept systems.

Ukrainian loitering munitions made from FPV drones. 2023 image courtesy of the Ministry of Defense of Ukraine, armyinform.com.ua, per CCA/4.0 International.

What this means in training terms is that the barrier to producing a competent drone operator has collapsed to the point where a motivated group with basic organizational discipline can build that capability in a matter of months. JNIM demonstrated this. The implication for other non-state actors — in the Sahel, in coastal West Africa where JNIM’s operational reach is visibly expanding, and beyond — is that the playbook is now open-source. The tactics, the technology, and the organizational logic are all observable from public reporting. The only remaining variable is the will and the organizational coherence to implement them.

The foregoing is fairly straightforward, but – as the example of Ghulam shows – the door is wide open to major-state interference being a factor. Russia, Communist China, and even France (still smarting from its ejection from most of the Sahel region), are all possible sources for supplying training officers to JNIM. To be clear, there is no hard evidence of this as of writing, although the French cement company LaFarge is facing financing allegations. But – more direct foreign support to JNIM remains a potential factor.

JNIM currently controls or contests territory across Mali and Burkina Faso, with early indicators of an operational presence extending toward coastal West Africa — Ghana, Togo, Benin, Côte d’Ivoire. In each new operational area, the pattern repeats: grievance exploitation, governance provision, recruitment, instruction, attack. The school follows the army, because the school is the army. Understanding what it teaches is not an academic exercise. It is the precondition for countering it.

World War 3 isn’t being fought with nuclear weapons. It is being fought with simple tools, in regions of the world few people actually care about…unless they live there.

 

 

The Freedomist — Keeping Watch, So You Don’t Have To

 

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The Lion Roars To Life

 

 

 



There is an old saying in the military sphere:

Beware the old man, in a profession where men die young.

 

On January 2, 2025, India’s Ministry of Defense quietly issued a Request for Information to domestic defense companies, asking for proposals on a very specific problem: 23mm proximity-fused ammunition capable of detonating near an enemy drone rather than requiring a direct hit. The weapon they wanted to upgrade was the ZU-23-2 — a Soviet twin-barreled anti-aircraft cannon that entered service in 1960, the same year John F. Kennedy was elected president. That a weapon designed to engage Korean War-era low-flying aircraft is now being fitted with twenty-first-century smart fuzes to hunt quadcopters over the India-Pakistan border is, depending on your perspective, either a testament to the original design’s enduring utility or a commentary on how thoroughly the drone threat has outrun the world’s ability to respond to it.

The reality is likely somewhere in between.

 

From Vietnam to the Technical

The ZU-23-2’s formal designation decodes itself: ZU for Zenitnaya Ustanovka — “anti-aircraft mount” — “23” for its caliber in millimeters, and “2” for the number of barrels. The KBP design bureau presented the prototype in 1955, refined it through the late 1950s, and the Soviet Army adopted it in 1960 as the standard towed light anti-aircraft weapon for Warsaw Pact forces. Its immediate predecessor in that role was the ZPU-2, which mounted twin 14.5mm KPV heavy machine guns — effective against very low and slow targets but outpaced by the jets that were becoming the dominant low-altitude threat by the late 1950s. The ZU-23-2’s twin 2A14 autocannons firing 23x152mm ammunition at a combined cyclic rate of up to 2,000 rounds per minute gave Soviet air defense batteries something capable of reaching targets at ranges out to 2,500 meters and altitudes up to 1,500 meters, with enough hitting power to be lethal rather than merely disruptive.

The Vietnam War gave the weapon its first major combat trial. From 1965 onward, the Soviet Union shipped ZU-23-2s to North Vietnam in quantity, and the gun became, alongside the 37mm M1939, the most commonly encountered anti-aircraft weapon in the theater. Given that approximately 83% of US Air Force losses over Vietnam came from ground fire rather than surface-to-air missiles or MiGs, the ZU-23-2 is conservatively credited with shooting down hundreds of aircraft — a combat record that no other weapon in this series can claim against modern fast jets in their first decade of service.

ZU-23-2 firing. Vitebsk, Belarus. 2010 photo by Serge Serebro. CCA/3.0 Unported.

What the Vietnam experience also revealed was a capability the Soviet designers had built in but perhaps underemphasized: the gun’s effectiveness against ground targets. At 2,000 meters, its armor-piercing incendiary rounds could defeat light armored vehicles. Against infantry and unprotected positions, it was devastating. Soviet forces in Afghanistan confirmed and extended this lesson, mounting ZU-23-2s in the beds of ZIL-135 trucks to provide convoy protection against ambushes in mountain terrain — using the gun’s high elevation arc to engage Mujahideen fighters on ridgelines that tank guns and BMP autocannons could not reach. After the Soviet withdrawal, both the Taliban and the Northern Alliance operated the weapons left behind. The pattern was establishing itself: wherever the ZU-23-2 went, it tended to stay, and whoever inherited it found new uses for it.

The technical — the improvised fighting vehicle built by mounting a weapon on a civilian truck — became the ZU-23-2’s most consequential platform adaptation. Lebanese militias in the civil war, Iraqi forces in 1991, Libyan factions in both of their civil wars, Sahelian insurgent groups including JNIM and its affiliates: all have mounted the gun on whatever truck was available and achieved a mobile fire support capability that costs a fraction of any purpose-built system. The weapon’s light weight — just over a ton in firing configuration — makes this straightforward. It can be set up for firing from the travel position in 30 seconds. It does not require specialized maintenance infrastructure. It fires ammunition that exists in virtually every post-Soviet conflict zone in quantities that border on inexhaustible. These are not small advantages.

ZU-23-2 mounted on ZIL-157 truck at Muzeyon Heyl ha-Avir, Hatzerim airbase, Israel, 2006. Photo by Bukvoed. CCA/3.0 Unported.

 

The Drone Problem and the Proximity Fuse Answer

For all of that, the ZU-23-2 spent the better part of its service life being quietly written off as obsolete for its nominal primary role. By the 1980s, jet aircraft were flying faster, higher, and with better electronic countermeasures than any optically-aimed 23mm gun could reliably engage. The ZSU-23-4 Shilka — the self-propelled, radar-guided development of the same 23mm caliber — had partially supplanted it in that role for Soviet forces, though even the Shilka was acknowledged as limited against fast-moving aircraft. The ZU-23-2 survived primarily because it was cheap, reliable, and effective against helicopters and slow aircraft — and because some 140,000 of them had been produced and distributed to something over fifty countries, which gives any weapons system remarkable institutional staying power regardless of its theoretical limitations.

The drone revolution has inverted that obsolescence logic almost completely. The primary aerial threat facing armies, militias, and non-state actors across Ukraine, the Sahel, Yemen, and the India-Pakistan border is no longer a fast jet flying at 600 knots. It is a commercial quadcopter or a fixed-wing FPV drone flying at 60 to 100 knots at low altitude, often in swarms, and costing between a few hundred and a few thousand dollars. Against that target class, the ZU-23-2’s engagement envelope — 2,500 meter range, 1,500 meter altitude ceiling, 2,000 rounds per minute combined — is not obsolete. It is, if anything, oversized for the job.

ZU-23 mounted on a Ural-4320 cargo truck. 2019 photo by the Ministry of Defence of the Russian Federation, via Mil.ru. CCA/4.0 International.

The remaining problem is probability of hit. A 23mm round fired at an FPV drone requires a near-direct hit to kill it. The drone is small, fast for its size, and maneuverable. Tracer-based manual aiming against such targets is demanding even for a well-trained crew. This is precisely the gap India’s January 2025 RFI was designed to close: proximity-fused 23mm ammunition that detonates within lethal radius of the target rather than requiring physical contact. The same concept drove the development of the original anti-aircraft proximity fuse in World War II — the VT fuze that transformed naval anti-aircraft gunnery against kamikazes — and its application to 23mm autocannon ammunition is technically straightforward given modern microelectronics. The payload is small; the fuze logic is well understood; the manufacturing challenge is miniaturization and cost, not physics.

India is not alone in recognizing this. Russia has deployed truck-mounted ZU-23-2 batteries in dedicated anti-drone mobile units in Ukraine since early 2024, pairing the guns with electronic warfare systems and smoke generators in combined teams designed to defeat FPV drone attacks. Russia has also developed and demonstrated a remotely operated variant, the ZU-23/30M1-3, with integrated electro-optical sighting — a concept first shown in 2013 that finally reached serious development attention under the pressure of the Ukraine war. Poland’s WB Group presented its ARM-28 electromechanical upgrade kit at the DEFEA 2025 defense exhibition in Athens, converting the ZU-23-2 into a semi-automated or remotely operated platform with digital drive motors, joystick control, and compatibility with external fire control systems. In May 2025, India’s own army air defense reported that ZU-23-2s alongside Bofors L/70 guns had been effective in shooting down multiple Pakistani drones during the India-Pakistan conflict — a real-world validation that arrived barely four months after the proximity fuse RFI was issued.

 

A Platform That Keeps Earning Its Place

The ZU-23-2’s spread across more than fifty national inventories and a substantial number of non-state arsenals means it occupies a peculiar position in the current global defense environment: it is simultaneously a museum piece and a front-line system, often in the same conflict zone. In Ukraine, Russian forces operate it as an improvised anti-drone gun. Ukrainian border guards have received new ZU-23-2 deliveries as recently as 2025. In the Sahel, JNIM-affiliated groups have truck-mounted examples that serve as the air defense component of a force that otherwise operates on motorbikes. In Yemen, Houthi forces have used them against Saudi coalition aircraft and, more recently, against drone threats.

What the proximity fuse development — in India, and likely elsewhere — signals is that the global community of ZU-23-2 operators has collectively decided the platform has a generation of useful life remaining, provided the ammunition catches up with the threat. The gun itself does not need to change. The carriage is sound, the barrels are replaceable, and the rate of fire is already more than adequate. What changes is the fuze in the nose of the round, and with it the probability that any given burst finds its target. A sixty-five-year-old Soviet anti-aircraft gun, fitted with a smart fuse developed for a threat that didn’t exist when the gun was designed, hunting Chinese-manufactured quadcopters over an Indian border post. The ZU-23-2’s designers at KBP in 1955 could not have anticipated any of that. The gun they built was flexible enough not to care.

 

 

The Freedomist — Keeping Watch, So You Don’t Have To

 

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God’s Battalions Revisited and the Potential “Church Militant”

 

 

 



 

Possibilities are everything.

In August 2023, this column examined a question that most analysts had not thought to ask: what would it mean, in practical terms, if the Holy See decided to field an operational military force? The piece was speculative — a thought exercise grounded in the Vatican’s sovereign status under the Lateran Pacts of 1929, its financial depth, its 1.3 billion strong population of potential sympathizers, and its diplomatic relations with some 180 nations. The conclusion was cautious: the pieces existed, but there was no indication anyone was moving to assemble them.

On July 1, 2026, something happened that makes that question considerably less theoretical.

On that date, the Society of St. Pius X consecrated four new bishops at its seminary in Écône, Switzerland, in direct defiance of an explicit personal appeal from Pope Leo XIV not to proceed. The ceremony was attended by an estimated 15,000 to 16,500 faithful. Within twenty-four hours, the Vatican’s doctrinal office issued a decree declaring automatic excommunication — latae sententiae — for the six bishops involved, extending the penalty to all SSPX priests, and warning that lay faithful who formally adhere to the schism face the same consequence. Cardinal Víctor Manuel Fernández, head of the Vatican’s doctrine office, stated plainly: the SSPX is in schism, and its sacraments are now illicit. Confessions invalid. Marriages invalid.

The Church has not moved this hard against a traditionalist body since 1988.

 

The 1988 Echo and What Is Different Now

The parallel to 1988 is real and the SSPX knows it — Bishop Alfonso de Galarreta, who presided over the July 1 consecrations, was himself one of the four bishops excommunicated by John Paul II thirty-eight years ago to the day. The symmetry was deliberate. The SSPX issued a statement at the outset of the ceremony declaring that any Vatican sanctions against them “will have no validity.” That is not the language of an organization expecting reconciliation. That is the language of a body that has decided the break is permanent and is acting accordingly.

What is different from 1988 is the Vatican’s response. When Archbishop Marcel Lefebvre consecrated bishops without papal mandate that year, the excommunications fell on the bishops and Lefebvre himself, only — not on priests and laity. Pope Benedict XVI lifted those excommunications in 2009 as a gesture of reconciliation, and Pope Francis extended further concessions, allowing SSPX priests to hear valid confessions in 2015 and to officiate recognized marriages in 2017. The pattern across four pontificates was consistent: Rome extended olive branches, and the SSPX accepted the practical benefits while refusing to sign any doctrinal preamble acknowledging Vatican II as legitimate.

Leo XIV has ended that pattern. The July 2 decree explicitly rolled back the sacramental privileges granted under Francis and extended the excommunication beyond the episcopal level for the first time. America Magazine’s Vatican correspondent noted that this goes further than any previous Vatican action against the SSPX — and Leo XIV is the first pope to have undergone all of his seminary formation in the post-Vatican II era, which makes his position on the Council’s legitimacy non-negotiable in a way it perhaps was not for his predecessors. The olive branch strategy has been formally retired.

 

Coat of arms of the Holy See. From Donald Lindsay Galbreath’s, “A Treatise on Ecclesiastical Heraldry” (W. Heffer and Sons, 1930). Credit: WikimediaCommons User: F l a n k e r,. 2007. Public Domain.

 

What the SSPX Actually Represents

Before assessing what comes next, it is worth being precise about what the SSPX is, because popular coverage tends to flatten the reality. With an estimated 600,000 adherents across 77 countries, 751 priests, 1,500 total members including seminarians and religious, and a network of seminaries, schools, and chapels operating across Europe, the Americas, Africa, and Asia, the SSPX is not a fringe sect. It is a functioning parallel ecclesiastical structure with its own episcopal succession — now reinforced by four new bishops — its own formation pipeline, its own institutional infrastructure, and a lay following that skews educated, committed, and transgenerationally stable. The new Bishop Michael Goldade, one of the four consecrated, is American, from St. Marys, Kansas, where the SSPX maintains one of its most established North American communities.

The SSPX’s theological objection is not primarily over the Latin Mass, though that is the most visible symbol. It is to the ecclesiology and anthropology of Vatican II itself — specifically, the Council’s teachings on religious liberty, interdenominational relations, and the collegial authority of bishops. These are not peripheral disputes. They go to the fundamental question of what the Catholic Church understands itself to be, and what authority it claims over the temporal order. That is the ground the SSPX has refused to concede across six decades, and the grounds Leo XIV has now formally declared them expelled for refusing to concede.

 

The Wildcard — The Church Militant Variable

It is here that our previous 2023 analysis becomes relevant in a new way — and where precision matters more than ever.

The 2023 piece asked what a Vatican military capability would look like if the institutional will existed to build one. The answer then, as now, is that the raw material is available: financial depth, diplomatic reach, a global population of potential volunteers including many with military experience, and sovereign status under international law. What was missing was a driver — a circumstance acute enough to generate the institutional will.

The SSPX schism does not provide that driver for the Holy See itself. Leo XIV’s papacy is built around unity, not militancy, and the excommunication of the SSPX is a disciplinary action, not a mobilization signal. Rome is not arming up.

Yet.

But the schism does something analytically significant on the other side of the equation. It creates, for the first time in the modern era, a fully excommunicated traditionalist Catholic body with its own episcopal succession, its own institutional infrastructure, its own global network, and a leadership that has explicitly declared Vatican authority over them to be null. The SSPX has, in the vocabulary of canon law, stepped entirely outside the visible Church. It has done so with its bishops intact, its seminaries operational, its schools and chapels functioning, and its lay faithful — at least some of them — prepared to follow.

What makes this analytically significant beyond the canonical mechanics is something visible to anyone with an internet connection and five minutes on a mainstream retail platform. A substantial cultural ecosystem has grown up around the phrase Deus Vult — “God wills it,” the battle cry of the First Crusade.

Expressed in tactical morale patches, embroidered caps, hoodies, and apparel available on Amazon and Etsy and more carrying imagery of Crusader crosses, numerous military religious orders, and what the listings describe without irony as “biblical knight” and “Catholic warrior” iconography, is ready and in place for any group with even minimal funds to activate and leverage, much like the “Kek/Pepe the Frog” symbology of c.2015. This is not a fringe underground. It is mainstream commercial/retail, accessible to and purchased by a broad population of traditionally-minded Christians well beyond the SSPX faithful — Protestant as well as Catholic, American as much as European. The cultural identity infrastructure is already in place, already widely distributed, and currently unaffiliated with any institutional structure. The SSPX schism is the first event in the modern era capable of providing that infrastructure with a canonical anchor. More to the point, coherent and uniform iconography, taken seriously by those using it, is a core identity formation tool for military and military-adjacent units.

Sit with that for a moment.

An excommunicated body with episcopal succession, an existing organizational structure spanning 77 countries, a committed and relatively affluent lay base, and a theology that frames the current Roman hierarchy as having abandoned authentic Catholicism is not the same thing as a “splinter group“. It is, in structural terms, a parallel institution. Whether that parallel institution remains purely ecclesiastical, or whether it develops harder edges under the pressure of persecution and the psychology of a movement that now has nothing left to lose from Rome’s perspective, is the question analysts should be asking.

The historical record of excommunicated movements developing temporal as well as spiritual ambitions is long and instructive. The SSPX leadership has given no indication of moving in that direction. But the SSPX leadership also gave no indication, as recently as six months ago, that it would consecrate bishops in open defiance of a sitting pope’s personal written appeal. The July 1 ceremony at Écône was not an act of an organization that expects to be welcomed back. It was an act of an organization that has decided it is the Church, and that Rome is the schismatic party.

Possibilities, as was observed here in 2023, offer options. The landscape has changed, and dramatically so. Whether anyone, whether SSPX or the Vatican itself, moves to act on activating that landscape is a different question — and not one this column can answer at the moment.

But…the military potential is very real.

 

The Freedomist — Keeping Watch, So You Don’t Have To

 

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The T-72: The Cookie-Cutter Tank

 

 

 



 

The turret flies off cleanly — a forty-ton steel cap launched ten or fifteen feet into the air by the pressure wave of its own ammunition cooking off inside. It became the signature image of Russia’s war in Ukraine: T-72’s reduced to a burning hull and a displaced turret, the phenomenon so predictable it acquired a name. NATO analysts called it the “jack-in-the-box.” The Ukrainians called it a gift. That a tank designed in the late 1960s as an affordable alternative to a more advanced Soviet design is still absorbing those lessons in 2025 says something unflattering about Russian procurement — and something complicated about the T-72 itself.

Welcome to the wonderful world of Soviet tank development.

 

Origins Of The Economy Tank

The T-72 began not as a primary Soviet tank project, but as a parallel design for rapid mobilization, developed at the Uralvagonzavod factory in Nizhny Tagil, while the more sophisticated T-64 remained the prestige program. Designer Leonid Kartsev, joined by Valeri Venediktov, drew on the best features of the T-64 and the older, simpler T-62 to produce in the T-72 what was essentially a throwback to 1960s design logic, fitted with an improved autoloader and a two-component main armament stored in a less cumbersome configuration than the original T-64’s. The result was intentionally unglamorous: cheaper and faster to build, easier to maintain, and suitable for export to Warsaw Pact allies and client states who would never receive the classified T-64. Field trials ran from 1971 to 1973, and upon acceptance the Chelyabinsk Tank Factory immediately ceased T-55 and T-62 production to retool for the new design.

T-72B’s at the Chebarkul training ground, 2017. Ministry of Defence of the Russian Federation. CCA/4.0 Int’l.

Approximately 25,000 T-72s of all variants were produced throughout the Soviet era and beyond, making it one of the most numerous main battle tanks in history. The autoloader — the feature that most defined it — reduced the crew from four to three by eliminating the human loader, allowing a lower, more compact hull profile. The carousel mechanism fires at a quoted average rate of eight rounds per minute, cranking the gun up three degrees above horizontal to align the breech with each shell. It was an elegant solution to the problem of crew size and vehicle volume. It was also the design decision that would eventually turn T-72s into the most photogenic casualties in modern warfare.

 

The Carousel Problem

The autoloader stores its propellant charges and projectiles in a ring around the base of the turret — a “carousel” sitting at precisely the point where incoming fire is most likely to penetrate. Unlike modern, post-1970 Western tanks, which stow ammunition behind blow-out panels designed to vent explosive forces upward in the event of a catastrophic penetration, the T-72’s carousel offers no such protection. A penetration of that zone triggers rapid cook-off, blowing the turret clear of the hull and eliminating the crew. The effect is spectacular and lethal in equal measure.

Russian T-72B3 “cooking off”, after being struck by Ukraininan forces, 2022. Uknrainian Ministry of Defense. Public Domain.

The T-72’s ammo-in-turret design magnified kills throughout the Ukraine war, though artillery accounted for much of the actual stopping power. What Ukraine demonstrated — and what analysts had long suspected — was that the vulnerability becomes catastrophic when combined with the proliferation of top-attack weapons. Javelins, NLAWs, and FPV drones all strike from above or at steep angles, hitting precisely the turret ring and upper hull where the carousel sits. The tank was not designed against this threat class. Nothing in its upgrade lineage fully addresses it.

Positions of crewmembers in a Soviet T-72 tank. The driver (1) is seated in the vehicles front, commander (2) and gunner (3) are positioned in the turret, directly above the carousel (4), which contains the ammunition for the autoloading mechanism. 2010 image by Alexpl. CCA/3.0 Unported.

 

Fifty Years Of Variants – All With One Fundamental Flaw

The T-72 has proven remarkably adaptable within the constraints of its basic architecture. As of 2025, operators range from Algeria and Armenia to India, Belarus, and Azerbaijan, with around 40 nations fielding some variant of the platform. India operates over a thousand under the designation Ajeya. The Czech Republic developed the T-72M4CZ with a Western Perkins engine and composite armor reaching 570mm equivalent at the turret face. Poland, Yugoslavia, and Romania all produced licensed or derivative variants. Russia’s own T-72B3M, the current frontline upgrade, added Relikt explosive reactive armor, the Sosna-U thermal sight, and more recently hard-kill active protection systems — the first of which began appearing on frontline units in late 2024.

None of it solved the autoloader problem. In early 2024, a T-72B3 became the first tank in the world to frontally penetrate a US-supplied M1 Abrams in a tank-on-tank engagement in Ukraine — a data point Russia promoted heavily. The Abrams loss was real. So were the roughly 1,700 T-72s Russia has lost in the same theater. At the outset of the invasion in February 2022, Russia deployed approximately 2,100 late-model T-72s; estimated losses across the war now stand at around 1,700 vehicles, according to various sources.

 

The Lessons Ukraine Teaches

Ukraine became a real-time laboratory for what happens when a 1970s tank design meets cheap, proliferating drone technology. FPV drones carrying small explosive payloads proved capable of defeating T-72s consistently, detonating ammunition in the carousel even through improvised cage armor welded on to deflect the strikes. Russian crews responded with the so-called “turtle tank” configuration — welding metal roofing over the hull and turret — which reduced the drone threat while simultaneously eliminating visibility, ventilation, and the tank’s already marginal speed advantage. As Russia’s modern armor was depleted or withdrawn, Moscow fell back on T-62s from the 1960s and eventually T-55s, pulling vehicles from storage bases in the Russian Far East to back-fill frontline losses.

T-72 at the Drawsko Pomorskie training ground, 2008. Polish Ministry of National Defense. Public Domain.

The question every other T-72 operator is now asking is how much of this transfers to their own strategic situation. The answer depends on adversary, terrain, and the quality of combined-arms integration the tank operates within. Ukraine showed that the T-72 fails catastrophically when used without adequate additions of mass, infantry, air cover, or electronic countermeasures against drone threats. It showed rather less about what a competently integrated T-72 force might accomplish — because Russia rarely provided one. For the forty-odd nations still fielding the platform, that distinction matters decisively. The tank’s flaws are structural and unresolvable without a fundamental redesign. Whether those flaws are decisive depends on what they are being asked to do, and against whom.

 

 

The Freedomist — Keeping Watch, So You Don’t Have To

 

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Horses To Motorcycles To Drones

 

 

 



 

Logistics is one of those murky things a lot of people see, but have no idea what the terms mean. “Logistics“, in its most basic form, is acquiring, storing, issuing and moving “stuff” – all the little “bits-n-bobs” that keep any complex organization moving and functional. And that is no less true with guerrilla armies than it is with major-state militaries.

Military analysts usually tend to focus on the weapons and combat vehicles – the RPG, the tank, the drone – while underweighting the system that delivers those weapons to the right place at the right time. In the Sahel, that analytical blind spot is proving costly. The jihadist forces operating across Mali, Burkina Faso, and Niger have not succeeded because they have better weapons than the Malian Army or the Russian Africa Corps. They have succeeded because they have built a more coherent logistics and operational system – and because they have evolved that system rapidly, deliberately, and in direct response to what their enemies have deployed against them.

Understanding how that system works is more useful than cataloging which towns have fallen this week.

 

The Platforms: Motorbikes And Technicals

The foundational tactical decision JNIM and its affiliated groups made was the replacement of the ancestral horse with the motorbike. This is not a trivial observation. The Fulani and Tuareg peoples of the Sahel have been mounted raiders and pastoralists for centuries – mobility is culturally embedded in their operational DNA. The motorbike preserves that mobility while adding range, speed, and cargo capacity that no horse can match across the Sahel’s distances.

The standard JNIM assault unit documented in multiple engagements consists of approximately 50 motorbikes carrying 100 fighters, supported by technicals – pickup trucks mounting machine guns or light crew-served weapons. The unit concentrates rapidly on an objective, strikes from multiple directions simultaneously in the early morning hours before garrison troops are fully alert, and disperses equally rapidly into the surrounding terrain before air assets can respond. The Sahel’s immensity works in their favor: 50 motorbikes scattering in 50 directions across a landscape the size of Western Europe present a targeting problem that helicopter gunships and drones cannot efficiently solve. By the time Russian or Malian aircraft arrive on station, the attacking force has already dissolved back into the population and the landscape.

Jihadist pickup truck in Timbuktu in 2012. Photo by “Magrebia”, via Flickr. CCA/2.0 Generic.

This dispersion discipline is not accidental. It is a practiced tactical response to the one genuine advantage government forces hold – airpower. The attackers do not stand and fight when aircraft arrive. They scatter, reassemble elsewhere, and attack again.

 

The Intelligence Layer: HUMINT Over TECHINT

One of the most analytically significant aspects of JNIM’s operational approach is its intelligence architecture. Where the Africa Corps relies on technical intelligence – drone surveillance, signals intercept, aerial ISR – JNIM operates through deep human networks embedded in the communities it controls or influences.

The car bomb that drove through multiple checkpoints at Kati on April 25, 2026, killing Mali’s Defense Minister, required precise knowledge of checkpoint locations, shift patterns, internal base layout, and the physical location of senior government figures within the compound. That intelligence could not have been collected remotely. Someone – or multiple someones – with access to the base provided it. The attack’s success was an intelligence failure before it was a security failure.

This HUMINT advantage is structural, not accidental. JNIM recruits heavily from Fulani communities that have experienced systematic abuses from both government forces and Russian contractors – communities that have rational grievances and existing social networks that the group can tap. The Institute for Economics and Peace’s 2025 Global Terrorism Index documented that JNIM’s attacks resulted in 1,454 deaths in 2024, a 46% increase from the year before, with an average lethality of ten deaths per attack. That lethality reflects targeting precision, not random violence — and precision requires intelligence.

 

The Drone Revolution

The most significant tactical evolution of the past two years has been JNIM’s integration of commercial drones into its operational system – and the speed of that integration is striking. The group’s first documented drone activity occurred in Bandiagara, Mali, in September 2023. By July 2025, a Policy Center for the New South analysis documented over two dozen confirmed drone incidents, with 82% occurring since March 2025. The acceleration from first use to routine employment took less than 24 months.

The drones serve multiple functions. As ISR platforms, they allow JNIM commanders to conduct reconnaissance of fortified positions, assess garrison strength, and monitor government force movements before committing attack units. The April 25 FLA assault on Kidal opened with drone strikes on armored vehicles to pin down the garrison – a tactic directly parallel to what Ukrainian forces have been doing to Russian armor since 2022. As strike platforms, FPV drones have been used against Malian Army convoys, the Bayraktar TB2 drone control center at Kidal, and even against the Africa Corps’ own drone relay stations.

Drone hexcopter with camera. 2014 Public Domain image courtesy of Pixabay.

The technical barrier to entry is now minimal. Commercial drones paired with consumer-accessible software and offline AI are sufficient to conduct operations with genuine tactical effect. A group that can afford motorbikes can afford drones. And the asymmetry is brutal: a $500 commercial drone with a modified payload can destroy a vehicle worth hundreds of thousands of dollars and ground an entire convoy.

Existing government countermeasures have not kept pace. JNIM’s ability to strike secured military sites – including the Kati base that houses the Malian head of state – demonstrates that no fixed position in the country can be considered reliably protected from drone observation and attack.

 

The Strategic Layer: Economic Warfare

Perhaps the most sophisticated element of JNIM’s operational system is its use of economic warfare as a strategic tool. Since September 2025, the group has imposed a fuel blockade on Bamako – not by occupying the capital, but by systematically attacking fuel tankers on the road corridors from Senegal and Côte d’Ivoire. The blockade required no dramatic military action. It required sustained, coordinated interdiction of a single critical logistics node – fuel supply – that the Malian government cannot function without.

The effect on the capital was immediate and visible: fuel shortages, price spikes, and the diversion of military resources from offensive operations to convoy escort duty. The Africa Corps, theoretically Mali’s elite counterinsurgency force, spent significant operational capacity protecting tanker trucks rather than pursuing insurgent groups. The insurgents had converted their mobility advantage into a strategic economic lever without ever needing to win a conventional battle.

The broader lesson is one that military analysts have consistently under-weighted: insurgent success in the Sahel is not primarily a function of weapons or even tactical skill. It is a function of organizational coherence, intelligence depth, economic understanding of the adversary’s vulnerabilities, and the patience to build a parallel administrative and governance structure in the spaces the state has abandoned. JNIM now administers territory. It collects taxes, in the form of “zakat“. It adjudicates disputes. It bans secular music and enforces its interpretation of Sharia law in towns it controls.

It is, in the most uncomfortable analytical sense, governing. And governments, however brutal, are considerably harder to defeat than armed bands.

 

 

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Eight Days

 

 

 



There is a number that should be haunting every defense ministry in the Western world right now, and it belongs to Britain. Tom Tugendhat, MP for Tonbridge and a man with actual military service to his name, stated it plainly in late April 2026: the United Kingdom can sustain major combat operations for approximately eight days. Not eight months. Not eight weeks. Eight days. In the same breath, he confirmed what open-source analysts have been documenting from the Ukraine front: Russian artillery is burning through upwards of twenty thousand rounds per day.

Official portrait of Tom Tugendhat MP. House of Commons / Laurie Noble, 2024. CCA/3.0 Unported

Those two numbers, placed side by side, tell you everything you need to know about where thirty years of post-Cold War optimism have left one of history’s great military powers.

 

The Arithmetic Of Hollowness

Eight days is not a figure Tugendhat invented for shock value. He is a former chairman of the Foreign Affairs Select Committee who served as a British intelligence officer in Iraq and Afghanistan. When he says it, he is drawing on briefings and wargames the public does not see. And the institutional analysis supports him.

The Royal United Services Institute – Britain’s premier defense think tank – has assessed that deploying a single armored brigade would consume somewhere between seventy and eighty percent of the British Army’s total combat engineering capability. A full division – the kind of force Britain would be expected to field in a serious NATO commitment – is, in RUSI’s measured language, “fanciful.” The regular Army currently stands at around 140,000 personnel, a number that sounds substantial until you compare it to France’s 250,000 or consider that a meaningful portion of that figure exists on paper rather than in uniform and ready to deploy.

The naval picture is no better. A Royal Navy carrier strike group is an impressive thing on paper – and it represents, on most operational days, nearly the totality of what the fleet can put to sea simultaneously. Two Type 45 destroyers, two Type 23 frigates, one fleet ready escort for home waters, and perhaps one attack submarine if the scheduling works out. That is not a global power’s navy. That is a capable but brittle force that cannot absorb losses or sustain extended high-intensity operations.

 

The Money Problem – And The Accounting Problem

Britain has technically met the NATO two-percent GDP spending guideline every year since its introduction in 2006, and officials in London have been quick to point that out. What they are slower to mention is that up to a quarter of that headline figure is absorbed by the nuclear deterrent – Trident and its associated infrastructure – leaving the conventional forces funded at something closer to 1.5 percent in practical terms. Germany, which spent barely over one percent of GDP on defense a decade ago, has now surpassed Britain in absolute defense expenditure and overtook the UK as NATO’s second-largest spender in 2024.

The Starmer government has committed to raising defense spending to 2.6 percent of GDP by 2027 and, following the June 2025 NATO summit, to 3.5 percent by 2035. The Ministry of Defense has warned of a £28 billion funding shortfall over the next four years even at current commitment levels [https://www.cityam.com/charts-uk-defence-reeves-nato-starmer-trump/]. The Treasury, managing a government that is simultaneously trying to fund the NHS, fix crumbling infrastructure, and service a substantial national debt, has responded to these warnings with the fiscal equivalent of a shrug. The ambition to reach three percent, officials have noted, will be achieved “when economic and fiscal conditions allow.” [https://www.trade.gov/country-commercial-guides/defense-equipment-united-kingdom] In a period of low growth and geopolitical turbulence, that is a phrase that can mean almost anything.

Meanwhile, NATO itself has moved the goalposts. At The Hague in June 2025, the alliance committed members to five percent of GDP – 3.5 percent on core defense, 1.5 percent on resilience and infrastructure – by 2035. Britain currently sits below the NATO alliance average as a share of GDP, lagging behind thirteen member states including Estonia, Latvia, and Poland – countries that, unlike Britain, share a border with the threat and have drawn the appropriate conclusions.

 

The Political Dimension

Tugendhat’s speech at the Policy Exchange think tank did not confine itself to hardware and stockpiles. He identified something harder to fix than an ammunition shortage: a political culture that has systematically avoided hard choices about defense for a generation.

155 mm artillery rounds for the M777 howitzers. Yukon Training Area, near Eielson Air Force Base. 2012 photo by US Army. Public Domain.

“For three decades, we have been projecting an image of a Britain that no longer exists,” he said in 2026. The gap between Britain’s self-image – permanent Security Council seat, nuclear power, special relationship with Washington, the shadow of Churchill – and its actual military capacity has become wide enough to drive a naval convoy through. British generals, Tugendhat noted, have told him that the entire firepower of today’s British Army is less than what a single brigade commander could call on in the 1990s.

There is also a legal dimension that Tugendhat raised and that deserves more attention than it typically receives. He argued that British forces have been progressively fettered by legal constraints – human rights legislation improperly applied to battlefield conduct – that have had a measurable chilling effect on operational decision-making, as well, as on recruitment and retention. Whether or not one agrees with that argument, the perception within the force that prosecution rather than a medal awaits those who act decisively is a real factor in institutional confidence.

The Starmer government’s commitment to defense is “genuine,” in the sense that the numbers are moving in the right direction. But political commitment to a 2035 target does not fill an ammunition bunker today. It does not add a frigate to the fleet this year. It does not give the Army the engineering and logistics depth RUSI says it is missing. The eight-day window is not a projection of where Britain will be in a decade. It is where Britain is right now.

 

The Wider Lesson

Britain is not uniquely culpable here – the peace dividend was a collective European indulgence, and most NATO members spent the post-Cold War decades making the same assumptions about permanent stability and American underwriting. What makes the British case worth examining closely is the distance between the country’s continued great-power rhetoric and the material reality of its defense posture. France, for all its problems, has maintained a more coherent expeditionary force and a defense industrial base that can actually produce things under pressure. Poland is spending nearly four percent of GDP and building an army that is beginning to look like one of NATO’s more serious land forces. Germany has belatedly recognized the emergency and is spending accordingly.

Britain, by contrast, is in the uncomfortable position of being a country whose defense vocabulary still runs on Cold War confidence while its actual capabilities have been quietly liquidated to help balance budgets that were never quite balanced anyway.

Eight days. Russia burns around twenty thousand artillery rounds a day. The math is not complicated. The question is whether the political system can close the gap between the image and the reality before that arithmetic becomes relevant in the worst possible way.

 

 

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Bear Trap: Russia’s African Disaster

 

 

 



There is a photograph – actually a drone image, captured by Azawadi rebel forces – of a Malian Army forward operating base somewhere in the Sahel. It is a large square of compacted dirt berm, perhaps 300 meters on a side, with a scattering of structures inside and no meaningful standoff from the surrounding terrain. It looks, as one analyst put it, like something a child might construct with Lincoln Logs. No overlapping fields of fire. No depth. No overhead cover. Wide open to drone observation from any direction. It is, in the bluntest possible assessment, not a fortification. It is a target with a flag on it.

Aerial view of a Malian Army forward operating base in the Sahel region, as photographed by an Azawadi Liberation Front drone during the 2026 offensive. Precise date and location undisclosed. Image released via open-source social media channels. Public Domain.

That image tells you most of what you need to know about why Russia’s African adventure is failing – and why it was always going to fail.

 

How It Started

When Mali’s military junta expelled French forces in 2022 and invited Wagner Group mercenaries to fill the security vacuum, Moscow portrayed the arrangement as a sovereign, non-colonial alternative to Western intervention. The narrative was carefully constructed: France had failed after nearly a decade of Operation Barkhane. The United Nations mission MINUSMA had failed. Russia, unburdened by colonial guilt and uninterested in human rights lecturing, would succeed where the West had not.

The opening force package was approximately 1,000 Wagner mercenaries. Mali is a country of 1.24 million square kilometers – roughly the size of Western Europe. The math was not encouraging from the start.

Russian mercenaries in Africa, 2019. Photo by Florence Maïguélé, CorbeauNews. CCA/4.0 International.

 

Map of West Africa, 2024. Map author WikiUser Rowanwindwhistler. CCA/4.0 International.

Wagner’s initial operational focus was not counterinsurgency in any meaningful sense. It was regime protection and resource extraction – concentrating in Bamako to shield the junta, while securing gold mining operations in the north. This is the model Russia has used across Africa: armed presence as a business arrangement, with strategic minerals as partial payment. The security of the population was, at best, a secondary consideration. At worst, it was actively counterproductive. Between January 2024 and Wagner’s exit in June 2025, Wagner and Malian soldiers caused more than 1,440 civilian casualties – four times the number of deaths and injuries attributed to JNIM jihadist forces during the same period.

In counterinsurgency operations, killing the population you are supposed to be protecting is not a viable long-term strategy.

The July 2024 ambush at Tinzaouatène was the first major indicator that the arrangement was structurally unsound. A Wagner convoy moving to secure a gold mining site was ambushed in the desert by Tuareg rebels of what would become the Azawad Liberation Front (FLA). Local sources claimed 84 Wagner fighters and 47 Malian soldiers killed, in effect, the complete destruction of Wagner’s 13th detachment. Wagner survivors later accused Malian intelligence of deliberately underestimating rebel numbers. Malian officers accused the Russians of ignoring chains of command and treating them with open contempt. As one senior Malian officer told The Sentry research organization: “We have gone from the frying pan to the fire.” The ambush reverberated far beyond the Sahel: for years, Wagner’s brand across Africa had rested on a carefully cultivated reputation for ruthless effectiveness – the force that succeeded where Western armies hesitated. Tinzaouatène punctured that reputation in a single afternoon, and the puncture was public: drone footage of the aftermath circulated across social media within hours, reaching every junta government on the continent that had been weighing a Russian security arrangement.

Touareg tribesman in Algiers (Algeria). 2015 photo by WikiUser Amine loua. CCA/4.0 International.

 

How It’s Going 

After Yevgeny Prigozhin’s death in 2023, the Russian Ministry of Defense absorbed Wagner’s African operations into a new entity called the Africa Corps – named, with what can only be described as either spectacular historical tone-deafness, or a badly mismanaged sense of humor – after the Wehrmacht’s North African expeditionary force of WW2. Roughly 70-80% of the Africa Corps was composed of former Wagner fighters. The same men, the same doctrine, the same fundamental mismatch between the mission and the force available – now with a Ministry of Defense letterhead.

The total Russian force in Mali reached approximately 2,000 personnel by late 2024. Two thousand troops, in a country the size of Western Europe, facing two converging insurgencies – JNIM’s Fulani-recruited jihadist network operating across the center and south, and the Tuareg-led FLA pressing from the north – that had demonstrated the ability to coordinate operations despite having no particular affection for each other.

The structural intelligence failure compounded everything else. The Small Wars Journal published a detailed analysis in March 2026 noting that Africa Corps operated as a TECHINT-rich, HUMINT-poor force – capable of drone strikes and signals intelligence, but systematically unable to cultivate the human networks necessary to understand insurgent intent before it materialized as an attack. The coercion-based approach to information gathering – intimidation and violence rather than community trust – actively destroyed the conditions necessary for effective intelligence collection…something all the more remarkable, given the widespread availability of afteraction reports from the mid-1990’s to today. JNIM’s ongoing fuel blockade of Bamako, which required sustained preparation, coordinated logistics, and expansion into southern Mali where the group had previously had minimal presence, was not detected until it was already operational.

 

The Fall Of Kidal

On April 25, 2026, JNIM launched a coordinated assault on Kati – the largest military base in the Bamako region, home to senior government figures including Mali’s Defense Minister. A car bomb driven through multiple checkpoints into the residential sector killed Defense Minister Sadio Camara and mortally wounded the chief of intelligence. The operation required insider knowledge that the junta has not publicly explained.

Simultaneously, the FLA launched its main offensive against Kidal — the strategic northern city that Wagner had captured in November 2023 in what was supposed to be the high-water mark of the Russian intervention. Within hours, FLA forces had overrun the city’s checkpoints, the police station, and the governor’s palace. The Russian Africa Corps garrison, unable to expect reinforcements with every available aircraft pinned down responding to the Bamako diversionary attacks, negotiated an exit — paying their way out of encirclement and withdrawing north in a convoy of trucks that included Tornado-G multiple rocket launchers and a D-30 howitzer.

Map of the Mali War, to early 2026. Map author WikiUser Borysk5. CCA/4.0 International.

They left behind a fully operational drone control substation, relay equipment, and a command post. The symbolism was not lost on anyone.

“It is the most consequential battlefield setback Russia’s African project has suffered,” said Justyna Gudzowska of The Sentry. “It is a major reputational and political blow,” inverting the idea that the Russian model was working.

 

The Structural Problem Russia Cannot Solve

The Carnegie Endowment’s analysis of the situation, published in March 2026, identified the core issue with precision: Russia is repeating France’s mistakes, favoring a heavy military hand without a political strategy to address the root causes of violence, all while simultaneously being less competent than France in the military dimension…an “achievement”, all by itself.

The Tuareg question has generated five rebellions since Malian independence in 1960. Every external power that has intervened in Mali – France included – has addressed the symptom without touching the cause. The Malian junta’s refusal to consider meaningful autonomy arrangements for the north, combined with its expulsion of the regional security architecture that might have provided some coordinating function, has left the country with fewer tools to address the insurgency than it had in 2021.

Russia has not brought a political strategy. It has brought mercenaries, helicopter gunships, and a mining concession model that has consistently generated civilian casualties faster than it generates security. The instability it was hired to contain is now pushing southward toward the West African coast – toward Benin, Côte d’Ivoire, and Togo, countries with the region’s largest populations and most developed economies.

That dirt berm in the drone photograph is not just a poorly built fortification. It is a precise architectural expression of the entire Russian strategic approach in the Sahel: a perimeter with no depth, no overlapping fields of fire, wide open to observation, and apparently designed by people who have never seriously considered what happens when the enemy actually arrives.

They arrived on April 25th.

 

 

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The RPG-7: The Titan of the Man-Portable Anti-Tank World – Tools of the Trade

 

 

 

 



Last week, we looked at the M72 LAW – a 1963 American design that refused to die, and recently earned a genuine second act through Norwegian engineering ingenuity. This week, we look at the weapon on the other side of that Cold War equation: the RPG-7. Where the M72 is the more elegant solution – lighter, more sophisticated, but ultimately more expensive to produce – the RPG-7 is the Soviet answer to the same problem, while coming from a fundamentally different philosophy about what this sort of weapon system is supposed to be.

The weapon’s full designation is Ruchnoy Protivotankovy Granatomyot-7 – “Hand-held Anti-tank Grenade Launcher, Model 7” – though the English backronymRocket-Propelled Grenade” has stuck hard enough that most people have forgotten it was ever anything else. Development began in 1958, to replace its predecessor, the RPG-2 the weapon was formally adopted by the Soviet Army in 1961, and it has not stopped being produced or used since. Over nine million units have been manufactured. It has seen combat in more than 80 countries. It is, without serious competition, the most widely distributed anti-armor weapon in the history of warfare.

 

Design Philosophy

The RPG-7’s design lineage is still the same as the M72 – the US bazooka, and the German Panzerfaust, both attempting to solve the fundamental problem of giving infantry a fighting chance against armor at range – but the Soviet solution diverged sharply at the design level. Where the M72 is disposable and self-contained, like the Panzerfaust, the RPG-7 is reusable like the bazooka. The launcher tube – a 40mm steel tube, wood-wrapped for heat protection, weighing about 15 pounds – is a permanent asset. The rocket-propelled grenades are loaded separately at the muzzle, with the oversized warhead protruding forward of the tube in the weapon’s distinctive silhouette.

A Romanian soldier aiming a AG-7 (licensed RPG-7 copy) during a military exercise of the romanian 191st Infantry Battalion. Photo by Dragoş Anghelache. CCA/3.0

This reusability carries real tactical implications. A squad equipped with RPG-7s can carry multiple warhead types for the same launcher – anti-armor, anti-structure, thermobaric, fragmentation – and select the appropriate round for the target. The M72 gives you one round per tube. The RPG-7 gives you one launcher and as many rounds as your ammunition bearers can carry (typically three spare rounds per carrier). For conventional Soviet infantry doctrine, which envisioned massive combined-arms engagements against NATO armor in Central Europe, this made sense. One RPG-7 per motorized rifle squad (https://www.globalsecurity.org/military/library/report/1998/infantry-rpg.htm) was the standard Soviet assignment – a number that irregular forces consistently exceeded in practice, if at all possible.

Some RPG-7 Ammunition types. Image by LivePi3.14, 2005. CCA/4.0 International 

 

The weapon does, however, present real limitations that deserve honest acknowledgment. A 1976 U.S. Army evaluation found that in an 11 km/h crosswind, a gunner firing at a stationary, tank-sized target could not expect a first-round hit more than 50% of the time at 180 meters. The backblast, while less dangerous than many Western counterparts in confined spaces – Soviet doctrine allowed firing from inside rooms with only two meters of standoff – is still substantial and signature-generating. And the weapon’s effective anti-armor range tops out around 300 meters against a moving target, limiting its utility as armor protection has advanced.

But its strengths are formidable, and they are the strengths that matter most in the environments where most of the world’s actual fighting gets done.

A Polish and US soldier load an RPG-7 during combined live-fire training at Drawsko Pomorskie Training Area in Drawsko Pomorskie, Poland, Oct. 29, 2016. U.S. Army photo by Sgt. Lauren Harrah. Public Domain.

 

Combat Record

The RPG-7’s first confirmed combat use was during the Six-Day War in 1967, and it has barely paused since. In Vietnam, it became the primary tool of North Vietnamese and Viet Cong forces against American armor and, critically, helicopters – a use case the weapon was never designed for, but adapted to with lethal effectiveness. In Afghanistan during the Soviet occupation, the Mujahideen employed it as their weapon of choice against Soviet armor, APCs, trucks, and helicopters, averaging one RPG for every ten to twelve fighters in the field…or, roughly one RPG-7 per squad.

The Battle of Mogadishu in 1993 produced the RPG-7’s most famous moment in American military consciousness: Somali militiamen used the weapon to shoot down two U.S. Army MH-60 Black Hawk helicopters, triggering the events immortalized in the 1999 book and 2001 movie “Black Hawk Down“. The irony runs deep – the CIA had taught Afghan Mujahideen how to use the RPG-7 against Soviet helicopters during the 1980s, and the technique came back to haunt the US military.

In Chechnya, the weapon demonstrated what disciplined urban employment looked like. Chechen hunter-killer teams of three to four fighters – an RPG gunner, a machine gunner, and a sniper – simultaneously engaged single Russian armored vehicles from multiple elevations, including ground level, second and third stories, and basements, while the sniper and machine gunner suppressed supporting infantry. Russian armored columns in Grozny during the first Chechen war may have lost 100 tanks and 250 armored fighting vehicles. This is the tactical template that every urban army has had to study since.

In Ukraine today, the weapon is in simultaneous use by both sides – Ukrainians firing Soviet-designed RPG-7s against Soviet-designed tanks, while Russian forces do the same. Texas-based AirTronic USA has supplied a modernized American variant, the PSRL-1, to Ukrainian forces – a US-built RPG-7 derivative, fighting Russian armor. The symmetry is almost poetic.

PSRL-1 (modified American copy of the Soviet/Russian RPG-7) in use during training by soldiers of the National Guard of Ukraine. Photo by ngu.gov.ua. CCA/4.0 Int’l.

 

 

The Broader Point

The RPG-7 costs somewhere under $500 per launcher. Warheads run roughly $100 to $500 per round depending on type. A single M1 Abrams main battle tank costs approximately $10 million. The math here is not complicated, and it is precisely that math that drives procurement decisions in most of the world’s militaries – not the ones planning to fight peer adversaries across the Fulda Gap, but the ones planning to fight the wars that actually happen: insurgencies, urban battles, and asymmetric confrontations where the side with the RPG-7 does not need to win every engagement, only enough of them, among other modes of warfare.

The M72 and the RPG-7 are mirror images of the same Cold War problem, solved by two different industrial philosophies. One is elegant, lightweight, and disposable. The other is crude, heavy, reloadable, and has outlasted every attempt to declare it obsolete. Both are still operating on the world’s battlefields today.

Next time: the Carl-Gustaf — the recoilless rifle that splits the difference.

 

 

 

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The Old Dog Learns A New Trick – Tools of the Trade

 

 

 



There is a recurring pattern in defense procurement that the Pentagon’s acquisition bureaucracy never quite manages to learn: the weapon system everyone writes off as obsolete has a habit of refusing to die, because the problem it solves refuses to go away. The M60 tank is one example. The M72 Light Anti-armor Weapon – the LAW – is another, a contemporary of the M60 and in some ways a more interesting one, because its “second act” required not just political will but genuine engineering ingenuity.

The M72 entered US Army and Marine Corps service in 1963, replacing the aging M20 Super Bazooka as the individual infantryman’s answer to armored threats. The concept was elegantly simple: a 66mm rocket, pre-loaded in a telescoping aluminum-and-fiberglass tube, weighing under five pounds, that one man could carry, deploy, fire, and discard. No maintenance, no crew requirement, no logistics tail beyond the round itself. The design lineage ran straight back through the American bazooka and the German Panzerfaust of World War Two – the perennial infantry problem of “how do you kill a tank without becoming a tank yourself” – solved with the tools of 1963.

Disposable Light Anti-Tank Weapon (LAW M72). Also shown is a cross-section of the launch tube with its accompanying payload, a 66mm rocket with a shaped charge warhead. Photo dated 1985-1990 from Audiovisuele Dienst Koninklijke Landmacht (AVDKL). CCA/4.0 Int’l

It saw its first extensive combat in Vietnam, where it earned a mixed reputation. The weapon was effective against light armor, bunkers, and fortified positions, but early production runs suffered from warhead detonation failures in flight, requiring a full recall and safety redesign. A large part of the early reports of failures of the M72 were shaped by the disaster of the Lang Vei Special Forces camp, which was overrun by Communist forces using PT-76 light tanks, vehicles which the M72 should have handled with ease.

A Polish PT-76 amphibious light tank coming out of the water during an amphibious exercise. 1971 photo from “Czołg pływający PT-76. TBiU 12 WMON, Warszawa 1971.” Public Domain.

A number of quality control and design issues surfaced immediately, which contributed to the base being overrun. The US defense establishment responded quickly. The corrected versions returned to service and remained there – through the wars of Desert Storm, Afghanistan, and Iraq – long after the system had nominally been “replaced” by the Swedish-designed AT4 in the mid-1980s.

In contrast, the Soviet bloc had the RPG-7, a near-direct copy of the WW2 Panzerfaust. While effective, it had all of the problems of the WW2 bazooka…but that’s for another article.

The lighter weight and lower cost of the LAW made it ideal for the kind of urban and mountain combat that dominated the post-Cold War operational environment. A soldier could carry two LAWs where one AT4 fit. That arithmetic matters.

 

The Huge Problem That Looked Unsolvable

By the time the wars in Iraq and Afghanistan began generating serious after-action data, a specific and deadly – but not unknown – problem had crystallized around shoulder-fired rocket systems: the backblast.

Traditional rocket launchers – the M72 included – generate a massive cone of super-heated gas behind the shooter at the moment of firing. In open terrain, this is a manageable hazard. In urban combat, it is frequently a killing problem. A Marine firing from inside a room, a doorway, or from behind a wall faced an ugly choice: expose himself fully to take the shot from a position where the backblast had clearance, or fire from cover and risk serious injury or death from the blast redirecting off interior surfaces.

Packing crates being used to demonstrate the danger of the M72’s back blast. Ft. Lewis, WA. 1969 photo by L. Johnson, Photo Facility Branch, Audio-Visuals Department, US Army, Ft Lewis, WA. Public Domain.

According to Defense News [https://www.defensenews.com/digital-show-dailies/eurosatory/2018/06/11/nammos-new-m72-launcher-causes-no-damage-when-fired-from-inside-a-room/], several Marines died as a direct result of having to expose themselves to take shots that could not safely be taken from covered positions. The requirement was real, documented in blood, and the Marine Corps knew it.

A US Army soldier fires an AT4, Ft Lewis, WA, 2007. Note the dramatic backblast from the AT-4. US Army photo. Public Domain.

 

 

The Solution: Liquid Physics & Norwegian Engineering

The answer came from Nammo, the Norwegian-American defense manufacturer that had been producing M72 variants under license since 1966. Their engineers developed a patented system using an inert organic high-density liquid chamber at the rear of the launcher. When the rocket fires forward, the liquid is expelled rearward, absorbing and dispersing the energy that would otherwise produce the lethal backblast. The result is a fire signature at the muzzle roughly equivalent to a 9mm pistol at night – and a backblast so reduced that, in a demonstration firing inside a 12-by-15-foot shed in the Arizona desert, the only evidence of the shot was a spray of liquid on the rear wall and floor.

Cut-away diagram of an M72 LAW rocket, from US Army Technical Manual TM 9-1300-200 General Ammunition. US Army image. Public Domain.

The system, designated M72 Fire From Enclosure (FFE), qualified for US service and entered a five-year Indefinite Delivery Indefinite Quantity contract with a maximum value of $498 million. The Marine Corps Systems Command announced in May 2024 that current M72 variants would be succeeded by two FFE configurations: the M72A8, optimized for anti-armor work against light vehicles, concrete walls, and APCs; and the M72A10, a multi-purpose anti-structure munition with a dual-mode fuze capable of defeating brick, adobe, earthen fortifications, and light vehicles. Initial deliveries of 1,930 M72A10s and 800 M72A8s were scheduled for calendar year 2024, with production at Nammo’s Mesa, Arizona facility ramping to maximum capacity by mid-2025.

The tactical implications are significant. A squad that previously had to maneuver into exposed firing positions to employ rocket systems can now maintain concealment throughout the engagement. The reduced visual and acoustic signature – equivalent to the flash of a 9mm handgun – means the shooter’s position is not immediately compromised by the shot. And at 13 pounds, the M72 FFE is light enough that a squad can carry three to six systems rather than the single, heavier launcher a squad might previously field.

 

The Broader Lesson

The M72 FFE fits squarely into the pattern visible across modern procurement: the weapons that survive are not always the most sophisticated, but the ones whose core function remains essential, and whose designers remain willing to solve new problems rather than declare the mission accomplished. Urban warfare is not a temporary phase of the operational environment. From Fallujah to Mosul to Mariupol, the defining tactical challenge of the past two decades has been combat in built-up areas, where engagement distances collapse, cover is everywhere, and the cost of exposure is measured in seconds.

A weapon system that began its life in 1963 solving the problem of Soviet tank columns crossing the Fulda Gap has been re-engineered to solve the problem of a soldier taking a shot from inside a building in a city the Pentagon did not anticipate fighting in. That is not obsolescence. That is adaptability – and in a budget environment where new platforms cost billions and take decades, adaptability is increasingly the only procurement strategy that works.

Next time, we’ll look at the RPG-7.

 

 

The Freedomist — Keeping Watch, So You Don’t Have To

 

 

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The Real Military How-To, Part 1

 

 

 



In the past, we have frequently discussed the “democratization” of military-everything, from equipment acquisition through “higher-level” things, like “DIY” navies and air forces, but we have never really covered the actual methodology of “training” on an effectively zero-budget.

This is a sphere that I have been studiously avoiding treading into, mostly because I felt a moral responsibility to avoid adding fuel to the global fire in a “granular” way. However, that view has evolved over time: There is plenty of military talent out there at various levels – from “Tier One” military forces, to a couple of people in a Toyota Hilux with Grampa’s shotguns. In effect, no – I am not doing anything “out of bounds”.

For full disclosure, when I joined the United States Marine Corps in 1984, the very first job I had “in the Fleet”, was as a Publications Clerk”…I’m not sure if that job even exists anymore, in any way that I would recognize. As a result, my natural inclination as a bibliophile raged in full force. And, after the domination of the PDF format, I have assembled a…let’s say “overly large” collection of military manuals.

As a result, over time, I started thinking about what a personal “emergency military library” would look like: What books and manuals would I put in there? How small could I make it? And so on…

In thinking on this for several years, I came to the conclusion that such a library would be useful not only for someone actually carrying a rifle or leading troops, but to the average civilian – not someone thinking about the end of the world, but who watches the news, sees LOTS of stories about current conflicts, but has no foundation to “fact check” the media…and that is a far more dangerous situation, than publishing a list of very basic works to try and teach you the absolute basics.

The current conflict in Iran brought this into sharp focus: I cannot list the number of news reports and “expert analysis” that I have seen on the revolution in Iran that started on December 28th, that get nearly every single point wrong, at some level. It’s so bad, it’s actively dangerous to viewers, who are left with a highly skewed view of how things actually work out on “the sharp end“. It is dangerous, because otherwise well-meaning people get hysterically angry over things that anyone who has been in a Tier One military longer than a year knows – or at least, should know…and, as the US military understood almost ten years ago, the military is preparing – quietly – for extended combat operations in urban, and highly public, environments.

Students in the Basic Computer Systems Operator Course at the Army’s Computer Science School at Fort Gordon, GA. In the left foreground is a visiting student from the armed forces of Djibouti. 1988 photo from the U.S. National Archives. Public Domain.

As a start to try and remedy this situation, I have curated two lists: a short (14 videos) playlist of videos at YouTube, and a list of basic books and manuals, outlined below. There are much larger lists in each category, but the purpose here, is to at least get you, the Reader, started. Even if you have been in the military for any length of time, I think you’ll find these useful.

The thing with learning “things military” is that it takes time – this is not The Matrix, and no one is going to download a karate program into your head for you to instantly “know karate“. The YouTube link above is 14 videos…for the Short List. The full playlist is over 80 videos long. Likewise, the fourteen books below are only the “initial reading list” – and even the longer list (well over 60 individual titles) is painfully short…But, these two lists will give you the basics of how militaries work.

A pair of notes on the titles below: Many of these are older titles, some dating from the 1950’s. This was deliberate. I have found that after about 1998, many – if not most – modern military manuals are written in modern “corpo-speak”, and are nearly useless in conveying information meaningfully…That, or I’m a dinosaur. Likely the latter…OTOH – “old” does not mean “wrong” or “useless”. Take note.

Staff meeting of the the 112th Cavalry (Texas National Guard), during the Battle pf Arawe, Papua New Guinea, 1944. US Army photo. Public Domain.

Second, the titles below are available either as online PDF’s (marked with an ” * “) or as paper copy editions (marked with a ” + “); some are available in both formats.

Below each entry, I will provide my own review of the title, and why you need it.

 



 

+* OPNAV P 34-03 – Landing Party Manual, 1960 USN  — Chapters 2-3, 5 and 12-13

This might seem like a strange manual to start with, but if I were writing this article in 1980, this manual would have eliminated about five of the other manuals here. Starting in 1920, the United States Navy began generating “Landing Party Manuals” for naval officers to study while at sea, in case they were tasked to command such parties ashore – Lieutenant Jones might be a heck of a good Engineer, but do they know how to mount a formal Interior Guard? The chapter selections are deliberate; the chosen chapters cover basics like Close Order Drill, Ceremonies, Interior Guard, physical training with rifles, and basic marksmanship – these functions change very little over time. The other chapters are interesting from a strictly historical perspective, but – this manual dates from 1960, and things like infantry tactics and first aid have radically changed since then.

+Small Unit Leadership: A Commonsense Approach; Dandridge M. Malone

A lot gets written about “leadership”, but the actual “how” has rarely been focused on in the understandable detail applied here by Malone. Note that this dates from 1983, so if you insist on being offended by your own shadow, you might want to skip this one.

*FM 16-100 – Character Guidance Manual (1961)

Sometimes, military forces are forced to settle on bringing in recruits from the literal “wrong side of the tracks”. Military forces hold dominant powers that many civilians simply do not recognize until far too late. The US Army recognized this in the 1950’s, and wrote this manual as a guide to help officers try to keep their troops from falling into criminal behaviors, in order to prevent court-martialing half of their unit for bad behaviors that unnecessarily got out of hand. Note that this manual is no longer used. Food for thought.

+Combat Leader’s Field Guide, 14th Ed.; Jeff Kirkham

Because the Landing Party Manual is so badly out of date on tactics in 2026, Kirkham’s work at least partly remedies that. While thin on the use of drones – which is constantly evolving and changing, as both Ukraine and Iran, among other conflicts, show – Kirkham sticks to the rock-bottom basics of small-unit infantry combat, the most fundamental combat task on the modern battlefield.

+*Military Operations on Urbanized Terrain (MOUT); Direct link to USMC PDF link; Amazon link

The US Marine Corps developed a winning method for fighting in urban environments (when allowed to actually employ their tactics as developed). Those tactics are laid out here. When combat in built-up areas looks confusing, chaotic, and dirty, this manual can help clarify what’s going on, far more than the commentary from CNN talking-heads.

+*MCTP 3-01E Formerly MCWP 3-15.3 Sniping; Archive PDF; Amazon link

“Snipers”, in the literal sense, get a poor rap, especially from certain “subject matter experts”, who should know better, and from “influencers” more interested in making political and/or moral zingers. Snipers are actually one of the most powerful and decisive units in infantry combat. Understanding how they function, and their impact on the battlefield is critical for grasping the shape of modern combat.

+Combat Service Support Guide, 4th Ed.; John E. Edwards

Troops need a LOT of “stuff” in action. In the military, that is now termed “Combat Service Support“. It’s dull, unglamorous, hard and back-breaking work…but if someone gets it wrong, the troops do not move, do not eat and do not shoot weapons – they are, quite literally, reduced to rocks and harsh language. While there are entire bookcases devoted to the subject, this volume offers the best single-volume summary out there.

+Guide to Military Operations Other Than War; Keith Bonn and Anthony Baker

This term – “Military Operations Other Than War“, or “MOOTWA” – started out as a highly-mocked term, taken as an example of the military’s descent into morbidity. Over time, however, this sphere of operations – using military forces for non-warfighting operations like humanitarian aid and disaster relief, among others – has demonstrated how important it really is. This overview is something that cannot be ignored, if you want to understand the full scope of what well-run militaries are capable of.

*A basic framework for constructing an SOI document

Not a book or formal manual, but a website dedicated to an absolutely vital concept: how to get units to talk to each other, and talk internally, in a secure way, so that the “bad guys” don’t understand what you are doing…You need more than CB radios, and this page offers you a place to start. This is linked here, in order to show how complex even small unit communications can be.

*Map Reading and Land Navigation, FM 3-25.26 (2005)

You, the Reader, would likely be amazed at how few people know how to navigate with a map, let alone in the dark and rain, with a compass. If you read nothing else here, read this, because you can get stuck in the middle of nowhere easily and unexpectedly….Also — Browse the FAS “MAN” site, and support FAS, if you can. Their information is aging in places, but the entire “MAN” site is well worth your time.

*Field Fortifications – FM 5-15 (1968)

What combat footage from Ukraine, and you can be forgiven for thinking that you are watching colorized footage from the trenches of France in the First World War. This 1968 US Army manual explains the basics of building hasty fortifications in the dirt. If it looks dumb, but keeps you alive – it’s not dumb. Side Note: Check out BITS.de — it’s a vast archive, that I frequently use…Just watch out for their frames – highly annoying, but their only real problem.

*Military Gov’t Manual – FM 27-5 (1947)

When armies overrun – “conquer”, if you prefer – enemy territory, they then need to administer it, until some sort of civilian authority can be established. I selected this specific edition, because it was written in the immediate aftermath of World War 2, when territories all over the world had to be administered by military officers with little knowledge or training…and the farther we got from WW2, the less effective the new manuals got – “newer” is not necessarily “better”.

+*US Army First Aid Manual FM 4-25.11; 2002 online edition; 2018 print edition (my recommendation – how much is your life worth, again?)

Exactly what it says. People get hurt, sometimes seriously, and transport to a real medical facility might not arrive for a dangerously long time. A lot of times…it will come down to you.

*+Nuclear War Survival Skills; Cresson Kearney – HTML & PDFAmazon (2022 ed.)

This might seem like an odd inclusion, but Kearney’s skill-sets apply almost 1:1 to military forces as they do to civilians. There are absolutely military-specific manuals for this sort of thing, but most of those are too military-specific for most civilians to digest. This is maintained and constantly updated, so I recommend checking the OISM site, first, before buying the hardcopy.

 



 

The fourteen titles above will not make you a general, or even a corporal. What they =will= do is give you enough foundation to watch the news coverage of any conflict — Iran, Ukraine, or whatever comes next — and understand, in basic terms, what is actually happening on the ground, rather than relying on what a studio commentator with no field experience – or a former officer who hasn’t carried a rifle in more years than you have been alive – tells you is happening. In a media environment more interested in advertising dollars than accurate reporting, where military illiteracy is the norm rather than the exception, that foundation is worth more than it might appear.

In Part 2, I will lay out the short YouTube playlist.

 

 

The Freedomist — Keeping Watch, So You Don’t Have To

 

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