JaFaJ

These systems illustrate how drone warfare scales across air, land, and sea—from low-cost tactical tools to high-value strategic platforms. The range of cost and capability explains why drone warfare is expanding rapidly across both state and non-state actors.
 
CHINA
Air Drones
Wing Loong II — A medium-altitude, long-endurance (MALE) unmanned combat aerial vehicle that enables surveillance and precision strike missions; estimated cost $1–2 million; produced by Aviation Industry Corporation of China.¹
DJI Mavic Series — Commercial quadcopters adapted for battlefield reconnaissance and targeting; cost $1,000–$5,000; produced by DJI.²
Land Drones
Sharp Claw UGV — Armed unmanned ground vehicle that supports urban combat and reconnaissance operations; estimated cost $50,000–$200,000; produced by NORINCO.³
Sea Drones
JARI Unmanned Surface Vessel — Autonomous naval platform capable of surveillance and missile deployment; estimated cost $1 million+; produced by China State Shipbuilding Corporation.⁴
 
IRAN
Air Drones
Shahed-136 — Long-range loitering munition used for infrastructure and strategic strikes; cost $20,000–$50,000; produced by Iran Aircraft Manufacturing Industrial Company.⁵
Land Drones
Nazir UGV — Remote-controlled ground combat vehicle supporting reconnaissance and light attack missions; estimated cost under $50,000; produced by Iranian defense industry.⁶
Sea Drones
Explosive Unmanned Surface Vessels — Low-cost naval drones enabling swarm and asymmetric maritime attacks; cost varies widely; produced by Islamic Revolutionary Guard Corps naval units.⁷
 
ISRAEL
Air Drones
Heron TP — Long-endurance ISR and strike platform integrating advanced sensor systems; cost $10 million+; produced by Israel Aerospace Industries.⁸
Harop — Loitering munition designed for autonomous anti-radar strikes; cost $100,000–$500,000; produced by Israel Aerospace Industries.⁹
Land Drones
Guardium UGV — Autonomous ground vehicle enabling border patrol and security operations; cost $200,000+; produced by G-NIUS.¹⁰
Sea Drones
Protector USV — Autonomous naval system used for surveillance and force protection; cost $1 million+; produced by Rafael Advanced Defense Systems.¹¹
 
RUSSIA
Air Drones
Orlan-10 — Tactical reconnaissance drone enabling surveillance and artillery targeting; cost approximately $100,000; produced by Special Technology Center.¹²
Lancet — Loitering munition used for precision strikes in battlefield conditions; cost $35,000–$50,000; produced by ZALA Aero.¹³
Land Drones
Uran-9 — Armed unmanned ground combat vehicle; cost $1 million+; produced by Kalashnikov Concern.¹⁴
Sea Drones
Unmanned Naval Strike Systems — Low-cost explosive surface drones used in maritime operations; cost variable; developed under wartime production conditions.¹⁵
 
TURKEY
Air Drones
Bayraktar TB2 — Medium-altitude strike drone effective against armored and tactical targets; cost approximately $5 million; produced by Baykar.¹⁶
Akinci — Advanced long-range unmanned combat aerial vehicle enabling higher-end strike capability; cost approximately $20 million; produced by Baykar.¹⁷
Land Drones
Kaplan UGV — Robotic ground system supporting combat and logistics operations; cost $100,000–$500,000; produced by FNSS.¹⁸
Sea Drones
ULAQ USV — Armed unmanned surface vessel designed for coastal defense and patrol missions; cost $1 million+; produced by Ares Shipyard.¹⁹
 
UKRAINE
Air Drones
FPV Strike Drones — Low-cost, pilot-guided drones enabling direct attack missions; cost $500–$3,000²⁰; produced through decentralized domestic manufacturing networks.
Punisher UAV — Light tactical strike drone used for precision targeting; cost approximately $50,000; produced by UA Dynamics.²¹
Land Drones
Ratel S UGV — Explosive ground drone designed to target armored vehicles; low-cost; produced domestically.²²
Sea Drones
Magura V5 — Long-range unmanned naval strike platform used against warships; estimated cost under $500,000; produced by Ukrainian defense sector.²³
 
UNITED STATES
Air Drones
MQ-9 Reaper — High-end ISR and precision strike platform; cost $20–30 million²⁴; produced by General Atomics.
RQ-4 Global Hawk — High-altitude strategic surveillance drone enabling long-range intelligence collection; cost $100 million+; produced by Northrop Grumman.²⁵
Land Drones
MAARS Robot — Armed unmanned ground system used in urban combat environments; cost approximately $300,000; produced by QinetiQ.²⁶
Sea Drones
Sea Hunter — Autonomous anti-submarine warfare vessel designed for long-duration operations; cost $20 million+; developed by DARPA.²⁷
 
Across all domains, a clear pattern emerges: effectiveness is no longer defined by sophistication alone, but by cost, scalability, and the ability to sustain operations over time. Systems that are inexpensive, replaceable, and widely deployable are reshaping how modern warfare is conducted.
 
FOOTNOTES

U.S. Department of Defense, “Military and Security Developments Involving the PRC,” 2023.
Drone Industry Insights, “Global Drone Market Report,” 2024.
NORINCO Defense Systems Brief, 2023.
Center for Strategic and International Studies (CSIS), “China Naval Modernization,” 2024.
CSIS, “Iran’s Drone Program,” 2024.
International Institute for Strategic Studies (IISS), The Military Balance 2024 (London: IISS, 2024).
U.S. Naval War College Review, “Iran’s Maritime Strategy,” 2023.
Israel Aerospace Industries, Product Specifications, 2023.
Stockholm International Peace Research Institute (SIPRI), Arms Transfers Database, 2024.
Israeli Ministry of Defense Reports, 2023.
Rafael Advanced Defense Systems, Naval Systems Overview, 2023.
UK Ministry of Defence, “Russia-Ukraine War Intelligence Update,” 2024.
CSIS, “Drone Warfare in Ukraine,” 2024.
IISS, The Military Balance 2024 (London: IISS, 2024).
Reuters, “Black Sea Drone Warfare,” 2024.
Baykar Defense Technical Specifications, 2023.
Turkish Presidency of Defense Industries, 2024.
FNSS Defense Systems Overview, 2023.
Ares Shipyard Technical Brief, 2023.
CSIS, “Ukraine Drone Production Expansion,” 2024.
Ukrainian Defense Industry Reports, 2024.
Reuters, “Ukraine Ground Drone Innovation,” 2024.
Ukrainian Ministry of Defense Releases, 2024.
U.S. Air Force, “MQ-9 Reaper Fact Sheet,” 2023.
Northrop Grumman, RQ-4 Program Overview, 2023.
U.S. Army Robotics Program Brief, 2023.
DARPA, “Sea Hunter Program,” 2023.

INTRODUCTION: THE WAR IS WON IN FACTORIES, NOT BATTLEFIELDS
The next global superpower will not be defined by the most advanced weapons.
It will be defined by who can build the most weapons, the fastest, at the lowest cost—and improve them in real time while they are being used.
That shift is already underway.
Drone warfare has moved beyond technological superiority. Precision, autonomy, and sensor fusion still matter—but they are no longer decisive on their own. What now determines outcomes is something far less visible and far more powerful: industrial capacity, supply chain control, cost-per-kill efficiency, and iteration speed under battlefield conditions.
This document is not about drones.
It is about who controls the industrial system that produces them—and how that system is quietly redrawing the global balance of power.
Every country analyzed here is solving the same problem differently. Some optimize for precision. Others optimize for scale. Others optimize for survivability or adaptability. Only a few optimize for all of it at once.
The countries that align production, cost, and iteration will not just win wars.
They will define how wars are fought.
This is not simply a comparison of drone programs. It is a map of how different countries are reshaping the economics and behavior of modern warfare.
 
UNITED STATES — PRECISION WITHOUT SCALE DOMINANCE
The United States remains the global leader in high-end drone warfare—but it is increasingly optimized for a version of conflict that is disappearing.
Specialization
The U.S. focuses on ISR dominance and precision strike, building systems designed to eliminate high-value targets with minimal collateral damage. Its doctrine prioritizes accuracy, endurance, and integration into networked warfare systems.
Production Scale
Production is measured in hundreds annually, with a global MQ-9 fleet estimated in the hundreds. However, surge capacity remains limited due to complex manufacturing requirements and dependency on advanced components.
Cost Structure
High-end drones cost between $20 million and $30 million per unit, with substantial lifecycle costs driven by maintenance, satellite infrastructure, and training systems¹.
Effectiveness
U.S. drones are unmatched in precision targeting, endurance, and intelligence integration. They define the global standard for high-end capability.
Strategic Limitation
These systems are not designed for attrition warfare. They are expensive, slow to replace, and vulnerable in environments where losses are expected.
Economic Impact
The drone sector contributes tens of billions annually to the defense industrial base, supporting aerospace manufacturing, artificial intelligence development, and advanced data systems.
Power Translation
The United States controls the top tier of capability, but not the future of scalable warfare. It can win battles cleanly, but struggles in conflicts defined by volume and replacement speed.
 
CHINA — SCALE AS A WEAPON SYSTEM
China is not competing with the United States on precision.
It is competing on something more decisive: production dominance.
Specialization
China dominates mass production and dual-use drone systems, integrating commercial and military manufacturing into a unified industrial ecosystem.
Production Scale
Hundreds of thousands of drones are produced annually.² China controls a dominant share of the global commercial drone market, enabling continuous manufacturing feedback and rapid iteration.
Cost Structure
Consumer drones range from $500 to $5,000, while military systems range from $50,000 to $1 million, creating a broad and flexible pricing structure.
Effectiveness
Chinese drones are reliable, scalable, and highly competitive in cost-performance ratio, though slightly below U.S. high-end capability.
Export Network
China exports extensively across the Middle East, Africa, and Asia, building dependency through accessibility and affordability.
Economic Impact
Drone manufacturing supports key sectors including electronics, batteries, and semiconductor supply chains. It is a major export industry with global influence implications.
Power Translation
China is not just building drones. It is building the global supply chain that determines who gets them—and at what cost. This is how influence scales without direct conflict.
This gives China the ability to influence not just conflict outcomes, but who can afford to participate in modern warfare.
 
IRAN — LOW-COST WARFARE AND PROXY POWER
Iran has solved a different problem: how to project power without traditional military strength.
Specialization
Iran focuses on low-cost loitering munitions and long-range strike drones designed for saturation attacks.
Production Scale
Thousands of units are produced annually, often extended through proxy manufacturing networks.
Cost Structure
Drones are produced at approximately $20,000 to $50,000 per unit, enabling large-scale deployment.
Effectiveness
While less precise, these systems are highly effective in volume, particularly against infrastructure and static targets.
Export Network
Iran distributes drones to proxy forces and allied states, extending its reach far beyond its borders.
Economic Impact
Domestic economic contribution is limited, but strategic return is extremely high due to geopolitical leverage.
Power Translation
Iran has turned drones into a force multiplier for asymmetric warfare, enabling influence without direct confrontation.
This allows Iran to extend its influence without direct confrontation, shifting risk onto its adversaries.
 
ISRAEL — INTELLIGENCE SUPERIORITY AND SYSTEM INTEGRATION
Israel leads in integrating drones into a broader intelligence and defense ecosystem.
Specialization
ISR drones, battlefield integration systems, and counter-drone technologies.
Production Scale
Hundreds of high-value systems annually, with a significant share of the global export market.
Cost Structure
Mid-to-high range systems, reflecting advanced technological integration.
Effectiveness
Highly advanced intelligence capabilities, real-time data integration, and leading counter-drone defenses.
Export Network
Exports to technologically aligned partners, reinforcing strategic relationships.
Economic Impact
Drone exports are central to Israel’s high-tech economy and defense sector growth.
Power Translation
Israel dominates the intelligence layer of drone warfare, shaping how information is gathered, processed, and acted upon in real time.
This positions Israel as a key player in how modern wars are monitored and interpreted, not just fought.
 
TURKEY — MID-MARKET DISRUPTOR AND EXPORT POWER
Turkey has positioned itself between high-end capability and low-cost scale—and that position is extremely powerful.
Specialization
Affordable, combat-proven strike drones with strong battlefield performance.
Production Scale
Hundreds to low thousands annually, with rapidly expanding capacity.
Cost Structure
Approximately $1 million to $5 million per system, making them accessible to a wide range of countries.
Effectiveness
Highly effective against armor, artillery, and tactical targets. Proven across multiple conflicts.
Export Network
Extensive exports across Europe, Asia, and Africa, significantly expanding geopolitical influence.
Economic Impact
Drone exports are a major growth driver for Turkey’s defense industry and international positioning.
Power Translation
Turkey controls the most important segment of the market: accessible combat capability. It is redefining who can participate in modern warfare.
This enables more countries to access effective combat drones, expanding participation in modern conflict.
 
RUSSIA — WARTIME ADAPTATION UNDER CONSTRAINT
Russia’s drone strategy is shaped by necessity rather than design.
Specialization
Loitering munitions, reconnaissance drones, and mass deployment systems.
Production Scale
Thousands annually, increasing under wartime conditions.
Cost Structure
Highly variable, with increasing reliance on low-cost imports and external support.
Effectiveness
Effective when used in volume and integrated into artillery systems, though technologically behind leading competitors.
Economic Impact
Drone production has become a wartime industrial priority, reshaping manufacturing and resource allocation.
Power Translation
Russia demonstrates how a constrained system adapts under pressure, prioritizing survival and output over technological superiority.
This demonstrates how necessity can drive rapid adaptation, even under economic and technological constraints.
 
UKRAINE — REAL-TIME INNOVATION AND MASS ADAPTATION
Ukraine represents the most important evolution in drone warfare: real-time innovation under active conflict conditions.
Specialization
FPV drones, low-cost strike systems, and rapid battlefield adaptation.
Production Scale
Targets exceed one million drones annually, with current production in the tens of thousands per month.
Cost Structure
Extremely low-cost systems ranging from $500 to $3,000.
Effectiveness
Highly effective in tactical engagements, particularly against armor and logistics.
Economic Impact
Drone production has become a central wartime industry, mobilizing civilian, private, and government sectors simultaneously.
Power Translation
Ukraine is redefining how fast military systems can evolve. It has turned the battlefield into a live development environment.
This shows how quickly drone warfare can evolve when innovation is driven by immediate battlefield need.
 
SYSTEM-LEVEL POWER CONVERSION: WHO ACTUALLY WINS
The global drone race is not about who is best.
It is about which model survives under stress.
When scaled across real conflict conditions, several truths emerge:
High-cost precision systems break under attrition.
Low-cost mass systems dominate through persistence.
Rapid iteration outperforms static superiority.
Export-driven systems reshape alliances faster than diplomacy.
This produces a clear hierarchy of power:
China controls scale and supply chains.
Ukraine defines innovation under pressure.
Turkey controls accessible combat capability.
The United States dominates high-end precision.
Israel dominates intelligence integration.
Iran dominates asymmetric disruption.
Russia adapts under constraint.
This hierarchy reflects how wars are actually being fought—not how they are planned.
This means that in a prolonged conflict, the United States faces higher replacement costs and slower recovery compared to lower-cost producers.
 
CONCLUSION: THE NEW DEFINITION OF POWER
The defining question is no longer who has the best drone.
The defining question is who can afford to lose the most—and replace them the fastest.
Because that country controls escalation.
And the country that controls escalation controls the outcome.
Modern warfare is no longer decided by superiority.
It is decided by production.
FOOTNOES

S. Air Force, “MQ-9 Reaper Fact Sheet,” 2023.
Drone Industry Insights, “Global Drone Market Report,” 2024.
Center for Strategic and International Studies (CSIS), “Ukraine Drone Production Expansion,” 2024.
SIPRI Arms Transfers Database, 2024.
International Institute for Strategic Studies (IISS), The Military Balance 2024.
Reuters, “Ukraine Drone Production Expansion,” 2024.

A Structural Failure In Diplomacy – And A Direct Cost To Consumers 
IN A NUTSHELL
Core Question: Is it fair or strategically valid for Iran to condition peace with the United States on outcomes involving Hezbollah?
Direct Answer: No. Iran’s position is not simply unfair in a normative sense. It is structurally unworkable at the level of negotiation design and predictably produces failure.
Key Law: Effective international agreements require alignment between control, incentives, and enforcement authority. Where these variables are fragmented across multiple actors, agreements cannot be reliably implemented or sustained.¹
Reality: Iran’s position merges distinct conflict systems into a single negotiation framework, thereby introducing actors that are not fully controllable, incentives that are not aligned, and escalation pathways that cannot be contained within the agreement itself.
Bottom Line: This is not a viable negotiation strategy. It is a structural configuration that guarantees delay, increases instability, and raises the probability of conflict escalation.
LEGAL AND NEGOTIATION FRAMEWORK — STRUCTURAL REQUIREMENTS FOR AGREEMENT
Any international negotiation that aims to produce a durable outcome must satisfy three foundational conditions simultaneously.
First, each negotiating party must have sufficient control over the variables it is committing to deliver. Without control, commitments become aspirational rather than enforceable.
Second, incentives must be aligned such that compliance produces measurable and desirable outcomes for all parties involved. If incentives diverge, compliance becomes irrational from the perspective of at least one actor.
Third, enforcement mechanisms must exist to ensure that violations carry credible and actionable consequences. Without enforcement, agreements degrade into signaling exercises rather than binding commitments.
These three conditions are not theoretical preferences. They are structural requirements observed across successful diplomatic agreements.
Iran’s proposed framework fails across all three simultaneously.
The United States does not control Hezbollah’s behavior. Iran influences Hezbollah but does not command it with absolute authority. Israel, which is directly affected by Hezbollah’s actions, operates independently and cannot be bound by a U.S.–Iran agreement.
As a result, the negotiation lacks control, suffers from misaligned incentives, and cannot be enforced.
This is not a difficult negotiation problem.
It is a structurally invalid one.
THE CORE STRUCTURAL ERROR — COLLAPSING DISTINCT CONFLICT SYSTEMS
Iran’s position reflects a deeper structural error: the assumption that separate geopolitical conflicts can be merged into a single negotiation framework without destabilizing the system.
The U.S.–Iran relationship is fundamentally a bilateral state-level dispute involving nuclear development, sanctions regimes, maritime security, and regional influence. These issues are complex but remain within a defined state-to-state negotiation structure.
Hezbollah, by contrast, operates within a separate conflict architecture that is embedded in Lebanon and tied directly to the Israel–Iran deterrence system. It is a non-state actor with hybrid characteristics, including independent military capability, political integration, and external sponsorship.
These two systems do not share the same actors, do not operate under the same constraints, and do not respond to the same incentives.
Merging them does not create leverage.
It creates structural instability.
In negotiation theory, this transformation introduces additional veto points, multiplies decision-making nodes, and creates independent escalation triggers. Each additional variable does not simply complicate the negotiation—it reduces the probability of convergence at an exponential rate.
This is the point where strategy becomes failure by design.
THE MULTI-ACTOR FAILURE MODEL — FROM COMPLEXITY TO COLLAPSE
Once Hezbollah is introduced into the negotiation, the system shifts from bilateral to multi-actor dynamics.
In a bilateral system, each party negotiates with a defined counterparty and can assess compliance based on observable actions. In a multi-actor system, each additional participant introduces independent decision-making authority, conflicting priorities, and unpredictable behavior.
The United States cannot guarantee Hezbollah’s compliance because it lacks direct influence over its command structure. Iran cannot guarantee compliance because its relationship with Hezbollah is based on influence rather than absolute control. Israel cannot be constrained by either party because its security doctrine prioritizes independent decision-making in response to perceived threats.
This produces a system in which no actor can guarantee outcomes, no actor can enforce commitments, and no actor can absorb the risk of non-compliance.
Under these conditions, the probability of agreement does not gradually decline.
It collapses entirely.
THE HEZBOLLAH VARIABLE — AUTONOMY AS STRUCTURAL INSTABILITY
Hezbollah introduces a level of autonomy that fundamentally destabilizes the negotiation framework.
It maintains its own military command structure, controls a large and sophisticated weapons arsenal, and operates with political legitimacy within Lebanon. Its strategic alignment with Iran does not eliminate its operational independence.
This distinction between influence and control is decisive.
Iran can shape Hezbollah’s strategic direction, but it cannot guarantee tactical restraint or behavioral compliance in all scenarios. Hezbollah’s decision-making is influenced by internal priorities, regional dynamics, and escalation incentives that may not align with Iranian or American interests at any given moment.
By conditioning peace on Hezbollah’s behavior, Iran effectively ties the outcome of a bilateral negotiation to an actor whose decisions cannot be fully predicted, controlled, or enforced.
This does not expand leverage.
It eliminates the possibility of enforceable agreement.
THE ISRAEL CONSTRAINT — STRUCTURAL NON-COMPLIANCE
Any negotiation involving Hezbollah must incorporate Israel as a central and independent variable.
Israel’s security doctrine is based on deterrence and preemptive action, particularly in response to threats involving missile systems, infrastructure targeting, or cross-border operations. Hezbollah’s military capabilities are specifically designed to challenge Israeli security, creating a persistent condition of high-risk deterrence.
This produces a structural constraint that cannot be negotiated away.
The United States cannot guarantee Israeli restraint because Israel retains sovereign decision-making authority over its security responses. Iran cannot fully control Hezbollah escalation. Hezbollah cannot act without triggering Israeli response dynamics.
The result is a continuous escalation loop in which actions by one actor trigger responses from another, independent of any negotiated framework.
This loop exists outside the negotiation.
Therefore, it cannot be contained within it.
THE LEBANON CONSEQUENCE — SOVEREIGNTY AS COLLATERAL
The immediate and sustained consequences of this strategy are borne by Lebanon.
By linking Hezbollah to U.S.–Iran negotiations, Iran effectively externalizes Lebanese sovereignty. Decisions that directly affect Lebanon’s economic stability, security environment, and political future become contingent on negotiations conducted outside its institutional control.
Lebanon, already experiencing severe economic contraction, becomes structurally exposed to external decision-making processes that it cannot influence.
The effects are measurable and compounding.
Economic recovery is delayed due to persistent instability. Foreign investment remains suppressed due to elevated risk perception. Infrastructure and financial systems remain vulnerable to escalation cycles. Political institutions weaken further under external pressure.
This is not incidental damage.
It is a predictable outcome of the negotiation structure itself.
CONSUMER IMPACT — GLOBAL COST TRANSMISSION
The consequences of this structural failure extend beyond regional actors and directly affect global consumers.
Approximately 20 percent of global oil supply passes through the Strait of Hormuz, making it one of the most strategically sensitive chokepoints in the global economy.² Even the perception of instability in this corridor can trigger rapid price fluctuations in energy markets.
Historical data demonstrates that escalation events in the Middle East have produced oil price increases ranging from 10 to 30 percent within short timeframes.³ These increases propagate through transportation networks, manufacturing systems, and global supply chains.
The result is increased fuel costs, higher goods prices, supply chain delays, and inflationary pressure across multiple sectors.
Consumers are not participants in these negotiations.
They are downstream recipients of their failure.
ESCALATION MODEL — FROM DIPLOMATIC FAILURE TO SYSTEMIC CONFLICT
The failure of this negotiation framework follows a predictable escalation pathway.
At T+0, negotiations stall as Iran refuses to decouple Hezbollah from the framework. At T+30, regional tensions increase, leading to limited exchanges, signaling operations, or targeted strikes. At T+90, a triggering event—such as missile escalation or infrastructure targeting—pushes the system into broader conflict.
At this stage, escalation becomes momentum-driven rather than policy-driven.
Energy markets reprice rapidly in response to perceived risk. Regional economies experience contraction. Global inflationary pressures increase. Civilian infrastructure becomes exposed to sustained conflict conditions.
The system transitions from diplomatic failure to regional conflict and ultimately to global economic disruption.
STRATEGIC ANALYSIS — WHY THE POSITION FAILS AT THE STRUCTURAL LEVEL
Iran’s strategy is based on the assumption that expanding the negotiation increases leverage.
This assumption is structurally incorrect.
Leverage exists only when all parties accept the negotiating framework as valid and actionable. In this case, the framework itself is rejected because it imposes obligations that cannot be controlled or enforced.
The United States cannot guarantee Hezbollah compliance. It cannot control Israeli decision-making. It cannot legitimize a designated non-state armed group within a formal agreement structure.
These are not negotiable constraints.
They are structural limits.
As a result, the negotiation space contains no viable overlap between the parties.
Agreement is not difficult.
It is impossible.
WHAT MUST BE DONE — RESTORING STRUCTURAL VALIDITY
A viable path forward requires restoring structural alignment within the negotiation framework.
Bilateral issues between the United States and Iran must be separated from regional proxy conflicts involving Hezbollah. Parallel negotiation tracks should be established, each with clearly defined actors, aligned incentives, and enforceable commitments.
Escalation consequences must be explicitly defined and communicated. Economic leverage must be sustained and applied with precision. Negotiation objectives must prioritize enforceability over comprehensiveness.
The objective is not to solve all conflicts simultaneously.
It is to produce agreements that can actually be implemented.
CONCLUSION — A SYSTEM DESIGNED TO FAIL
Iran’s position is not simply flawed.
It is structurally destabilizing by design.
It attempts to merge a bilateral negotiation, a proxy conflict, and an independent deterrence system involving Israel into a single framework.
These systems do not align.
They collide.
The result is a negotiation structure that cannot be controlled, enforced, or completed.
It does not produce peace.
It produces delay, instability, and escalation.
The conclusion is direct and unavoidable:
These are separate conflicts.
They must be negotiated separately.
FOOTNOTES

Robert Mnookin, Bargaining with the Devil (New York: Simon & Schuster, 2010); International Monetary Fund, World Economic Outlook (2023).
U.S. Energy Information Administration, “The Strait of Hormuz Is the World’s Most Important Oil Transit Chokepoint,” 2023.
International Monetary Fund, Geopolitical Fragmentation and Global Trade (2023); James D. Hamilton, “Oil Price Shocks,” Journal of Economic Perspectives.