US Central Command requests hypersonic weapons for strikes on Iran: Reports - Daily Excelsior
Cost, Readiness, and the Pentagon's Seven-Year Planning Failure on Conventional Intermediate-Range Strikes
BLUF (Bottom Line Up Front)
U.S. Central Command has formally requested approval to deploy the Army's Long-Range Hypersonic Weapon (LRHW), nicknamed Dark Eagle, to the Middle East to strike Iranian ballistic missile launchers reportedly repositioned beyond the range of existing Precision Strike Missile (PrSM) systems. If approved, it would mark the first operational combat deployment of an American hypersonic weapon. However, the request exposes a deeper institutional failure: the Pentagon failed to develop operational conventional intermediate-range systems despite having seven years (2019-2026) after the INF Treaty's termination and explicit Congressional authorization dating to 2015. The Intermediate-Range Nuclear Forces Treaty, which terminated August 2, 2019, had banned both nuclear and conventional ground-launched intermediate-range systems—but research and development were always permitted. The Pentagon did not systematically pursue that legal pathway. Now, facing an operational gap created by Iranian launcher relocation, CENTCOM is requesting deployment of an immature hypersonic system as a stopgap solution. Dark Eagle has not been declared combat-ready, Pentagon testing authority forecasts insufficient operational effectiveness data until early 2027, available inventory is fewer than eight missiles per battery, unit costs exceed $15 million, and recent test data indicate persistent reliability challenges. The deployment reflects both genuine tactical necessity and deep institutional failure in strategic planning.
The Operational Context: An Avoidable Gap
The immediate justification for CENTCOM's Dark Eagle request is straightforward. During Operation Epic Fury—the 38-day air and missile campaign beginning February 28, 2026—U.S. and Israeli forces employed the Precision Strike Missile extensively against Iranian targets. The PrSM, a Lockheed Martin ballistic missile integrated onto the HIMARS rocket artillery platform, carries a range of approximately 500 kilometers (310 miles) and was deployed in its first combat use during those operations.
In response to the opening strikes, Iranian forces relocated their ballistic missile launchers to positions deeper within the country, reportedly beyond PrSM reach. This tactical adjustment created what CENTCOM characterizes as an operational gap: existing conventional strike systems cannot reach dispersed or hardened launcher positions now positioned inland at extended range.
The Dark Eagle, with a reported range of 1,725 miles (2,775 kilometers)—with classified assessments suggesting potential ranges exceeding 3,500 kilometers—would restore the ability to hold those targets at risk. For CENTCOM, the operational logic is clear and tactically valid.
Yet this operational gap was predictable and largely avoidable. The explanation lies in the history of arms control, treaty law, Pentagon institutional decision-making, and Congressional action dating back more than a decade.
The Treaty Context: Why PrSM Is Capped at 500 Kilometers
The Precision Strike Missile's 500-kilometer range ceiling is not an engineering constraint or a cost optimization. It is a direct artifact of the Intermediate-Range Nuclear Forces (INF) Treaty, signed in 1987 by President Ronald Reagan and Soviet General Secretary Mikhail Gorbachev.
The INF Treaty required both superpowers to eliminate and forswear all ground-launched ballistic and cruise missiles with ranges of 500-5,500 kilometers. Critically, the treaty applied equally to systems armed with nuclear warheads and systems armed with conventional warheads. A special clarification adopted during ratification in 1988 made explicit that the treaty covered all missiles falling under its definition "irrespective of whether they were equipped with nuclear, conventional, or 'exotic' warheads."
When the Pentagon began developing what would become the PrSM in the mid-2010s—during the Obama and early Trump administrations—the INF Treaty remained in force and would remain so until August 2, 2019. Consequently, early development contracts specified a range of "499 kilometers"—deliberately just shy of the prohibited threshold. The missile's motor, fuel load, airframe design, and aerodynamics were optimized around this constraint. PrSM Increment 1, now operational and deployed to the Middle East, remains locked at this INF-compliant ceiling.
Extended-range variants—PrSM Increment 2 (also known as the Land-Based Anti-Ship Missile, or LBASM), designed for ranges approaching 1,000 kilometers—are in development but will not be operational until 2027 at the earliest, according to recent Army statements. Secretary of the Army Pete Hegseth only recently (May 2025) directed acceleration of Increment 2 fielding to 2027, moving it up from the previously planned 2028 target. This acceleration came after the Iran war had already expended 45 percent of PrSM Increment 1 stockpiles.
This timeline creates the critical gap: a system designed under treaty constraints became insufficient once the treaty ended, but its successor system remains years from operational deployment.
The Legal and Institutional Failure: A Seven-Year Planning Missed Opportunity
Here is where the Pentagon's institutional failure becomes clear. The INF Treaty prohibited three specific activities: possession, production, and flight-testing of intermediate-range ground-launched systems. However, the treaty explicitly did not prohibit research and development.
Throughout the treaty period (1988-2019), the United States was legally free to conduct theoretical research, computer modeling, conceptual design, and materials science related to intermediate-range missile systems. The threshold of violation came only at production (manufacturing hardware) or testing (launching operational prototypes). The Pentagon could have used this R&D exemption to prepare detailed designs and concept maturity for conventional intermediate-range systems that could transition to production upon treaty withdrawal.
Instead, the Pentagon largely did not. Congressional pressure eventually forced the issue. When the U.S. formally alleged Russian INF violations in 2014, and as those allegations accumulated through 2015-2018, Congress began authorizing explicit Pentagon action. The FY2015 and FY2016 National Defense Authorization Acts called on the Pentagon to study and plan for development of possible military options in response to Russian non-compliance. Most significantly, the FY2018 National Defense Authorization Act (P.L. 115-91, Section 1243) specifically authorized the Defense Department to commence "treaty-compliant research and development" on conventional, ground-launched, intermediate-range missile systems and mandated that the Pentagon begin a "program of record" to develop new systems.
This Congressional authorization in 2018—a full 14 months before the treaty terminated—gave the Pentagon explicit legal and budgetary authority to initiate serious development work on conventional intermediate-range systems designed for operational deployment after August 2019.
The Pentagon initiated some R&D funding and conceptual work, but evidently without the strategic priority or institutional commitment required to deliver operational systems by 2025-2026.
Why? Several institutional factors converged:
- Service parochialism: No single military service had dominant institutional interest in ground-launched intermediate-range conventional systems. The Army had immediate fires requirements addressed by ATACMS and later PrSM. The Air Force and Navy possessed existing air-launched and sea-launched systems reaching intermediate ranges without treaty constraints. There was no powerful advocate within the Pentagon hierarchy for advancing this capability category.
- Peacetime planning atrophy: The 1991-2014 period, following the Soviet collapse, was marked by multiple out-of-area conflicts (Iraq, Afghanistan, Balkans) but not peer-competitor strategic competition. Strategic planning for potential China and Russia contingencies was subordinated to immediate Middle East operational demands. By the time peer-competitor threats were recognized (circa 2015-2017) as central to Pentagon strategic thinking, institutional momentum for ground-launched system development had never been established.
- The hypersonic priority: Once the Trump administration (2017 onward) began identifying hypersonic weapons as a strategic priority—a response to Russian and Chinese hypersonic deployments and a symbol of technological leadership—institutional resources, budget allocations, and prestige flowed to Dark Eagle and related programs. This created a perverse incentive: advancing an immature hypersonic system forward provided visibility and budget justification, while completing conventional system development that had been de-prioritized for a decade received less institutional attention.
- Organizational distance from strategic planning: Operating commands and service requirements branches typically work within the operational environment they inherit. They do not track arms control treaty implications or exploit R&D exemptions. If senior strategic planning staffs (Office of Secretary of Defense Policy, Joint Chiefs, regional commands) had recognized and articulated the requirement for operational conventional intermediate-range systems before 2019, service investment would have followed. Instead, treaty language—even where legally avoidable—became an excuse for organizational inaction.
The Deeper Problem: Seven Years to Develop Alternative Systems Was Available
Consider what the Pentagon should have accomplished on a realistic timeline:
2018-2019 (Treaty withdrawal period): Congress had already authorized R&D. The Pentagon could have initiated aggressive development of conventional ballistic and cruise missile systems designed for the post-treaty environment. Naval Strike Missile variants, extended-range Tomahawk concepts, and conventional ballistic missile designs could all have been prioritized.
2019-2023 (Post-treaty acceleration): With treaty constraints removed, prototype testing could have accelerated. Existing booster technology (the Lockheed Martin two-stage design shared between PrSM and Dark Eagle) could have been integrated with conventional guidance systems. The baseline for PrSM Increment 2 design was already mature; aggressive production scheduling could have moved first operational units to the field by 2023-2024.
2023-2026 (Current operational window): Extended-range conventional systems could be operational in theater by the time Iranian launchers relocated. Instead, Army leadership only recently (May 2025) directed acceleration of Increment 2 fielding from 2028 to 2027—after the operational gap had already emerged and after PrSM Increment 1 stocks had been largely expended.
This is not a timeline constrained by physics, technology, or law. It is a timeline constrained by institutional priorities and budget cycles that valued hypersonic demonstration over conventional system completion.
The Development Trajectory: Dark Eagle's Troubled History
The Dark Eagle program has accumulated approximately $12 billion in development funding since 2018, making it one of the Pentagon's most resource-intensive advanced conventional weapon initiatives. Yet the program's testing history reveals a troubled development arc marked by delays, failures, and incomplete evaluation.
Between October 2021 and September 2023, multiple planned flight tests either failed outright or were scrubbed during pre-flight checks. An October 2021 booster test was classified as a "no test" after the Common Hypersonic Glide Body failed to deploy; a June 2022 full-system test also resulted in failure. March and September 2023 launch attempts at Cape Canaveral were halted during pre-flight checks, attributed to mechanical engineering issues with the Lockheed Martin-produced transporter-erector-launcher (TEL).
These setbacks forced the Army to abandon its original fielding target of fiscal year 2023. A successful end-to-end flight test in June 2024, conducted from the Pacific Missile Range Facility in Hawaii and terminating in the Marshall Islands, marked the program's major breakthrough. A second successful test occurred in December 2024 at Cape Canaveral Space Force Station—the first to employ actual battery operations equipment and a TEL in an operational configuration. A third test succeeded on March 26, 2026, also from Cape Canaveral.
Three successful end-to-end tests constitute meaningful progress. Yet the Pentagon's own testing authority has delivered a sobering assessment. The Director of Operational Test and Evaluation (DOT&E) concluded in its 2024 report: "There is not enough data available to assess the operational effectiveness, lethality, suitability, and survivability of the LRHW system." DOT&E projects that sufficient data for comprehensive evaluation will not accumulate until early 2027—nine months or more from the current request date.
This assessment is critical. DOT&E's caution reflects an acknowledged gap in weaponeering data—specifically, uncertainty about the probability of a Dark Eagle missile actually destroying its intended target. As DOT&E noted, this "uncertainty in weaponeering tools could result in excessive employment requirements or failure to meet warfighter objectives." Translated into operational terms: commanders might need to fire multiple $15 million missiles at a single target to achieve the desired probability of destruction, or risk mission failure with inadequate targeting data.
- Range: 1,725 miles (2,775 km) unclassified; potential 3,500+ km classified
- Velocity: Mach 5+ (hypersonic glide body phase)
- Configuration: Two-stage booster + Common Hypersonic Glide Body (C-HGB)
- Prime Contractors: Lockheed Martin (booster, assembly, launcher), Northrop Grumman (missile component), Dynetics/Leidos (glide body)
- Battery Composition: 8 missiles, 4 transporter-erector-launchers, Battery Operations Center, support vehicle
- Per-Missile Cost: ~$15 million
- Battery System Cost: ~$2.7 billion
- Current Available Inventory: Fewer than 8 missiles
- Status: Initial Operational Capability (claimed); not formally declared combat-ready
- First Designated Operational Unit: Bravo Battery, 1st Battalion, 17th Field Artillery Regiment, 3rd Multi-Domain Task Force, Joint Base Lewis-McChord
Munitions Stockpile Depletion: The Second Driver of the Request
Beyond the tactical gap created by Iranian launcher relocation, a second driver of the Dark Eagle request is the rapid depletion of PrSM stockpiles during Operation Epic Fury. The Center for Strategic and International Studies (CSIS) estimates that in the first seven weeks of operations, the U.S. expended at least 45 percent of its Precision Strike Missile inventory. A U.S. Army Fires Center official stated in mid-April that "our entire inventory" of PrSMs had been shot at the beginning of the Iran war, though Army leadership later clarified that some inventory remained but resupply was active.
This ambiguity itself is revealing. Whether depleted entirely or merely substantially, PrSM stocks are clearly constrained. The missile is in early production; prior to fiscal year 2024, the Army had procured only 130 PrSMs, a fraction of eventual force needs. Lockheed Martin has announced a framework agreement to quadruple production capacity, but rebuilding depleted inventories is a multi-year enterprise.
In this context, an underdeveloped system representing "scaled hypersonics" designated as a critical technology area by the Pentagon's Chief Technology Officer becomes attractive to advocacy within CENTCOM and industry—not necessarily as the optimal solution, but as the solution that appears available when existing systems are scarce.
Cost and Production Constraints
Each Dark Eagle missile carries an estimated unit cost of approximately $15 million—higher in real terms than a Trident II D5 submarine-launched ballistic missile ($31 million historical cost), but in the same ballistic missile cost category. These figures exclude integration, launcher, command and control, and sustainment costs; the full battery system cost totals approximately $2.7 billion.
For a system being deployed in an active theater with fewer than eight missiles available, the cost-exchange ratio becomes problematic. If a single Iranian target requires two or three Dark Eagle shots to achieve destruction (realistic given acknowledged lethality uncertainties), the system rapidly becomes a one-mission-per-target proposition. For comparison, the PrSM costs significantly less per round ($3.5 million versus $15 million); even with higher ammunition consumption rates, maintaining magazine depth across multiple targets becomes more feasible with conventional systems.
Production constraints reinforce this limitation. The program is hampered by manufacturing complexity, quality control issues affecting the launcher system (historically the program's most persistent problem), and demand for limited test range facilities. A June 2025 Government Accountability Office assessment noted that estimated cost for the first prototype battery rose $150 million in a single year (January 2024 to January 2025), driven by increased missile costs and investigations into earlier failures and the need for re-testing.
Fielding activities for the first operational battery began in December 2025 and are expected to complete in early 2026. The 3rd Multi-Domain Task Force at Joint Base Lewis-McChord has been designated to receive and operate the first operational battery. However, "fielding completion" does not equate to full operational deployment or declarative combat readiness—it means the unit has received hardware and personnel have begun integration and safety validation training.
Strategic Signaling and Great-Power Competition
Beyond the specific operational gap, Dark Eagle deployment carries strategic signal value that the Pentagon is unlikely to minimize in internal debates. Russia deployed hypersonic systems (Kinzhal air-launched, Avangard ICBMs) years ago. China has tested multiple hypersonic platforms and declared deployment of the DF-ZF boost-glide weapon. The U.S., despite early technological leadership in hypersonic aerothermodynamics and propulsion, has lagged in fielding—a gap that has generated Congressional concern and public statements by senior leaders about American competitiveness in advanced weapons categories.
Deploying Dark Eagle—even in limited numbers, even under conditions of incomplete operational testing—would represent the first American hypersonic system in an active theater. For the Pentagon's narrative about technological edge and strategic competitors' capabilities, this has symbolic weight. For Congressional audiences concerned about hypersonic "lag," it signals American movement. For industry seeking production rate increases and budgetary justification for scaling, it provides the case study of first operational use.
These are not trivial considerations in the defense policy ecosystem. They do not, however, address the central technical question: Is Dark Eagle ready for combat employment?
Operational Risk Assessment
Several overlapping risks attend a decision to deploy Dark Eagle:
Technical Readiness: The system has achieved three successful end-to-end tests. This is meaningful but represents a small data population. Hypersonic flight imposes extreme thermal and structural stresses; long-term reliability of shielded electronics, thermal protection, and guidance systems remains incompletely characterized. The program's 2021-2023 history of launcher failures and booster issues suggests production and integration quality remains a concern.
Weaponeering Uncertainty: DOT&E's explicit acknowledgment that lethality and effectiveness cannot be fully assessed until 2027 means that employment plans will rest on incomplete data. If commanded to strike hardened or dispersed targets, Dark Eagle operators will lack validated probability-of-kill estimates—a gap that may force either conservative targeting assumptions or unjustified risk of mission failure.
Limited Inventory and Magazine Depth: Fewer than eight missiles per battery means one battery represents a single-engagement capability against multiple target sets. If Iran possesses decoy or dummy launchers, some proportion of Dark Eagle inventory would be consumed in attempts to locate and destroy actual launch platforms. Resupply from production is months to years away.
Escalation and Ceasefire Dynamics: A ceasefire, however fragile, has been in place between the U.S. and Iran since April 9, 2026. Deployment of a new, more capable strike system—particularly one characterized as experimental—sends a dual signal: reinforced deterrence, but also visible preparation for resumed offensive operations. In the context of failed diplomatic negotiations (April 12 talks in Islamabad collapsed without agreement), deployment could be perceived as preparation for resumed strikes rather than stabilization. Whether that perception is accurate or not, it shapes Iranian decision-making and may reduce incentives for further negotiation.
The Alternative Path Not Taken: Accelerated PrSM Increment 2
An alternative decision path existed and arguably should have been pursued: aggressive acceleration of PrSM Increment 2 development and production ahead of Dark Eagle deployment. The Navy's Conventional Prompt Strike system, sharing the same Common Hypersonic Glide Body as Dark Eagle, completed a successful test in December 2024. PrSM Increment 2 with extended range (targeting 1,000 km) has been in development since 2020.
If the Pentagon had prioritized this acceleration beginning in 2018-2019 when Congressional authorization first became available—or at minimum, by 2019 when the INF Treaty terminated—extended-range conventional ballistic missiles could be operational by 2024-2025. Such a system would:
- Provide intermediate-range coverage without the testing uncertainties of hypersonic systems
- Use proven booster technology (Lockheed Martin two-stage design shared with Dark Eagle)
- Integrate seamlessly with existing HIMARS and MLRS launchers
- Build on the operational experience of PrSM Increment 1, now combat-proven in Iran
- Cost significantly less per round than Dark Eagle ($3.5 million vs. $15 million)
- Preserve larger magazine depth for distributed, mobile strike operations
The fact that PrSM Increment 2 acceleration only happened recently (May 2025, after the Iran war had largely expended Increment 1 stocks) demonstrates that institutional prioritization was misaligned. The Pentagon was pursuing hypersonic exotica while allowing the conventional next-generation system to lag.
The Case for Caution
Defenders of the Dark Eagle deployment request point to a genuine operational gap: existing systems cannot reach relocated Iranian targets. This is factually correct. They note that allies (Russia, China) have fielded hypersonic systems; American technological leadership is legitimately at stake. They observe that the program has now achieved three successful tests and has reached initial operational capability by Pentagon standards.
Yet each of these arguments has a counterargument that merits serious consideration:
The operational gap could have been addressed through alternative means—longer-range derivatives of existing systems, which should have been in development since 2018. Extended-range cruise missiles and conventional ballistic missiles could have provided extended-range strike capability without the developmental immaturity of Dark Eagle. These alternatives would employ systems with greater data on operational effectiveness and higher inventory levels.
The great-power competition argument is sound, but fielding an incomplete system in combat conditions is a high-stakes way to close a perception gap. If Dark Eagle operations result in unexpectedly high failure rates, incomplete target destruction, or collateral damage due to weapons handling or targeting errors, the strategic credibility message could reverse. American hypersonic capability would be perceived as immature rather than innovative.
Three successful end-to-end tests, while important, do not resolve DOT&E's assessment that effectiveness cannot be validated until 2027. The contrast between claims of "initial operational capability" and the testing authority's explicit statement that sufficient data is not yet available creates a credibility tension within the Pentagon bureaucracy itself.
More fundamentally, the precedent of deploying an underdeveloped system to combat may establish an unwanted institutional pattern. If Dark Eagle goes to the Middle East before full operational testing concludes, and if that deployment is perceived as driven by organizational momentum (hypersonic priority) and inadequate planning (failure to develop conventional alternatives), future pressure to field other incomplete systems under time pressure will be harder to resist.
Conclusion: A Preventable Crisis
As of April 30, 2026, no final decision has been announced. The Trump administration will ultimately decide whether to approve CENTCOM's request. The U.S. Strategic Command, which maintains employment authority over long-range conventional strike systems, will have a formal voice in the deliberation. The Pentagon's testing and evaluation staff will likely submit formal reservations.
What seems unlikely, barring sharp reversal in diplomatic status or Iranian escalation that changes the tactical calculus, is outright rejection. The operational gap is real, the political appetite for hypersonic fielding is genuine, and a formal CENTCOM request carries bureaucratic momentum.
Yet the deeper issue is this: the current operational gap was largely preventable. The Pentagon had legal opportunity (R&D exemption under the INF Treaty), Congressional authorization (FY2018 NDAA and subsequent acts), budgetary authority, and seven years between treaty withdrawal and the current request to develop operational extended-range conventional systems. It failed to prioritize this development, instead allowing institutional momentum to carry hypersonic programs forward while conventional system development lagged.
Dark Eagle deployment may be the tactical response to an immediate problem. But it is also a symptom of an institutional failure in strategic planning—one that cost the Pentagon flexibility, options, and the opportunity to address the Iranian launcher relocation with mature, cost-effective conventional systems rather than immature, expensive hypersonic experimental weapons.
The choice now facing the Pentagon is not whether to close the operational gap (some response is necessary). The choice is whether to do so with systems that should have been ready by now, or whether to accept the institutional consequences of under-resourced planning and deploy an underdeveloped system to compensate for institutional misjudgment.
Verified Sources & Formal Citations
Summary: Official announcement of CENTCOM's formal request for Dark Eagle deployment to target Iranian ballistic missile launchers beyond PrSM range. Includes operational context and system specifications.
Summary: Original reporting on CENTCOM's Request for Forces submission. Notes that Dark Eagle has not been declared fully operational and is running far behind schedule compared to Russian and Chinese hypersonic deployments.
Summary: Critical analysis of deployment timing and readiness status. Emphasizes DOT&E assessment that insufficient data exists for combat effectiveness evaluation until early 2027. Includes Kelly Grieco (Stimson Center) expert commentary on budget-driven acquisition incentives.
Summary: Comprehensive technical and programmatic history of Dark Eagle development. Details 2021-2023 testing failures, December 2024 breakthrough test, cost overruns, and DOT&E verdict on insufficient effectiveness data. Essential source on development trajectory.
Summary: Detailed chronology of Dark Eagle testing from October 2021 through March 26, 2026 successful test. Categorizes test events and explains distinction between full-system tests and operational configuration tests.
Summary: Interviews with Lt. Gen. Frank Lozano on fielding timelines. Details cost overruns ($150M increase in single year), production constraints, and fielding activities schedule.
Summary: Operational and strategic analysis of Dark Eagle deployment request. Discusses Anti-Access/Area Denial implications, dual signal of deterrence vs. resumption preparation, and impact on ceasefire dynamics.
Summary: Formal CRS In Focus report on Dark Eagle (LRHW). Authoritative on program structure, contractor roles, system specifications, employment authority (USSTRATCOM), and Congressional oversight implications.
Summary: Authoritative Congressional reference material on Dark Eagle. Includes battery composition specifications, designated operator unit (Bravo Battery, 1st Battalion, 17th FAR, 3rd MDTF), cost estimates, and historical timeline of test events.
Summary: CSIS-Payne Institute analysis of weapon depletion during Operation Epic Fury. Documents PrSM consumption rates, THAAD/Patriot losses, and timeline for inventory reconstitution. Includes expert commentary from Mark Cancian on strategic competition implications.
Summary: Assessment that 45% of PrSM inventory expended in first seven weeks of Operation Epic Fury. Includes classified Pentagon data comparisons and timeline for stockpile rebuilding (4-5 years minimum).
Summary: Army correction of Fires Center official statement on PrSM depletion. Acknowledges significant consumption while clarifying some inventory remains. Details procurement history (130 PrSMs pre-FY2024) and production acceleration plans.
Summary: Army statement on fielding timeline and activities. Specifies that "fielding activities include the required integration, safety, and readiness steps." Distinguishes between fielding initiation and deployment readiness.
Summary: Technical documentation of PrSM development under INF Treaty constraints. Documents original 500 km range specification and post-treaty extended-range variants in development.
Summary: Authoritative overview of treaty scope (nuclear AND conventional warheads). Documents Congressional authorization of "treaty-compliant research and development" in FY2018-2019 NDAAs on conventional systems.
Summary: Full treaty text and technical clarifications. Documents the 1988 clarification covering missiles "irrespective of whether they were equipped with nuclear, conventional, or 'exotic' warheads." Explains R&D exemption and production/flight-testing bans.
Summary: Documents Congressional action (FY2018 NDAA) authorizing Pentagon R&D on conventional systems. Notes Pentagon was to develop "concepts and options" for conventional systems with 500-5,500 km range.
Summary: Detailed legislative history. FY2018 NDAA (P.L. 115-91, §1243) authorized DOD "program of record" to develop new ground-launched cruise missile. FY2015 and FY2016 NDAAs called for study and planning of military options.
Note on Sources: All sources cited represent reporting published between April 7–30, 2026, plus historical treaty documentation. The analysis integrates official Pentagon statements, Congressional Research Service reports, CSIS defense analysis, expert commentary from established defense policy institutions, and wire service reporting from Bloomberg, Reuters, and Aviation Week. No classified information is incorporated; all material is from unclassified public sources or authorized official statements.
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