Castelion

1.1 Identity, leadership, and operating model

Current independent reporting describes Castelion as a missile startup founded in 2022 by former SpaceX executives and headquartered in Torrance, California. Bryon Hargis is the only named executive in the retained chapter evidence: the New Mexico Economic Development Department and Army Technology identify him as co-founder and chief executive. The retained sources do not name the full founding team, board, chief financial officer, chief operating officer, or independent directors, so governance coverage is partial rather than an exhaustive management roster. The operating thesis is to develop and manufacture lower-cost hypersonic strike weapons faster and at higher volume than traditional programs, with Blackbeard as the disclosed lead system. That strategy sits inside a large defense-spending environment—SIPRI reported $2.887 trillion of global military expenditure in 2025—yet category spending is not evidence of Castelion revenue or market share. The public profile therefore supports founder- market fit in aerospace engineering and manufacturing, while leaving key-person concentration and functional leadership depth unresolved.[CO001, CO002, CO003, CO004, CO005]

1.2 Capital, valuation, and stakeholder concentration

TechCrunch and Army Technology both reported an August 2026 Series C described as $1 billion at a $13 billion valuation. The disclosed components were $800 million of equity and a $250 million revolving credit facility; because those components sum to $1.05 billion, the headline figure should be treated as a rounded, mixed-capital label rather than as equity raised or cash available. The syndicate spans venture, private-equity, strategic-investment, and public-markets capital: Andreessen Horowitz, Carlyle, and JPMorganChase's Strategic Investment Group were reported as co-leads, with Lightspeed, General Catalyst, Altimeter, Lavrock Ventures, Interlagos, and T. Rowe Price Associates also named. Public reporting also says Castelion secured more than $500 million in U.S. military contracts over the preceding 18 months, but that is an aggregate contract figure, not recognized revenue, funded backlog, or cash receipts. The fetched USAspending award page exposed generic data documentation rather than award-specific economics, so this chapter cannot independently reconcile that aggregate to obligations, ceilings, or revenue conversion.[CO006, CO007, CO008, CO009, CO010, CO016]

1.3 Manufacturing build-out and procurement path

Project Ranger is the physical center of the scaling plan. New Mexico's economic-development agency described a $220 million private investment on a 1,000-acre Sandoval County campus, with 21 buildings planned to be production-ready by the end of 2026 and 300 high-wage jobs expected. The disclosed activities include solid-rocket-motor production, static testing, component assembly, and finished-round assembly, indicating vertical integration beyond a design-only business. Army Technology reported a 2027 deployment target for Blackbeard. Demand visibility is meaningful but conditional: the Department of War said a two-year multi-year procurement contract for at least 500 Blackbeard missiles annually would follow successful testing and validation, with options extending to five years. Its separate objective to purchase more than 12,000 missiles over five years still depends on authorizations and appropriations. Those conditions distinguish a policy demand signal from a firm, funded order and make qualification, yield, schedule, and appropriations the critical conversion gates.[CO011, CO012, CO013, CO014, CO015]

1.4 Diligence implications and evidence limits

The evidence establishes credible institutional sponsorship, a current financing event, a manufacturing footprint, and an explicit federal pathway toward high-volume procurement. It does not establish that prototype progress has converted into repeatable production or profitable delivery. CSIS cautions that industrial plans are not results and that prototype- stage commercial-first technologies have not yet demonstrated reliable throughput at scale; this is directly relevant to a company funding a large campus ahead of full-rate validation. Revenue, gross margin, cash balance, burn, runway, debt pricing and covenants, customer count, current headcount, funded backlog, contract mix, and cap-table control remain unavailable in the retained public evidence. Board composition and succession coverage are also undisclosed. The next diligence step is therefore documentary: obtain the capitalization table, board materials, credit agreement, award and obligation exports, program test schedule, factory commissioning plan, yield data, and a bridge from signed contract value to recognized revenue. Until then, the $13 billion valuation and federal demand objective indicate market confidence, not verified unit economics or execution.[CO006, CO008, CO010, CO015, CO016]

1.5 Exhibits

2.1 Market boundary and demand architecture

The relevant market is not all defense spending and not all hypersonic research. It is the procurement of operationally relevant, long-range strike and related air-defense systems, including engineering, testing, production, logistics, and sustainment purchased primarily by national defense ministries and military services. NATO defines defense expenditure broadly enough to include armed forces, stockpiled war reserves, operations, and research and development, while excluding civil defense and war-damage payments. That boundary is useful as a top-down context but overstates Castelion's addressable spend because it includes pensions, infrastructure, non-strike forces, and unsuccessful R&D. The narrower buyer job is affordable, repeatable kinetic capacity that can be tested, validated, procured, and surged. Status-quo substitutes include exquisite low-volume missiles, legacy cruise and ballistic systems, prime-contractor programs, and retaining existing inventory; internal government development and other new entrants are additional alternatives.[CM001, CM002, CM003, CM004]

2.2 Sizing lenses and buyer segmentation

Multiple lenses are necessary because no public source isolates a Castelion TAM, SAM, or SOM. SIPRI reports $2,887 billion of world military expenditure in 2025, with the 32 NATO members at $1,581 billion and the United States at $954 billion; these are macro budget pools, not missile-market revenue. A procurement-path lens is more decision-useful: the Department of War says it is seeking authorization and appropriations for more than 12,000 Blackbeard missiles over five years, after testing and validation, and describes a minimum 500 missiles annually in a two-year multi-year contract with extension options. The latter figures are prospective demand signals rather than booked orders. Buyer ownership is concentrated in service acquisition executives and defense departments, while users are operational units and warfighters and payers are national governments. Adoption therefore depends on test results, program-of-record transition, appropriations, fixed-price execution, and production capacity rather than on ordinary commercial self-serve conversion.[CM005, CM006, CM007, CM008, CM009]

2.3 Adoption drivers, constraints, and valuation relevance

Demand drivers are unusually visible: SIPRI records the eleventh consecutive year of global military-spending growth, the Department of War describes a deliberate effort to expand the munitions industrial base, and Castelion's Navy award funds 50 Early Operational Capability weapons while supporting transition toward a program of record. Castelion's proposed value proposition is affordability plus manufacturing rate: Naval News reports a target production cost below $500,000 per round and a range of up to 500 nautical miles, while the company describes Blackbeard as designed for industrial-rate output. Constraints are equally material: the prospective quantity signal is contingent on testing and validation; the Navy award is scheduled through August 2028; a New Mexico campus requires substantial construction and workforce execution; and public evidence does not disclose realized unit cost, yield, margins, backlog conversion, or the budget status of the larger quantity ambition. These unknowns limit what market growth can justify in valuation.[CM010, CM011, CM012, CM013, CM014]

2.4 Evidence limits and diligence priorities

The evidence supports a favorable demand environment but not a clean bottom-up market forecast. Public reporting gives competing valuation and financing information and describes several future weapons initiatives, yet it does not provide a complete serviceable-market definition by service, weapon class, geography, or procurement account. The most important diligence work is to obtain the current acquisition program documents, test and validation criteria, funded versus aspirational quantities, contract backlog and options, production yield and supplier capacity, and expected unit economics. Public award portals can be useful for transaction-level verification, but the retained USAspending fetch exposed a general data and disclosure page rather than award-specific fields, so it cannot support a precise award total here. The market thesis should therefore be treated as evidence-constrained: strong strategic demand signals, plausible volume expansion, and high execution and appropriation uncertainty.[CM015, CM016]

2.5 Exhibits

3.1 Landscape and buying alternatives

Castelion's buyer is the U.S. government, and the relevant competitive set is broader than another hypersonic startup. Direct competition includes other hypersonic weapon developers and suppliers of propulsion, guidance, and warhead subsystems. Incumbent alternatives include Lockheed Martin's Precision Strike Missile and RTX's Tomahawk, each with established platform integration and different mission profiles. Adjacent substitutes include L3Harris and Northrop Grumman hypersonic capabilities, while Anduril, CoAspire, Zone 5, and Leidos show the procurement system is also creating lower-cost cruise-missile alternatives. The status quo is continued use of mature inventory and internal government programs; internal build is plausible for large primes but not evidenced as a standalone buyer option.[CP001, CP002, CP003, CP004, CP005]

3.2 Capability, distribution, and economics

The clearest differentiation signal is Castelion's claimed combination of hypersonic performance, vertical integration, and a planned production campus. Army Recognition reports that Project Ranger is planned to combine solid-rocket-motor manufacturing, static testing, and final assembly, while the same report describes an agreement providing for a minimum of 500 Blackbeard missiles annually once validated. That potential scale matters because the Air Force's FAMM framework is explicitly designed around lower-cost weapons and competitive suppliers, but the public record does not disclose Castelion's unit price, delivered gross margin, discounting, or production yield. Lockheed's PrSM emphasizes open architecture, modularity, and a 60-to-499-plus-kilometer range; RTX emphasizes long service history and operational use for Tomahawk. These are materially different buying criteria, so a simple feature score would overstate comparability.[CP006, CP007, CP008, CP009, CP010]

3.3 Moat durability and displacement risk

Castelion's potential moat is executional rather than merely conceptual: repeated flight testing, common propulsion and guidance technologies, manufacturing capacity, and government integration could reinforce one another if qualification converts into recurring orders. The moat is not yet durable on public evidence. Established primes possess qualification history, installed launch platforms, supply chains, and program-management credibility; new entrants are being invited into framework agreements with minimum order floors and fixed-price competition. The same procurement trend that creates room for Castelion can therefore intensify price pressure and make affordability a table stake. Castelion also faces multi-homing by government customers across missile families and suppliers, while a failed test, delayed qualification, or slower-than-planned campus ramp could shift awards to alternatives.[CP011, CP012, CP013, CP014]

3.4 Exhibits

4.1 Revenue model and contract conversion

Castelion appears to monetize long-cycle government defense programs rather than a subscription or transactional software model. The strongest public contract evidence is a $89,997,162 firm-fixed-price Navy order that supports engineering, technical, logistics, and manufacturing services for 50 Early Operational Capability weapons and transition toward a Navy Program of Record. That award is a booked contract value, not evidence of recognized revenue, cash collected, backlog conversion, or a steady run rate. A separate report says Blackbeard is intended for industrial-rate output and a target production cost below $500,000 per round, but that is a reported target and should not be treated as realized unit economics. The assigned USAspending award URL did not expose award-specific value or obligation fields in its fetched text, so it does not independently corroborate the reported order. Public materials do not disclose the share of development, production, logistics, or sustainment revenue, delivery milestones, acceptance terms, change-order exposure, or customer concentration. Underwriting therefore requires contract-level revenue schedules and a reconciliation from obligations to recognized revenue and cash receipts.[CI001, CI002, CI003, CI004, CI016]

4.2 Cost structure and unit economics

The operating model is manufacturing-heavy: Project Ranger is described as a 1,000-acre campus for solid rocket motors, static testing, component assembly, and finished rounds, while other reporting describes operations in New Mexico, California, and Texas. Castelion has said the New Mexico campus will require $220 million of private investment and include 21 buildings ready for production by the end of 2026; another account describes a 22-building campus and a $125 million industrial-revenue-bond package plus $10 million in economic-development funds. These figures describe planned or supported capacity, not expense incurred, depreciation, working capital, or gross margin. Public sources do not provide material costs, labor productivity, scrap or yield, supplier terms, warranty exposure, test-failure costs, or fixed-cost absorption at different production volumes. The key economic question is whether scale lowers cost per round without creating a large pre-revenue cash trough.[CI005, CI006, CI007, CI008, CI009]

4.3 Capital adequacy and underwriting blockers

The December 2025 financing report says Castelion raised $350 million in Series B funding to accelerate Blackbeard production and Project Ranger, while the current Navy order provides a visible program milestone through August 2028. The financing should be treated as capital raised, not cash currently available: the public evidence does not show cash on hand, committed but undrawn facilities, monthly burn, debt, preferred terms, or the amount already spent on the New Mexico buildout. The New Mexico economic-development release calls the campus a $220 million private investment and says all buildings are expected to be production-ready by the end of 2026, but neither source provides a cash-flow schedule. This leaves a financing dependency: additional equity, customer advances, milestone payments, or debt may be needed before production and government conversion generate self-funding cash. A decision should remain conditional on a monthly cash bridge, program-by-program backlog, delivery acceptance, and financing terms.[CI010, CI011, CI012, CI013, CI014]

4.4 Financial verdict

Castelion has credible demand-side signals and a potentially meaningful defense-program foothold, but the financial underwriting case remains incomplete. The $89.997 million Navy order and the reported $350 million financing establish external validation and funding capacity, while the Project Ranger buildout demonstrates substantial capital intensity. They do not establish recurring revenue, contribution margin, cash runway, or a proven ability to produce at the stated target cost. Lockheed Martin, Northrop Grumman, and L3Harris maintain public annual-report or investor-financial pages; the assigned evidence contains no comparable audited financial package for Castelion. The most decision-relevant diligence is a contract waterfall from award to revenue and cash, a current cash-and-burn schedule, unit-cost and yield data for flight-tested and production-intent rounds, and the financing plan through the 2028 EOC target. Until those are available, financial confidence should remain medium and valuation should not be underwritten from funding headlines or a single contract value.[CI001, CI003, CI005, CI010, CI014, CI015]

4.5 Exhibits

5.1 Product and customer workflow

Castelion's public product is not a generic software platform; it is a family of strike weapons whose value depends on a chain from mission requirement to design, flight test, platform integration, production, and operational delivery. Blackbeard is described as a low-cost, mass-producible hypersonic strike missile, with a ground-launched variant intended to use the Army's HIMARS fire-control ecosystem and an air-launched variant being evaluated for the F/A-18. That creates a concrete user workflow for defense services: select a time-sensitive or hardened target, use existing or modified launch infrastructure, complete seeker-based precision engagement, and feed flight-test data into the next design cycle. The workflow is strategically attractive because it targets more affordable inventory and shorter learning cycles, but the public record does not establish realized unit cost, achieved hypersonic performance, or production acceptance.[CE001, CE002, CE003, CE004]

5.2 Architecture, production, and maturity

The disclosed architecture is a vertically integrated weapons-and-factory system rather than a single fully specified missile design. Public descriptions identify internally manufactured solid rocket motors, control actuation systems, flight computers, seekers, thermal-protection materials, and mission software, while Project Ranger is intended to add propulsion production, integration, static-fire testing, and final assembly. Castelion's development model emphasizes frequent tests and rapid iteration, and external reporting says the Army's Blackbeard Ground Launch pathway is a rapid-prototyping effort with a proof-of-concept followed by a ten-missile production-representative test option. These are meaningful maturity signals, but they do not prove a stable production configuration, validated yield, or qualification for full-rate output. The gap is especially important because the economic thesis depends on scaling without losing reliability or schedule.[CE005, CE006, CE007, CE008]

5.3 Integration, reliability, and roadmap

Integration evidence is strongest at the program and test-planning level. The Army budget description reported by The War Zone frames Blackbeard Ground Launch as a seeker-based precision-fire system for moving and hardened targets, says it is not a replacement for Long Range Hypersonic Weapons, and describes a phased prototype path using HIMARS-related equipment. Interesting Engineering reports a February 2026 Navy contract for prototype development, flight testing, and early operational capability, with work expected to continue through November 2027, while Castelion's own announcement says Blackbeard fielding is targeted for 2027. Project Ranger reporting adds a parallel facility and hiring ramp. The roadmap is therefore legible, but public sources do not provide a complete reliability series, failure-rate denominator, production acceptance criteria, or independently verified operational availability.[CE009, CE010, CE011, CE012]

5.4 Trust, safety, and diligence constraints

Product risk is inseparable from manufacturing and site controls. Common Ground Rising, an advocacy source, argues that solid-rocket manufacturing can involve oxidizers, solvents, energetic residues, and groundwater or air-quality hazards, and it calls for independent baseline sampling and transparent monitoring. The source is adverse and advocacy-driven, so its technical assertions should not be treated as proof that Castelion has caused contamination; they do establish a material diligence question for a planned propulsion and test campus. Separately, local reporting says residents questioned the absence of published safety studies, environmental assessments, and tribal consultation, while the company said studies had been conducted but not yet made public. A prudent underwriting view is that the technology thesis remains promising but execution should be gated on configuration control, test evidence, safety documentation, environmental permits, and independent production-quality data.[CE013, CE014, CE015]

5.5 Exhibits

6.1 Who pays, uses, and integrates the system

The visible customer base is concentrated in U.S. government defense programs, with partners serving as integration channels rather than ordinary commercial accounts. Castelion reports more than $500 million in U.S. military contracts over the 18 months before its Series C announcement, while the SBIR record provides a primary example of an Air Force-sponsored development award. Independent reporting identifies a first Navy Blackbeard production order, but the public title does not disclose quantity, delivery timing, or whether the order is a pilot lot. Saronic adds a distinct partner-led surface: its Marauder vessel is intended to host a future Blackbeard demonstration. This segmentation supports strategic relevance, not a diversified recurring-revenue customer base.[CU002, CU003, CU004, CU007, CU012]

6.2 Adoption trajectory and delivery readiness

The adoption trajectory moves through several non-equivalent stages. The Air Force SBIR award is a dated development contract whose abstract emphasizes demonstrating a scalable, cost-focused manufacturing approach and flight testing. Castelion says Blackbeard reached program-of-record status in under four years and targets fielding in 2027, while the independent Navy-order headline is a stronger production signal but still lacks lot and delivery detail. Project Ranger is described by New Mexico as a large campus with planned manufacturing and test functions, which could support delivery capacity. None of these milestones is a disclosed active-account, renewal, utilization, or revenue-recognition metric. Investors should therefore treat contract and production language as evidence of procurement access, not proof of durable customer economics.[CU004, CU005, CU006, CU009, CU010, CU011]

6.3 Named proof and expansion paths

Named proof is strongest where a source identifies a government program or a concrete integration. The SBIR.gov record names Castelion Corporation, the Air Force branch, the award amount, and the technical objective. The Defense Post headline identifies the Navy as the first reported Blackbeard production-order customer. Breaking Defense describes Saronic and Castelion planning a Marauder integration and a 2027 maritime launch demonstration, while also noting that Marauder was still in on-water trials and that follow-on production depends on successful testing. These facts show an expansion path from development to production and then to partner deployment, but the last step remains contingent. The customer thesis is strategically credible yet commercially under-measured.[CU003, CU004, CU007, CU008, CU014]

6.4 Retention, concentration, and diligence gaps

Public evidence does not disclose net revenue retention, gross retention, churn, contract length, cohort behavior, active customer count, backlog composition, or revenue by customer. The available signals also appear concentrated in U.S. government demand and a small set of defense-technology relationships, although the assigned sources do not provide a denominator sufficient to quantify concentration. A future maritime demonstration may broaden the platform surface, but it is not yet evidence of repeat procurement. The key diligence task is to reconcile award notices and production orders to delivered units, recognized revenue, renewal or follow-on awards, and customer acceptance. Until that bridge is available, customer durability should remain an open question rather than an assumed strength.[CU012, CU013, CU014]

6.5 Exhibits

7.1 Risk ranking and thesis-break conditions

Castelion's strongest public risk signal is not a recorded accident; it is the combination of hazardous-material process obligations, a new 1,000-acre production campus, and public concern about blast radius, water use, transparency, and emergency response. The company describes vertical integration, rapid testing, and scaled manufacturing as ways to reduce risk, while the New Mexico project is still moving through construction and readiness milestones. A thesis break would be a material safety or environmental event, a missed production-readiness milestone, or a government award that does not convert into repeatable deliveries. These are monitorable conditions, not conclusions that an incident has occurred.[CR001, CR002, CR003, CR004]

7.2 Regulatory, legal, and community exposure

The regulatory burden is structural. OSHA describes process safety management as a comprehensive program for hazards associated with highly hazardous chemicals, and EPA states that facilities using extremely hazardous substances may need a Risk Management Plan under the Clean Air Act's Risk Management Program. Those requirements do not establish that Castelion is subject to a particular filing or that it is noncompliant; they define the diligence perimeter for a solid-rocket-motor facility. Independent local reporting adds unresolved community questions about emergency scenarios, ammonium perchlorate, water, and disclosure. The material risk is therefore permitting, compliance, and social-license delay until facility-specific approvals and emergency plans are verified.[CR005, CR006, CR007, CR008]

7.3 Operational, quality, and dependency risk

Castelion's operating model depends on converting prototype and early-operational work into reliable, repeatable production while completing a new campus. Its own site says systems are designed for manufacturability and that core technologies are vertically integrated, but those statements are company claims rather than independent yield, defect, throughput, or supplier data. The New Mexico economic-development release says the campus will contain 21 buildings and be ready for production by the end of 2026, creating a clear schedule dependency. The Navy awards disclosed by Castelion show customer traction, yet public evidence in this pool does not disclose acceptance testing, delivery performance, margins, or backlog conversion.[CR009, CR010, CR011, CR012]

7.4 Mitigations, monitoring, and diligence asks

Public mitigations include static testing rather than launches at the New Mexico site, company assertions that no chemical synthesis will occur there, federal process-safety and accident-prevention frameworks, and a stated design emphasis on manufacturability. These measures reduce exposure only if facility-specific controls, emergency response, workforce qualifications, supplier redundancy, quality records, and customer acceptance evidence are effective. The investment implication is to track rather than underwrite the execution case on narrative alone. The next diligence package should require permits, process-hazard analyses, RMP or exemption rationale, insurance, incident logs, schedule and yield dashboards, supplier concentration, government contract line items, and cash funding for the campus.[CR013, CR014, CR015, CR016]

7.5 Exhibits

8.1 Investment view and entry discipline

Castelion has credible strategic demand signals and a financing-backed plan to industrialize hypersonic production, but the public record remains much stronger on milestones than on investor economics. The Series B announcement says the capital supports Blackbeard integration, Project Ranger, and multi-service testing in 2026, while the New Mexico Economic Development Department describes a $220 million private investment and a 1,000-acre campus. Those are evidence of committed deployment and execution ambition, not evidence of revenue, gross margin, cash runway, or a priced equity valuation. The Army-related evidence is also milestone-based: Breaking Defense reports a planned $25 million FY26 Blackbeard development effort, a proof-of-concept phase, and possible early-FY28 deliveries, with price undisclosed. That combination supports a strategic option value thesis but not a precise mark. Comparable public and private defense-technology observations show a wide dispersion: Lockheed Martin had a $139.56 billion market capitalization in October 2026; TechCrunch reports that Anduril raised $5 billion in May at a $61 billion valuation and separately relays a Reuters report of possible financing at about $100 billion; Shield AI announced a $12.7 billion post-money valuation. These are comparables, not Castelion marks; business mix, maturity, backlog, margins, liquidity, and preferred terms differ materially. Without company-specific price and operating data, an aggressive buy case would be false precision. [CV001, CV002, CV003, CV004, CV005, CV006]

8.2 Thesis, anti-thesis, and conversion tests

The bullish case is that Castelion can convert demonstrated flight-test activity and government interest into repeat procurement while its vertically integrated production model lowers unit cost and shortens cycle time. The company-issued financing release claims more than 20 development flight tests in 2025 and describes Blackbeard as engineered for industrial-rate output; independent reporting adds that the Army planned a prototype demonstration and ten minimum viable product prototypes, but it also says the company declined to discuss Blackbeard's associated price tag. The anti-thesis is that production commissioning, qualification, supplier scale, and government budget gates could consume capital before a durable backlog and attractive gross margin emerge. Project Ranger's schedule is ambitious: the state release says the first building was expected in summer and all 21 buildings ready for production by end-2026, while the release was later updated from a $150 million to a $220 million investment figure. That revision reinforces the need to verify capex, completion, yield, and commissioning rather than infer operating leverage. The decision should move upward only after management provides a financing cap table, award-to-revenue bridge, backlog composition, unit economics, and evidence that test success converts into funded production orders. [CV007, CV008, CV009, CV012]

8.3 Scenarios, exit readiness, and diligence asks

Scenario analysis should be framed as conditional operating milestones rather than invented valuation outputs. In the bull case, Blackbeard clears the reported prototype and flight-test gates, Project Ranger commissions on schedule, and multi-service demand produces repeatable funded production; in the base case, technical progress continues but procurement conversion and factory economics remain unproven; in the bear case, testing, qualification, schedule, or funding delays extend the period before meaningful revenue and force a down round or additional preferred capital. The available comparable evidence is useful for framing market appetite but cannot establish a multiple for Castelion: Shield AI's disclosed financing includes both priced Series G equity and fixed-return preferred financing, and Reuters' Anduril report explicitly says terms, structure, pricing, and timing were speculative and denied by the company. Exit readiness is therefore low from a public-evidence standpoint. The next diligence package should include the current valuation and capitalization table, liquidation preferences and seniority, cash and burn, contract ceiling versus funded backlog, milestone acceptance criteria, production yield and unit cost, Project Ranger commissioning evidence, and customer concentration. Thesis-break triggers are a failed or materially delayed flight-test program, inability to fund commissioning without punitive terms, or absence of funded procurement after successful demonstrations. [CV013, CV014, CV015, CV016, CV017, CV018]

8.4 Exhibits