Answer Capsule: This comprehensive study outlines the critical 2025 and 2026 federal R&D tax credit requirements (IRC Section 41 and 174) and North Carolina’s complex statutory non-conformity landscape. It provides strategic guidance for defense, aerospace, biotechnology, and construction enterprises in Jacksonville, NC. Key takeaways include navigating the new One Big Beautiful Bill Act (OBBBA), avoiding the “funded research” exclusion in government contracts, fulfilling mandatory IRS Form 6765 Section G substantiation, and leveraging alternative state incentives like the Job Development Investment Grant (JDIG) in the absence of the expired NC Article 3F credit.

This study comprehensively analyzes the federal Research and Development (R&D) tax credit requirements and North Carolina’s state-level tax conformity laws applicable to businesses operating in 2025 and 2026. Through an examination of five distinct industries anchored in Jacksonville, North Carolina, the analysis details how regional enterprises can navigate complex statutory frameworks, leverage alternative economic grants, and optimize innovation capital.

The Macroeconomic and Legislative Landscape of Innovation Capital

The legislative architecture governing research and experimentation expenditures in the United States has undergone significant volatility and restructuring in recent years. For defense contractors, biotechnology firms, aerospace developers, and advanced manufacturers operating in military-adjacent municipalities like Jacksonville, North Carolina, optimizing these tax provisions is paramount for capital retention and competitive viability. At the federal level, the Internal Revenue Code (IRC) governs these incentives primarily through Section 41, which establishes the Credit for Increasing Research Activities, and Section 174, which dictates the amortization and expensing of Research and Experimental (R&E) expenditures. These federal statutes are designed to stimulate domestic technological innovation by providing a dollar-for-dollar reduction in a taxpayer’s federal income tax liability.

Conversely, the state of North Carolina presents a complex, divergent environment characterized by the expiration of its localized R&D credit, significant statutory disconnects from recent federal tax law enactments, and a heavy reliance on alternative discretionary grant programs to incentivize corporate development. The interplay between a highly favorable federal tax regime and a restrictive, decoupled state tax regime requires meticulous strategic planning by corporate financial officers and tax counsel.

This comprehensive study evaluates the specific federal and state R&D tax frameworks applicable in the 2025 and 2026 taxable years. It contextualizes these legal requirements through an exhaustive economic and historical analysis of Jacksonville, North Carolina—a city fundamentally shaped and sustained by the presence of Marine Corps Base Camp Lejeune and Marine Corps Air Station (MCAS) New River. By analyzing the historical, geographic, and infrastructural development of Jacksonville’s key industry sectors, this study provides detailed case studies demonstrating how local enterprises navigate the rigorous eligibility requirements of federal tax law, manage the complexities of state non-conformity, and leverage regional economic development incentives.

The Federal Research and Development Tax Credit Framework

The federal R&D tax credit represents one of the most lucrative, yet heavily scrutinized, mechanisms for corporate tax mitigation. To capture this benefit, taxpayers must navigate a strict set of statutory requirements enforced by the Internal Revenue Service (IRS).

IRC Section 41 and the Four-Part Eligibility Test

Eligibility for the federal R&D tax credit is strictly dictated by IRC Section 41(d), which mandates that every research activity must satisfy a rigorous four-part test to be classified as “qualified research”. These tests must be applied separately to each individual business component—defined as any product, process, computer software, technique, formula, or invention—developed or improved by the taxpayer. Failure to satisfy even one of these criteria renders the associated expenditures ineligible for the credit.

Statutory Requirement Definition and Application Criteria
The Section 174 Test Expenditures must be incurred in connection with the taxpayer’s active trade or business and represent a research and development cost in the experimental or laboratory sense. The activity must be intended to eliminate uncertainty concerning the development or improvement of a business component.
The Technological in Nature Test The research must be undertaken for the purpose of discovering information that is fundamentally technological in nature. The process of experimentation must rely on the established principles of the physical sciences, biological sciences, engineering, or computer science.
The Business Component Test The application of the research must be intended to be useful in the development of a new or improved business component of the taxpayer. The research must relate to a new or improved function, performance, reliability, or quality.
The Process of Experimentation Test Substantially all of the activities (typically interpreted by the IRS as 80% or more) must constitute elements of a process of experimentation for a qualified purpose. This involves identifying specific uncertainties, formulating scientific hypotheses, and conducting iterative testing—such as computational modeling, physical simulation, or systematic trial and error—to evaluate various alternatives.

When a project satisfies this four-part test, the associated financial outlays generate Qualified Research Expenses (QREs). Under IRC Section 41(b), QREs utilized to calculate the base amount and the final credit typically include wages paid to employees directly conducting, supervising, or directly supporting the qualified research; the cost of supplies and materials tangibly used or consumed during the research process; and specific percentages of contract research expenses paid to third parties. Notably, under IRC Section 41(b)(3)(C), while standard third-party contractor expenses are eligible at a 65% rate, amounts paid or incurred by the taxpayer to a “qualified research consortium” on behalf of the taxpayer and one or more unrelated taxpayers are eligible to be captured at an elevated 75% rate. A qualified research consortium is strictly defined as a tax-exempt organization organized and operated primarily to conduct scientific research.

IRC Section 174 and the Impact of the One Big Beautiful Bill Act (OBBBA)

The tax treatment of research and experimental expenditures under IRC Section 174 has been a subject of intense legislative turbulence, creating significant cash-flow implications for innovative enterprises. Under the Tax Cuts and Jobs Act (TCJA) of 2017, taxpayers were required, beginning in the 2022 tax year, to abandon the historical practice of immediate expensing and instead capitalize and amortize domestic R&E costs over a mandatory five-year period. This amortization requirement artificially inflated corporate taxable income, severely impacting the liquidity of businesses heavily invested in research and development.

However, the federal legislative landscape shifted dramatically with the passage of the One Big Beautiful Bill Act (OBBBA) (P.L. 119-21) on July 4, 2025. The OBBBA enacted IRC Section 174A, which restored the ability for businesses to fully deduct domestic R&E expenditures in the year they are incurred, effective for tax years beginning after December 31, 2024. Furthermore, the legislation made the R&D tax credit permanent, ending decades of temporary extensions, and provided crucial retroactive relief.

Under the OBBBA provisions, smaller companies—statutorily defined as those with average gross receipts of $31 million or less over the preceding three years—are granted retroactive opportunities to amend tax returns for the 2022, 2023, and 2024 periods to recapture previously capitalized and amortized expenses, generating immediate tax refunds. Alternatively, for the 2025 tax year, taxpayers may elect to deduct their remaining unamortized domestic research expenses previously capitalized under the TCJA rules either fully in the 2025 tax year or spread evenly over a two-year transition period encompassing 2025 and 2026. It is critical to note that the OBBBA’s relief applies exclusively to domestic research; foreign research expenses remain subject to a stringent 15-year capitalization and amortization schedule.

Enhanced IRS Documentation and Compliance Requirements (Form 6765)

Coinciding with the expansion of the credit’s financial benefits, the Internal Revenue Service has significantly increased its administrative substantiation and documentation requirements. Form 6765, the official instrument for claiming the Credit for Increasing Research Activities, has been radically revised for the 2025 and 2026 tax years to mandate the inclusion of extensive qualitative data directly with the originally filed tax return. Historically, Form 6765 was utilized primarily for reporting quantitative financial data, with qualitative technical documentation retained internally by the taxpayer for presentation only in the event of an IRS audit.

Under the updated regulatory guidelines released via IR 2024-313, Section G of Form 6765 will become mandatory for all corporate and individual filers beginning in tax year 2026. This exhaustive new section requires taxpayers to explicitly disclose the total number of business components generating QREs, provide detailed qualitative narratives justifying the four-part test for each individual business component, and report specific quantitative breakdowns of officers’ wages included in the wage QRE calculations. Furthermore, the IRS has implemented heightened reporting standards for controlled groups, requiring precise coordination of credit calculations and Section G reporting across all affiliated entities to ensure proper allocation and prevent double-dipping.

A transition period is available for tax year 2025, allowing optional Section G reporting for specific taxpayer classifications. This safe harbor applies to Qualified Small Businesses (QSBs), as defined under IRC Section 41(h)(3), who elect to utilize the R&D credit to offset the employer portion of their payroll taxes, as well as taxpayers with total QREs of less than $1.5 million and gross receipts of less than $50 million. For all other taxpayers, the failure to provide this qualitative data at the time of filing will result in the immediate rejection of the claim during the perfection period.

Case Law Jurisprudence: The “Funded Research” Exclusion

For defense contractors, aerospace engineers, and military simulation developers operating in regions dominated by federal procurement like Jacksonville, the “funded research” exclusion under IRC Section 41(d)(4)(H) represents the most significant legal hurdle to claiming the credit. The statute dictates that research is entirely disqualified from the credit if it is funded by any grant, contract, or otherwise by another person or governmental entity. To legally prove that research is not funded, and therefore eligible for the credit, the taxpayer bears the burden of demonstrating two critical elements: payment must be contingent on the success of the research (establishing financial risk), and the taxpayer must retain substantial rights to the results of the research.

  • Meyer, Borgman & Johnson, Inc. (MBJ) v. CIR: In this pivotal case, the Tax Court emphasized the strict interpretation of financial risk. The taxpayer claimed its contracts tied payment to the success of the research, thereby qualifying its expenses. However, the court concluded that the contractual language did not expressly make payment contingent on achieving specific, uncertain technical research success. Instead, the contracts merely required the delivery of services meeting general professional standards of adequacy. The judgment established that actual financial risk must be explicitly documented within the contract’s payment terms, serving as a warning to defense contractors regarding the exact phrasing of government solicitations.
  • Lockheed Martin Corporation v. United States (210 F.3d 1366): This appellate court decision established the definitive precedent regarding the “substantial rights” doctrine. The court concluded that a defense contractor retains substantial rights in the research performed under fixed-price government contracts even if the contractor does not possess the right to exclude others (such as the Department of Defense) from using the research. The court ruled that the right to use the research results in the taxpayer’s own business, even if that right is non-exclusive and subject to military security restrictions, constitutes a substantial right under the tax statute.
  • Dynetics: The courts further clarified the boundaries of contract interpretation, ruling that non-research tax credit law—such as state warranty statutes or general commercial case law—cannot be used to interpret whether a contract’s payment is contingent on success. The analysis must remain strictly confined to the “four corners” of the contractual agreement between the taxpayer and the government agency. If the contract does not explicitly state that payment is withheld upon technical failure, the research is deemed funded.
  • U.S. v. Davenport (897 F. Supp. 2d 496): Specifically addressing the software exclusion, this case clarified that uncertainty regarding the capability or method of achieving a specific computational result, or the appropriate design of the desired result, must exist at the very beginning of the project. The court ruled that routine quality control testing, debugging, or post-development modifications do not constitute a process of experimentation, setting a high bar for military software developers seeking the credit.

The North Carolina State Tax Landscape and Conformity Dynamics

While the federal government has expanded innovation incentives through the OBBBA, the state-level tax framework in North Carolina presents a divergent, restrictive reality characterized by expired statutory credits and complex federal decoupling mechanisms.

The Expiration of North Carolina General Statutes Article 3F

Historically, North Carolina offered a robust and highly competitive state-level R&D tax credit, codified under General Statutes Chapter 105, Article 3F. This statute provided a tiered credit structure, allowing businesses to claim up to 13.5% of eligible QREs to offset state corporate or individual income tax liabilities. The program was particularly advantageous for entities collaborating with local academia, offering a specialized credit for “North Carolina university research expenses” defined as amounts paid or incurred to a constituent institution of The University of North Carolina for qualified basic research performed within the state.

However, the Article 3F R&D credit officially sunset and expired on December 31, 2015, and it remains unavailable for the 2025 and 2026 tax years. While persistent legislative attempts, such as Senate Bill 354, have been introduced in the General Assembly to reenact and modify the credit, these bills have consistently stalled in committee and remain unenacted as of early 2026. Consequently, businesses conducting advanced R&D in North Carolina cannot currently claim a state-specific R&D tax credit, though they maintain full eligibility to claim the federal credit for the geographic activities performed within the state’s borders.

Statutory Disconnect: North Carolina Conformity to IRC Section 174

The most pressing tax compliance issue for innovative companies operating in North Carolina during the 2025–2026 period is the state’s explicit lack of conformity to the newly enacted federal OBBBA legislation. The North Carolina Revenue Act dictates that the state’s corporate and individual income tax calculations must begin with the Internal Revenue Code exactly as it was enacted on a specific reference date—currently January 1, 2023.

Because the North Carolina General Assembly has not yet enacted legislation to update this reference date to adopt post-2023 federal tax changes, the state explicitly decouples from the OBBBA provisions, including the restoration of 100% immediate expensing under IRC Section 174 and 174A.

Consequently, for tax year 2025, corporations calculating their Federal Taxable Income (FTI) and individuals calculating Adjusted Gross Income (AGI) for North Carolina state tax purposes must mathematically exclude the new federal 174 expensing rules. Taxpayers are required to continue capitalizing and amortizing their domestic R&E expenditures over a five-year period for state tax purposes, generating a substantial reconciliation difference that artificially inflates state taxable income.

Income Tax Calculation Metric IRC as of 7/4/2025 (OBBBA Federal Rule) IRC as of 1/1/2023 (North Carolina Revenue Act) Required State Reconciliation Adjustment
Gross Taxable Income (Before Conformity Differences) $500,000 $500,000 $0
Bonus Depreciation Deduction ($150,000) ($60,000) $90,000 Add-back
R&E Expenses Deduction (Section 174) ($60,000) (100% Expensed) ($6,000) (Amortized over 5 years, mid-year convention) $54,000 Add-back
Net Taxable Income for Assessment $290,000 $434,000 $144,000 (Total Addition to State Income)
Table derived from the North Carolina Department of Revenue conformity guidance examples.

Because the General Assembly is not scheduled to reconvene until mid-April 2026, taxpayers face severe timing issues regarding the April 15 corporate filing deadline. The North Carolina Department of Revenue (NCDOR) has issued guidance advising taxpayers to either file a formal extension—delaying the return while awaiting potential legislative conformity updates—or file on time utilizing a recalculated state taxable income with an attached schedule reconciling the difference between the 2025 Code and the 2023 Code.

Alternative Economic Development Incentives

In the complete absence of a localized, statutory R&D tax credit, North Carolina relies heavily on discretionary economic development programs to attract, retain, and subsidize high-technology enterprises and defense contractors. The state’s flagship program is the Job Development Investment Grant (JDIG). JDIG is a highly competitive, performance-based incentive that provides annual cash grants for a period of up to 12 years to new and expanding businesses. For massive capital investments, companies that create at least 1,750 jobs and invest $500 million are categorized as High-Yield Projects (HYP), allowing a grant period of up to 20 years.

The grant amount is precisely calculated as a percentage of the state personal income tax withholdings from the newly created jobs. The program is geographically tiered based on the economic distress of the county. In Onslow County—the home of Jacksonville, which operates as a designated Tier 2 county—90% of the calculated JDIG annual grant is paid directly to the company, while the remaining 10% is transferred to the state’s Utility Account to fund rural infrastructure projects across the state.

Furthermore, the state utilizes the One North Carolina Fund (One NC), which allocates awards to local units of government as part of a negotiated challenge grant. Local governments are required to match the One NC award with cash, fee waivers, in-kind services, or the donation of land and infrastructure to assist the expanding corporation. For R&D facilities establishing operations in Jacksonville, these discretionary grants function as the primary state-level financial mechanism to offset development costs and labor overhead.

The Economic and Geographic Catalyst of Jacksonville, North Carolina

To accurately understand the nature of the R&D activities conducted in Jacksonville, it is necessary to examine the region’s historical and geographic foundations, which have created a highly specialized, monopsonistic economic environment.

Situated along the banks of the New River in Onslow County, the area that would eventually become Jacksonville originally centered around Wantland’s Ferry in the mid-18th century, established shortly after the conclusion of the Tuscarora wars in 1713. The region initially operated as an agrarian hub, primarily serving as a center of production for naval stores, turpentine, and timber. The local economy remained largely stagnant and lumber-dependent until the arrival of the Atlantic Coast Line (ACL) railroad in 1893, which provided freight access to distant commercial markets.

However, the definitive, monumental turning point in Jacksonville’s economic history occurred in 1941 with the establishment of Marine Corps Base Camp Lejeune by the United States Department of War. The federal government selected the area specifically for its unique coastal geography; the base encompasses 246 square miles of land, including 14 miles of pristine Atlantic beach frontage and deep-water access strategically situated between the major ports of Wilmington and Morehead City. This specific topography provided an unparalleled, highly realistic operational zone for developing, sustaining, and rehearsing amphibious assault training.

Today, Camp Lejeune and the adjacent Marine Corps Air Station (MCAS) New River thoroughly dominate the regional economy. The installations generate nearly $3 billion in annual commerce, directly supporting a base population of over 120,000 active duty service members, dependents, retirees, and civilian employees. Demographically, Jacksonville holds the unique distinction of being the youngest city in the United States, with an average age of 22.8 years, a statistic driven entirely by the massive influx of young military recruits and their families.

This massive military footprint has forced a localized industrial clustering, drawing defense contractors, aerospace engineers, and federal construction firms into the immediate geographic orbit of the bases. The concentration of 43,000 military jobs and the continual rotation of 6,000 Marines ending their enlistments annually provides a highly trained, specialized workforce for local technology firms. In recent years, the City of Jacksonville has deliberately pivoted through organizations like the Jacksonville Onslow Economic Development (JOED) to incubate this clustering, establishing dedicated business parks to attract advanced manufacturing, simulation technology, and defense services. Furthermore, a $3.6 billion military construction (MILCON) recovery program initiated after the devastation of Hurricane Florence in 2018 has poured unprecedented federal capital into the local construction and engineering sectors. Consequently, the private-sector R&D conducted in this region is inextricably linked to defense requirements, coastal engineering resilience, and military healthcare.

Industry Case Studies: Jacksonville’s R&D Footprint

The following five exhaustive case studies analyze unique, highly specialized industries that have geographically anchored themselves in Jacksonville. Each study examines the historical rationale for the industry’s local development and analyzes how hypothetical, highly representative corporate projects would qualify under the strict criteria of federal IRC Section 41, while simultaneously navigating North Carolina’s complex alternative incentive structures and conformity laws.

Case Study: Advanced Defense and Tactical Textiles

Historical and Geographic Development: North Carolina possesses a deep, centuries-old legacy in textile manufacturing, historically dominating the state’s industrial economy. While global competition from low-wage nations severely diminished traditional cotton and apparel manufacturing—reducing the sector from 2,300 companies to roughly 800 over the past thirty years—the state successfully retained a highly specialized, automated, and high-tech subset of the industry. Jacksonville became a natural focal point for this advanced defense textile sector due to the immediate proximity of the Defense Logistics Agency’s (DLA) Troop Support organizations, which manage the supply chain for military clothing operating around Camp Lejeune. The constant operational demand for the rapid prototyping of tactical gear, body armor carriers, and specialized uniform components for Marine expeditionary forces incentivized textile engineers and polymer chemists to locate directly adjacent to the end-users. This geographic proximity allows companies to facilitate rapid, real-world field testing of protective equipment in humid, saline coastal environments.

R&D Project Profile: Next-Generation Amphibious Load-Bearing Equipment

A Jacksonville-based tactical gear manufacturer is contracted by the Marine Corps Systems Command to develop a new load-bearing vest optimized specifically for amphibious assaults. The technical specifications dictate that the vest must be neutrally buoyant, feature infrared (IR) signature reduction to evade thermal imaging, and utilize a proprietary polymer-coated nylon that repels saltwater degradation and resists microbial growth after extended submersion.

Federal and State Tax Credit Eligibility Analysis:

  • Federal Eligibility (IRC Section 41): The project easily meets the Section 174 test, as the textile company assumes the upfront financial risk of developing a novel fabric weave before mass production can commence. It satisfies the technological in nature test by relying heavily on advanced polymer chemistry and materials science to formulate the buoyant coating. The business component test is clearly met as the end product is a tangible textile good intended for sale. The process of experimentation involves iterative tensile strength testing, moisture-wicking rate analysis, and spectrophotometer testing for IR compliance, systematically evaluating different chemical baths until the MIL-STD requirements are achieved.
  • Funded Research Mitigation: Crucially, to avoid the IRC Section 41(d)(4)(H) “funded research” exclusion, the manufacturer operates under a firm-fixed-price contract rather than a cost-plus contract. Payment is strictly contingent on delivering a prototype that passes the specific stress tests, fulfilling the financial risk requirement outlined in Meyer, Borgman & Johnson. Furthermore, the contract is negotiated to ensure the company retains the intellectual property rights to utilize the underlying polymer coating technology for commercial law enforcement sales, satisfying the Lockheed Martin substantial rights doctrine. The wages of the chemical engineers and the prototype fabrics destroyed during testing constitute the primary QREs.
  • North Carolina Considerations: Because Article 3F has expired, the company cannot claim a state-level R&D credit. Furthermore, the company faces a severe conformity penalty. While the firm can fully expense its Section 174 chemical material costs on its federal return under the OBBBA, it must manually add back those costs and revert to a 5-year amortization schedule when calculating its North Carolina corporate income tax, artificially inflating its state tax liability for the 2025 fiscal year. To offset this regulatory burden, the company leverages local grants; by expanding its manufacturing floor in the Jacksonville Business Park and hiring 50 new textile engineers, the company qualifies for a JDIG award, capturing up to 90% of the new employees’ income tax withholdings as an annual cash grant.

Case Study: Military Training and Tactical Simulation Systems

Historical and Geographic Development: As the logistical costs of live-fire exercises, platform wear-and-tear, and live munitions skyrocketed, the Department of Defense mandated a massive strategic shift toward synthetic training environments. Jacksonville rapidly evolved into a primary hub for the modeling and simulation (M&S) industry precisely because it houses the II Marine Expeditionary Force and serves as the premier training area on the East Coast. Companies specializing in virtual reality (VR), augmented reality (AR), and constructive simulation established operations in Jacksonville to collaborate directly with Marine combat instructors. This geographic clustering allows software developers to capture real-time human-machine interface data, physiological stress metrics, and tactical feedback that simply cannot be replicated or accessed outside of an active military installation.

R&D Project Profile: Latency Reduction in Haptic Feedback for VR Convoy Simulators

A simulation software developer located near MCAS New River is designing a multi-user VR training environment for tactical convoy operations. The core technical uncertainty lies in the algorithmic network latency between a trainee’s physical action (e.g., turning a steering wheel or racking a heavy weapon) and the synchronized haptic feedback distributed across a localized cloud server supporting 12 simultaneous users in a contested electronic warfare environment.

Federal and State Tax Credit Eligibility Analysis:

  • Federal Eligibility (IRC Section 41): Software development presents unique and highly scrutinized challenges during IRS examinations. The company satisfies the technological in nature test through the direct application of computer science and network engineering principles. The process of experimentation involves writing, stress-testing, and rewriting data-packet prioritization algorithms in an attempt to reduce network latency below the human perception threshold of 20 milliseconds. Pursuant to the stringent precedent set in U.S. v. Davenport, the company maintains rigorous documentation proving that the capability and appropriate design of the network architecture were uncertain at the project’s inception, clearly distinguishing the activity from routine quality control, UI/UX aesthetic design, or standard debugging. The W-2 wages of the software engineers, systems architects, and network developers located in Jacksonville constitute the vast majority of the QREs.
  • Documentation Compliance: The software firm must comply with the new mandatory Section G of Form 6765. Because the firm’s QREs exceed $1.5 million, it cannot utilize the 2025 transition relief and must provide the IRS with detailed, business-component-specific narratives of its algorithmic trials directly on the originally filed tax return.
  • North Carolina Considerations: State-level tax planning requires the firm’s CPA to track the capitalized software development costs meticulously. Because North Carolina decouples from the federal OBBBA, the firm’s massive immediate federal deductions for developer salaries under Section 174A will trigger a substantial state tax add-back, requiring complex dual-track accounting to calculate the 20% allowable state amortization for the 2025 tax year. To mitigate local operational costs, the firm benefits from customized simulation training courses launched in partnership with local educational divisions to pipeline a trained workforce directly into the firm, reducing recruitment and training overhead.

Case Study: Advanced Construction Materials and Coastal Engineering

Historical and Geographic Development: Jacksonville and Camp Lejeune are situated directly in a high-risk Atlantic hurricane corridor. In 2018, Hurricane Florence devastated the region, causing catastrophic infrastructure damage that necessitated a massive $3.6 billion military construction (MILCON) recovery program at Camp Lejeune. The absolute necessity to rebuild critical military infrastructure to withstand Category 5 wind loads, severe storm surges, and the kinetic threats associated with modern warfare drove the local, rapid development of the advanced construction materials sector. The Naval Facilities Engineering Systems Command (NAVFAC) Mid-Atlantic, which manages base infrastructure, frequently awards multi-million dollar contracts to local Jacksonville firms, necessitating ongoing, highly localized R&D in structural materials science.

R&D Project Profile: Rapid-Curing, Blast-Resistant Geopolymer Concrete

A Jacksonville-based federal construction contractor is tasked with developing a new geopolymer concrete mix for use in rapidly repairing airfield runways at MCAS New River following simulated explosive damage. The material must cure to a structural capacity of 5,000 PSI within four hours while exposed to highly saline, humid coastal conditions, utilizing only locally available aggregate materials to reduce supply chain logistics.

Federal and State Tax Credit Eligibility Analysis:

  • Federal Eligibility (IRC Section 41): The project faces inherent, documented uncertainty regarding the chemical interaction between fly ash, alkaline activators, and the specific high-salinity aggregate materials found in Onslow County. The process of experimentation involves pouring dozens of physical test batches, altering the chemical ratios of the activators, and subjecting the cured samples to hydraulic press stress tests and simulated blast overpressures utilizing the U.S. Army Corps of Engineers’ methodology.
  • Contractual Risk Assessment: Because the contractor is operating under a $495 million indefinite-delivery/indefinite-quantity (IDIQ) multiple award construction contract, task orders specify final performance metrics rather than funding the base chemical research directly. Therefore, the company bears the financial risk of the chemical trials, avoiding the funded research exclusion. The supplies consumed—specifically the experimental raw materials, alkaline chemicals, and aggregates destroyed during destructive testing—qualify as supply QREs under Section 41(b).
  • North Carolina Considerations: Although the firm’s primary R&D focus is on physical materials rather than software, it must still rely exclusively on the federal credit due to the expiration of NC Article 3F. However, because the firm operates heavily in Onslow County and intends to build a new materials testing laboratory, it may leverage the One North Carolina Fund (One NC). This discretionary grant program requires local government matching, allowing the City of Jacksonville to provide fee waivers and in-kind infrastructure services to offset the capital expenditures required to build the laboratory.

Case Study: Marine Biotechnology and Coastal Environmental Sciences

Historical and Geographic Development: Jacksonville’s location on the New River estuary—part of the larger Croatan-Albemarle-Pamlico Estuarine System, the second largest lagoonal-type estuary in the United States—makes it an ideal natural laboratory for marine science. The environmental interdependence between the civilian population of Onslow County and the massive military base requires significant infrastructure sharing, particularly concerning water and wastewater treatment systems. Academic institutions like UNC Wilmington’s MARBIONC facility and NC State’s Center for Marine Sciences and Technology (CMAST) in nearby Morehead City generate a steady pipeline of marine biologists who subsequently spin off environmental consulting and biotechnology firms in the Jacksonville area. These firms focus on the intersection of military environmental impact and coastal resilience.

R&D Project Profile: Bio-engineered Algal Filtration Systems for Effluent Treatment

A marine biotechnology startup in Jacksonville is researching a proprietary strain of microalgae capable of rapidly metabolizing heavy metals and per- and polyfluoroalkyl substances (PFAS) from the massive volume of wastewater effluent generated by military motor pools and tactical vehicle wash racks.

Federal and State Tax Credit Eligibility Analysis:

  • Federal Eligibility (IRC Section 41): The startup’s research is firmly rooted in the biological and environmental sciences, unequivocally fulfilling the technological in nature test. The business component is a proprietary, scalable biological filtration system. The process of experimentation involves the genetic sequencing of the algae strains, manipulating light and nutrient variables within continuous-flow bioreactors, and measuring the corresponding uptake rates of the heavy metals through mass spectrometry.
  • Payroll Tax Offset for Startups: As an early-stage biotechnology startup, the company likely operates at a net operating loss and pays no federal income tax. However, under the specific provisions of IRC Section 41(h), because the company is a Qualified Small Business (gross receipts under $5 million and no gross receipts prior to the 5-year period ending with the current year), it can elect to apply up to $250,000 of its federal R&D tax credit directly against its payroll tax liability (specifically the employer portion of OASDI). This provides immediate, critical cash-flow relief to fund further laboratory operations.
  • North Carolina Considerations: Under historical NC Article 3F laws, this firm could have claimed a highly lucrative “North Carolina university research expenses” credit if it partnered with UNCW’s MARBIONC for leased lab space. In the 2025 landscape, the firm must rely entirely on the federal payroll offsets. However, as the startup moves to commercialize its filtration system, it benefits directly from local government partnerships facilitated by the Office of Local Defense Community Cooperation (OLDCC) grants. These grants, totaling over $1.6 million in Onslow County, fund the commercial deployment of successful resilience technologies to protect the shared ONWASA and Camp Lejeune water infrastructure.

Case Study: Military Healthcare and Clinical Investigations

Historical and Geographic Development: The dense concentration of combat-deployed Marines in Jacksonville necessitated the rapid development of world-class military trauma and rehabilitation facilities. Naval Medical Center Camp Lejeune (NMCCL) evolved to feature a dedicated Clinical Investigations Department (CID) focused explicitly on scholarly activity relevant to the warfighter. This infrastructure—combined with a massive population of active-duty personnel experiencing unique physiological stressors—attracted private medical device manufacturers and clinical research organizations (CROs) to Jacksonville to conduct joint studies on traumatic brain injury (TBI), post-traumatic stress disorder (PTSD), and battlefield trauma care.

R&D Project Profile: Autonomous Hemorrhage-Control Tourniquet Device

A private medical engineering firm, collaborating directly with the CID at NMCCL, is developing a “smart” tourniquet equipped with biometric sensors. The device must be capable of autonomously adjusting pneumatic pressure based on a wounded soldier’s real-time blood pressure and heart rate variability, specifically designed to minimize tissue necrosis during extended medevac flights from contested environments.

Federal and State Tax Credit Eligibility Analysis:

  • Federal Eligibility (IRC Section 41): The integration of mechanical pneumatics with continuous biometric software monitoring requires advanced biomedical engineering and computer science, satisfying the technological in nature test. The process of experimentation includes creating 3D-printed physical prototypes, developing complex firmware to interpret biometric data, and conducting rigorous clinical trials to ensure the device does not inadvertently release pressure under erratic physiological conditions induced by shock. The wages of the biomedical engineers and software developers are eligible QREs. Furthermore, if the firm pays NMCCL or an affiliated academic institution to conduct independent clinical evaluations, 75% of those payments to the “qualified research consortium” may be captured as QREs under Section 41(b)(3)(C), maximizing the credit yield.
  • Contract Structuring and Substantial Rights: The firm must be incredibly careful in structuring its Cooperative Research and Development Agreement (CRADA) with the military. Under federal case law, if the military retains exclusive rights to the tourniquet technology, the research is deemed “funded” and the firm entirely loses its federal tax credit. Applying the Lockheed Martin precedent, the firm must ensure the contract explicitly allows it to retain commercial rights (e.g., selling the device to civilian paramedic units or allied militaries).
  • North Carolina Considerations: At the state level, the firm’s R&E expenditures remain subject to the January 1, 2023 conformity rules, requiring state-level amortization of the clinical trial costs. However, the firm’s presence adds to the high-tech economic clustering heavily targeted by North Carolina’s discretionary Job Maintenance & Capital Development (JMAC) funds. This program is specifically intended to encourage the retention of high-paying jobs and large-scale capital investment, providing a vital offset to the state’s restrictive corporate tax calculations.

Strategic Compliance and Contract Optimization for Jacksonville Enterprises

The complex intersection of federal and state tax law in the 2025 and 2026 taxable years requires meticulous, proactive strategic planning by corporate financial officers, tax counsel, and engineering directors operating in Jacksonville.

Because North Carolina has affirmatively chosen not to conform to the federal OBBBA, the immediate expensing of Section 174 costs for federal returns will cause a severe, inescapable mismatch with the state return. Jacksonville businesses must implement and maintain sophisticated dual-track accounting systems: one ledger tracking the 100% immediate deduction to satisfy the IRS, and a secondary ledger tracking the 5-year amortization schedule required by the North Carolina Department of Revenue. This statutory disconnect creates a deferred tax liability on corporate balance sheets that must be carefully managed. For businesses generating substantial QREs—such as the simulation software developers or the advanced materials engineers outlined in the preceding case studies—the failure to properly calculate and add back the amortized difference on the North Carolina state return will inevitably trigger NCDOR audits, leading to substantial underpayment penalties and compounding interest.

Furthermore, Jacksonville’s private sector is intrinsically tethered to federal procurement. As definitively established in Meyer, Borgman & Johnson and Lockheed Martin, a company cannot claim the R&D credit if the government bears the financial risk or holds exclusive rights to the developed technology. To preserve their innovation capital, Jacksonville firms must aggressively negotiate for firm-fixed-price contracts over cost-plus-reimbursement contracts. In a cost-plus contract, the government reimburses the contractor for research expenses regardless of the technical outcome, meaning the government bears the financial risk (resulting in disqualified funded research). In a firm-fixed-price contract, the contractor receives a set amount only if the prototype meets the rigorous specifications; if the R&D fails and costs overrun, the contractor absorbs the financial loss, thus establishing the requisite financial risk for IRC Section 41 eligibility. Additionally, intellectual property clauses within Department of Defense solicitations must explicitly reserve the contractor’s right to exploit the developed technologies in civilian or commercial markets to legally satisfy the “substantial rights” requirement.

Ultimately, the unique economic geography of Jacksonville—anchored by the monumental presence of Camp Lejeune and MCAS New River—will continue to serve as a highly specialized, fertile incubator for advanced defense textiles, military simulation software, coastal engineering materials, marine biotechnology, and clinical trauma research. By carefully structuring defense contracts to preserve substantial rights and financial risk, meticulously complying with the IRS Form 6765 Section G documentation mandates, and strategically leveraging targeted local economic grants like JDIG and One NC in lieu of expired state tax credits, these localized industries can maximize their capital efficiency and sustain the technological superiority required by their primary military consumers.

The information in this study is current as of the date of publication, and is provided for information purposes only. Although we do our absolute best in our attempts to avoid errors, we cannot guarantee that errors are not present in this study. Please contact a Swanson Reed member of staff, or seek independent legal advice to further understand how this information applies to your circumstances.

R&D Tax Credits for Jacksonville, North Carolina Businesses

Jacksonville, North Carolina, thrives in industries such as healthcare, education, military operations, retail, and manufacturing. Top companies in the city include Onslow Memorial Hospital, a leading healthcare provider; Coastal Carolina Community College, a major educational institution; Camp Lejeune, a significant military installation; Walmart, a key player in the retail sector; and BSH Home Appliances, a prominent manufacturing company. The R&D Tax Credit can provide tax savings for these industries by incentivizing innovation and technological advancements.

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Swanson Reed is one of the only companies in the United States to exclusively focus on R&D tax credit preparation. Swanson Reed’s office location at 6255 Towncenter Drive, Clemmons, North Carolina is less than 235 miles away from Jacksonville and provides R&D tax credit consulting and advisory services to Jacksonville and the surrounding areas such as: Piney Green, Half Moon, Holly Ridge, Surf City and Swansboro.

If you have any questions or need further assistance, please call or email our local North Carolina Partner on (984) 480-4601.
Feel free to book a quick teleconference with one of our North Carolina R&D tax credit specialists at a time that is convenient for you. Click here for more information about R&D tax credit management and implementation.



Jacksonville, North Carolina Patent of the Year – 2024/2025

Stanadyne LLC has been awarded the 2024/2025 Patent of the Year for their innovative fuel injector technology. Their invention, detailed in U.S. Patent No. 11873786, titled ‘Axisymmetric injector hold-down load ring’, introduces a novel approach to securing fuel injectors within internal combustion engines.

The patented load ring features an annular body with an odd-numbered set of resilient arms extending outward. Each arm is designed with a curvature concentric to the annular body, ensuring that force is evenly distributed when the load ring is compressed between the fuel injector and the common rail outlet. This design minimizes off-axis movement of the injector, enhancing stability and performance.

Constructed from resilient steel, the load ring is axially reversible, allowing for flexible installation. Its unique configuration ensures that the injector remains securely positioned, even under the dynamic forces present during engine operation. This advancement promises to improve the reliability and efficiency of fuel injection systems in modern engines.

Stanadyne LLC’s innovative design represents a significant step forward in fuel injector technology, offering enhanced performance and durability for internal combustion engines.


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