The Historical and Economic Ecosystem of Newport News, Virginia

The capacity of an industrial sector to successfully execute qualified research and development is inextricably linked to its geographic, historical, and infrastructural foundations. Newport News, Virginia, represents a unique confluence of advanced manufacturing, maritime engineering, aerospace research, and nuclear physics. Situated on the Virginia Peninsula, bordered by the James River and the expansive Hampton Roads harbor, the city occupies approximately 69 square miles of highly strategic coastal real estate. The development of its major industries was not accidental but the result of deliberate infrastructure investments and geographical advantages.

The modern genesis of Newport News is directly attributable to Collis P. Huntington, a formidable industrialist and one of the “Big Four” magnates responsible for the first United States transcontinental railroad. In the late 1860s and 1870s, Huntington acquired the Chesapeake and Ohio (C&O) Railway, driving its expansion from Richmond to the Ohio River Valley. His vision was to establish a seamless transportation network linking the resource-rich interior of the nation to a deepwater port capable of accommodating the world’s largest ocean-going vessels. In 1881, the Peninsula Extension of the C&O reached Newport News Point, transforming an isolated agricultural community into a premier coal-shipping terminus.

However, Huntington recognized that a world-class port required comprehensive maritime support infrastructure. To repair the colliers servicing his railroad, he founded the Chesapeake Dry Dock and Construction Company in 1886. This facility, boasting a revolutionary dry dock, quickly evolved into the Newport News Shipbuilding and Dry Dock Company. By the time of Huntington’s death in 1900, Newport News was incorporated as an independent city, and its economic destiny as a titan of heavy industry was permanently forged.

Over the subsequent century, this foundational infrastructure acted as a gravitational center for federal defense investments and advanced scientific research. The establishment of the National Advisory Committee for Aeronautics (NACA) at nearby Langley Field in 1917 introduced a permanent aerospace engineering workforce to the region. The subsequent decades saw the arrival of international manufacturing conglomerates like Liebherr in the 1970s, drawn by the quinti-modal transportation network (land, air, sea, rail, and space capabilities), and the establishment of the Continuous Electron Beam Accelerator Facility (now Jefferson Lab) in the 1980s. Today, Newport News remains the economic engine of the Virginia Peninsula, heavily anchored by its defense, aerospace, and advanced manufacturing sectors.

United States Federal R&D Tax Credit Statutory Framework

The encouragement of domestic innovation remains a cornerstone of United States economic policy. The primary mechanism for this encouragement is the federal Research and Development tax credit, codified under Internal Revenue Code (IRC) Section 41. Designed to offset the financial risks associated with the development of new products, processes, techniques, formulas, or software, the credit provides a dollar-for-dollar reduction in a taxpayer’s federal income tax liability.

The Four-Part Test for Qualified Research Activities

The statutory threshold for claiming the federal R&D tax credit is rigorous. To be classified as “qualified research,” an activity must satisfy a cumulative four-part test as defined in IRC Section 41(d). Failure to satisfy any single criterion invalidates the activity for the purposes of the credit. This test must be applied at the “business component” level, meaning it is evaluated against the specific product, process, computer software, technique, formula, or invention being developed or improved.

Statutory Exclusions: Even if an activity satisfies the four-part test, IRC Section 41(d)(4) strictly excludes several specific types of research. These encompass research conducted after the beginning of commercial production, adaptation of an existing business component to a particular customer’s requirement, duplication of an existing business component (reverse engineering), routine data collection, ordinary quality control testing, and research in the social sciences, arts, or humanities. Furthermore, the statute excludes “funded research,” meaning any research funded by a grant, contract, or another person or governmental entity, unless the taxpayer retains substantial rights to the research and bears the economic risk of failure.

Qualified Research Expenses (QREs)

If a taxpayer successfully substantiates that their activities constitute qualified research, they may capture specific expenditures associated with those activities. IRC Section 41(b) strictly limits Qualified Research Expenses (QREs) to a narrow set of statutory categories.

• In-House Wage Expenses: A taxpayer may claim any wages paid or incurred to an employee for performing “qualified services”. Crucially, qualified services are not limited strictly to the engineers or scientists conducting the experiment. The statute allows for the inclusion of wages for employees engaging in the “direct supervision” or “direct support” of research activities. If substantially all (defined here as 80% or more) of an employee’s services during the taxable year consist of qualified services, 100% of their wages may be treated as QREs.
• Supply Expenses: The IRS defines qualified supplies as any tangible personal property used in the conduct of qualified research. Supplies must be directly linked to the experimental process and are typically consumed, destroyed, or heavily modified during testing (e.g., prototype materials, raw alloys for test batches, experimental chemicals). The statute explicitly excludes land, improvements to land, and any property subject to an allowance for depreciation. General administrative supplies, travel expenses, meals, and telephone expenses are also excluded.
• Computer Rental and Cloud Computing: Amounts paid or incurred to another person for the right to use computers in the conduct of qualified research. In the modern era, this provision allows taxpayers to claim the costs of third-party cloud hosting environments (such as AWS or Microsoft Azure) utilized specifically for software development, algorithm testing, or complex scientific data simulation.
• Contract Research Expenses: When a taxpayer outsources qualified research to a third-party contractor who is not an employee, they may claim 65% of the amount paid or incurred. To qualify, the taxpayer must bear the economic risk of the research and retain rights to the intellectual property. The allowable percentage increases to 75% if the amounts are paid to a “qualified research consortium,” which is defined as a tax-exempt organization (such as a university or non-profit institute) organized and operated primarily to conduct scientific research.

Tax Treatment and Calculation Methodologies

The calculation of the federal R&D tax credit is highly complex, relying on historical base periods to ensure the credit rewards increasing research activities rather than subsidizing a static baseline of engineering. Taxpayers generally choose between two primary calculation methodologies: the Regular Research Credit (RRC) and the Alternative Simplified Credit (ASC).

The RRC provides a credit equal to 20% of the QREs for the current taxable year that exceed a base amount. The base amount is calculated by multiplying the taxpayer’s historical “fixed-base percentage” (a ratio of R&D expenses to gross receipts from a designated historical period, often 1984-1988 for established companies) by their average annual gross receipts for the four preceding taxable years. The statute mandates that the base amount can never be less than 50% of the current year’s QREs.

Because establishing historical gross receipts and QREs from the 1980s is often administratively impossible or highly disadvantageous for modern firms, Congress introduced the ASC. The ASC equals 14% of the amount by which the current year’s QREs exceed 50% of the average QREs for the three preceding taxable years. If a taxpayer has no QREs in any one of the three preceding years, the ASC is calculated at 6% of the current year’s QREs.

IRC Section 174 Expensing vs. Amortization: The utility of the IRC Section 41 credit is heavily influenced by IRC Section 174, which governs the deductibility of R&E expenditures. The Tax Cuts and Jobs Act (TCJA) of 2017 fundamentally altered this landscape. For tax years beginning after December 31, 2021, taxpayers were stripped of the ability to immediately deduct R&E expenses in the year incurred; instead, they were required to capitalize and amortize domestic R&E costs over a five-year period, and foreign R&E costs over a 15-year period.

However, the legislative environment remains volatile. Subsequent federal legislative packages, notably the One Big Beautiful Bill Act (OBBBA) enacted in 2025, reversed the TCJA provisions for domestic research, reinstating the ability for taxpayers to fully and immediately expense domestic R&E costs in the year incurred for tax years beginning after December 31, 2024, through the newly added IRC Section 174A. Foreign R&E treatment remains subject to the punitive 15-year amortization schedule, heavily incentivizing domestic localization of research personnel and facilities. Taxpayers claiming the full R&D credit must reduce their deductible R&E expenses by the amount of the credit, or they may elect a reduced credit under Section 280C(c) to retain the full deduction.

The Virginia State R&D Tax Credit Framework

The Commonwealth of Virginia supplements the federal framework with its own system of tax credits, designed to stimulate regional capital investment and cultivate a high-technology workforce. Administered by the Virginia Department of Taxation, the state offers two mutually exclusive incentive tracks: the standard Research and Development Expenses Tax Credit (RDC) and the Major Research and Development Expenses Tax Credit (MRD).

Both state credits demand strict adherence to the federal definitions of qualified research and QREs established in IRC Section 41. However, Virginia imposes a paramount geographical restriction: only research physically conducted within the borders of the Commonwealth qualifies. If research is conducted jointly at facilities inside and outside of Virginia, the taxpayer must painstakingly apportion the expenses, claiming only the wages and supply costs directly attributable to the activities executed on Virginia soil. Furthermore, Virginia law explicitly prohibits the allowance of tax credits for research conducted on human cells or tissue derived from induced abortions or embryonic stem cells, though research utilizing nonhuman embryonic stem cells remains eligible.

Standard R&D Expenses Tax Credit (Form RDC)

Enacted during the 2011 legislative session, the standard RDC is designed primarily for small to mid-sized enterprises. It provides a refundable individual and corporate income tax credit for taxpayers incurring up to $5 million in Virginia QREs during a taxable year. The refundability feature is particularly critical for pre-revenue technology startups or life science firms operating in clinical trial phases, as it allows them to receive a cash infusion from the state even if their tax liability is zero.

The RDC allows taxpayers to calculate their benefit using either a primary method or an alternative simplified method:

• Primary Method: The credit is calculated at 15% of the first $300,000 in Virginia QREs that exceed a predetermined Virginia base amount. Recognizing the immense value of academic partnerships, the Commonwealth provides a statutory bonus: if the qualified research is conducted in conjunction with a Virginia public or private college or university, the credit rate elevates to 20% of the first $300,000 in qualifying expenses.
• Alternative Simplified Method: Taxpayers lacking historical base data may elect this method, which yields a credit equal to 10% of the difference between the current year’s Virginia QREs and 50% of the average Virginia QREs incurred during the three prior taxable years. If the taxpayer incurred no Virginia QREs in any of the three preceding years, the credit is fixed at 5% of the current year’s expenses. The total benefit under the simplified method is capped at $45,000 per taxpayer, or $60,000 if the research leverages a Virginia academic institution.

Because the RDC is a highly utilized incentive, the Virginia General Assembly subjects it to an aggregate fiscal year funding cap. For taxable years beginning in 2024, the cap was established at $15.77 million. If the total sum of eligible credit requests submitted by all taxpayers exceeds this statutory ceiling, the Department of Taxation is required to allocate the credits on a pro-rata basis, mathematically reducing the final benefit realized by each applicant.

Major R&D Expenses Tax Credit (Form MRD)

Established during the 2016 legislative session, the MRD targets heavily capitalized industrial entities, defense contractors, and large-scale manufacturing firms. A taxpayer is solely eligible for the MRD if their Virginia QREs strictly exceed $5 million for the taxable year. A taxpayer cannot claim both the RDC and the MRD in the same year.

The MRD calculation utilizes a simplified historical average approach. The credit is equal to 10% of the difference between the Virginia QREs incurred during the current taxable year and 50% of the average Virginia QREs incurred during the three immediately preceding taxable years. For highly capital-intensive firms, this can yield substantial multimillion-dollar credits. Unlike the standard RDC, the MRD is strictly non-refundable. However, any unused credit amount may be carried forward to offset Virginia tax liability for up to ten successive taxable years.

The MRD is also governed by an aggregate annual cap, which the General Assembly adjusted to $16 million for taxable years beginning on or after January 1, 2023. As with the RDC, oversubscription of the MRD pool triggers mandatory pro-rata distribution.

Administrative Rigidity, Commissioner Rulings, and the 2025 Sunset

The administration of the Virginia R&D credits is notoriously strict. Unlike the federal credit, which can often be claimed on an amended return, the Virginia credits demand prospective application. Taxpayers must submit Form RDC or Form MRD, accompanied by extensive supporting documentation including itemized wage schedules and contractor invoices, by September 1 of the calendar year following the close of the taxable year in which the expenses were incurred.

The Rulings of the Virginia Tax Commissioner routinely demonstrate that this deadline is an absolute statutory bar, completely devoid of equitable tolling. In Public Document (P.D.) 23-10, a taxpayer’s application was outright denied because the physical mail was received by the Department on September 8 without a U.S. Postal Service postmark. The Commissioner explicitly ruled that a taxpayer’s sworn statement regarding the date of mailing is legally insufficient to substitute for a postmark; because the credits are subject to an aggregate cap, accepting late applications threatens the mathematical integrity of the pro-rata distribution. Similarly, in P.D. 24-73, an application was denied because the taxpayer failed to include employee Social Security numbers on their wage schedule. Although the taxpayer eventually provided the data, they failed to perfect the application prior to the Department’s hard notification deadline, resulting in total forfeiture of the credit.

The 2025 Sunset and Legislative Volatility: The most critical contemporary issue regarding the Virginia R&D credits is their statutory expiration. The legislation authorizing both the RDC and MRD contained sunset clauses restricting availability to taxable years beginning before January 1, 2025. During the 2025 Regular Session of the Virginia General Assembly, lawmakers introduced House Bill 1969 to extend these sunsets to 2026. Despite aggressive lobbying by the business and innovation communities, HB 1969 failed to advance from a conference committee. Consequently, businesses conducting R&D in Virginia during the 2025 tax year cannot accrue new state credits, though previously earned credits remain available under carryforward provisions. Reinstatement of these critical incentives remains a paramount priority for the 2026 legislative agenda. The federal IRC Section 41 credit is unaffected by this state-level sunset and remains fully applicable to Virginia operations.

Judicial Precedents Dictating R&D Tax Credit Eligibility

The statutory definitions of IRC Section 41 are inherently broad, leading to intense and continuous litigation between taxpayers and the Internal Revenue Service. Judicial interpretation, particularly from appellate courts, dictates exactly how administrative agencies evaluate claims, especially in the context of heavy manufacturing, engineering, and defense contracting.

The Rejection of Novelty: Little Sandy Coal Co., Inc. v. Commissioner

The 2023 decision by the U.S. Court of Appeals for the Seventh Circuit in Little Sandy Coal Co., Inc. v. Commissioner constitutes a landmark precedent fundamentally altering how manufacturing and shipbuilding entities claim the R&D credit. The taxpayer, the parent company of Corn Island Shipyard, claimed $1.1 million in federal research credits for the design and construction of 11 vessels, including an Apex tanker and a specialized dry dock.

The central legal controversy hinged on the “process of experimentation” test and the “substantially all” requirement (the mandate that 80% or more of the research activities must constitute elements of a process of experimentation). The taxpayer adopted an “all or nothing” strategy, claiming the entirety of the vessels as the relevant business components. To justify this, they argued that because the vessels were “first-in-class” prototypes and over 80% of the physical elements were novel or redesigned, the 80% threshold was inherently met.

The Seventh Circuit, affirming the Tax Court, flatly rejected this argument, establishing critical doctrine for the industry:

• Novelty is Not a Heuristic for Experimentation: The appellate court ruled that the “substantially all” test applies to the activities of the employees, not the physical components of the product. The court explicitly stated that “the novelty of a business component is not a proper heuristic for the substantially all test”. The mere fact that a shipyard has never built a specific dry dock before does not automatically mean that 80% of the labor utilized to construct it was experimental in nature.
• The Shrink-Back Rule is Mandatory for Prototypes: Building a massive prototype involves a blend of genuine scientific experimentation and routine production assembly. The court noted that because the taxpayer did not maintain detailed time-tracking records, they could not prove that 80% of the total labor hours spent building the massive vessels involved experimentation. The court admonished that taxpayers failing to meet the 80% test at the macroscopic product level must deploy the “shrink-back rule”. This administrative rule allows a taxpayer to apply the four-part test to smaller subcomponents of the product (e.g., a novel steering mechanism or experimental hull joint) rather than the entire vessel.
• Direct Support and Supervision Costs: In a taxpayer-favorable correction to the lower court’s analysis, the Seventh Circuit ruled that wages associated with the direct support and direct supervision of research activities must be included in both the numerator and the denominator when calculating the 80% fraction, provided those costs qualify as deductible research expenses under IRC Section 174.

Navigating the Funded Research Exclusion: Meyer, Borgman & Johnson

For engineering firms and defense contractors executing projects for third parties, the “funded research” exclusion under IRC Section 41(d)(4)(H) is a formidable barrier. In Meyer, Borgman & Johnson, Inc. v. Commissioner (Eighth Circuit, 2024), a structural engineering firm sought credits for the structural design of building projects. To bypass the funded research exclusion, regulations mandate that a taxpayer must demonstrate that payment for their services is contingent upon the success of the research (economic risk), and that they retain substantial rights to the results of the research.

The engineering firm argued that their payment was contingent because their contracts required them to deliver designs that successfully met specific regulatory codes and client criteria. The appellate court rejected this interpretation, ruling that while the contracts involved professional standards, they did not inherently place the firm at financial risk for the failure of the underlying experimental research. This ruling reinforces the necessity for engineering and defense contractors in Newport News to meticulously structure their master service agreements to explicitly define risk and intellectual property ownership if they intend to capture the credit.

Documentation and Pilot Models: George v. Commissioner

The evidentiary burden placed upon taxpayers is severe. In the recent decision George v. Commissioner (T.C. Memo 2026-10), the Tax Court evaluated a claim involving experimental feed and vaccine trials in the agriculture sector. While the court positively affirmed that living animals and feed could be treated as pilot models and qualified supply QREs, it decimated the taxpayer’s claim based on conflicting documentation.

The taxpayer’s retroactive R&D study, drafted by a consultant, claimed the experiments utilized a specific high-dosage antibiotic regimen. However, upon auditing the farm’s contemporaneous daily feed logs, the court discovered the animals had actually received standard dosages. The court ruled that raw, contemporaneous business records supersede retrospective R&D narratives. For industrial manufacturers, this emphasizes that an R&D claim cannot be engineered after the fact; it must be substantiated by authentic, real-time testing logs and engineering notes that clearly articulate the parameters of the experimentation.

Industry Case Studies in Newport News, Virginia

The complex theoretical mechanics of IRC Section 41 and the Virginia R&D tax credits find practical application across the diverse industrial fabric of Newport News. The following five case studies examine specific, historically rooted industries within the city, illustrating how they evolved and how they must navigate the tax code to capture the value of their innovation.

Case Study: Naval Shipbuilding and Nuclear Submarine Manufacturing

Industry: Newport News Shipbuilding (Huntington Ingalls Industries)

Context: Heavy Manufacturing, Naval Architecture, Metallurgy

Historical Development: Newport News Shipbuilding (NNS) is the defining pillar of the city’s economy. Founded in 1886 by Collis P. Huntington as a dry dock to service coal transport vessels, the yard quickly transitioned to military production, delivering gunboats in the 1890s and launching the battleship USS Virginia in 1904. NNS constructed seven of the sixteen battleships comprising President Theodore Roosevelt’s Great White Fleet, firmly establishing the United States as a global maritime power. The facility’s capacity expanded exponentially during the World Wars; to manage the massive influx of laborers, the federal government constructed Hilton Village in 1918, one of the nation’s first planned residential communities, directly adjacent to the shipyard.

The technological epoch of the shipyard occurred in the 1950s under the oversight of Admiral Hyman Rickover, the architect of the nuclear navy. NNS launched its first nuclear-powered submarine, the USS Robert E. Lee, in 1959, followed rapidly by the launch of the world’s first nuclear-powered aircraft carrier, the USS Enterprise, in 1960. Today, encompassing 550 acres along the James River, NNS employs over 25,000 shipbuilders. It is the sole designer and builder of U.S. nuclear-powered aircraft carriers (including the technologically advanced Ford-class) and one of only two shipyards capable of constructing nuclear submarines (partnering on the Virginia and Columbia classes).

R&D Tax Credit Application: Modern nuclear submarine construction is defined by continuous technological evolution. A primary area of R&D involves the integration of advanced additive manufacturing (3D printing) into naval architecture to alleviate supply chain bottlenecks and reduce lead times. Recently, NNS successfully engineered and 3D-printed a copper-nickel deck drain assembly for installation on a Virginia-class submarine.

To monetize this innovation via the federal R&D credit, NNS must strictly adhere to the precedent established in Little Sandy Coal.

• Applying the Four-Part Test: The initiative meets the Permitted Purpose test (improving the manufacturing process of a submarine component). The Elimination of Uncertainty test is met because, at the project’s inception, it was unknown whether marine-based copper-nickel alloys could be reliably 3D-printed with the requisite structural integrity to withstand deep-ocean pressure and radiological environments. The Process of Experimentation involved systematic metallurgical modeling, varying thermal print parameters, and destructive stress-testing of pilot assemblies.
• Executing the Shrink-Back Rule: If NNS attempted to claim the entire Virginia-class submarine as the business component, the claim would collapse under the 80% rule, just as the Apex tanker did in Little Sandy Coal, because the vast majority of labor hours spent building the hull are routine construction, not experimentation. By aggressively applying the shrink-back rule, NNS isolates the specific subcomponent—the 3D-printed copper-nickel deck drain. Within this highly narrowed scope, 100% of the labor hours of the additive manufacturing engineers, CAD designers, and metallurgists easily satisfy the “substantially all” requirement, transforming their wages into eligible QREs.
• Virginia State Credit Interaction: Given the sheer magnitude of engineering payroll at NNS, their Virginia-based QREs vastly exceed the $5 million threshold, routing them into the Major R&D Expenses Tax Credit (MRD). Prior to the 2025 statutory sunset, NNS could claim a non-refundable credit of 10% on the difference between current-year QREs and their three-year historical base. The strict internal time-tracking systems necessitated by Department of Defense contracts provide the exact contemporaneous documentation required by the Virginia Department of Taxation to survive administrative audits.

Case Study: Advanced Heavy Equipment and Autonomous Mining Vehicles

Industry: Liebherr Mining Equipment Newport News Co.

Context: Mechanical Engineering, Electrification, Industrial Automation

Historical Development: The strategic transportation infrastructure pioneered by the C&O Railroad continues to attract multinational heavy industry. Liebherr, a massive Swiss-based manufacturer of earthmoving and mining machinery, sought to establish a North American footprint in 1970. They selected Newport News specifically to leverage the region’s quinti-modal transportation network and its immediate, deep-water access to the Port of Virginia. Because Liebherr produces ultra-class mining trucks with payloads exceeding 400 tons (such as the T 282 and T 284 models), the logistics of moving these monolithic chassis from factory to port are formidable. In Newport News, the trucks are assembled, tested, and certified before 100% of the production is exported directly to global mining operations in Australia, Chile, and Canada. The company’s footprint has grown substantially, absorbing the Wiseda manufacturing facility in 1995 and completing a $60 million, 251,000-square-foot expansion in 2020.

R&D Tax Credit Application: Driven by global decarbonization targets and the integration of Industry 4.0 automation, Liebherr’s Newport News engineering teams are currently engaged in developing zero-emission and fully autonomous ultra-class mining trucks. The transition from legacy diesel-electric powertrains to battery-electric systems for vehicles weighing hundreds of tons is an engineering challenge fraught with uncertainty.

• Federal Eligibility and QRE Capture: The design of a novel battery-electric powertrain constitutes a new business component. The engineers face immense technological uncertainty regarding thermal runaway mitigation within massive lithium-ion battery banks, load distribution alterations on the chassis, and the optimization of regenerative braking systems during steep descents in open-cast mines. The process of experimentation involves the creation of fully functional pilot models of the battery modules.
• Supply QREs: Under IRC Section 41(b)(2)(C), the costs of the specialized materials used to construct these pilot models—such as advanced battery cells, custom copper busbars, and experimental cooling manifolds—qualify as supply QREs, provided they are consumed, destroyed, or rendered devoid of commercial value during the destructive testing phases.
• IRC Section 174A Expensing: The financial architecture of developing a new mining truck is heavily influenced by the reinstatement of immediate expensing for domestic R&E. Under the OBBBA of 2025, Liebherr can fully deduct the massive domestic engineering costs associated with these prototypes in the year incurred (via Section 174A), bypassing the restrictive five-year amortization schedule imposed by the TCJA, thereby massively improving cash flow.
• Virginia MRD Constraints: As an entity with a massive engineering footprint, Liebherr qualifies for the Virginia MRD. However, because the Newport News campus serves concurrently as a corporate headquarters, an administrative hub, and an active manufacturing floor, Liebherr faces strict allocation challenges. They must rigorously document and exclude the wages of administrative staff, human resources, and the assembly line workers engaged in the routine production of standard diesel trucks. Only the wages of personnel directly executing, supporting, or supervising the autonomous and battery-electric research qualify.

Case Study: Aerospace Engineering and Advanced Air Mobility (AAM)

Industry: Commercial Aerospace Defense Contracting / Unmanned Systems

Context: Aerodynamics, Materials Science, Simulation

Historical Development: The aerospace industry in Newport News is inextricably linked to the nearby NASA Langley Research Center. Anticipating the military utility of aviation prior to World War I, the federal government established the National Advisory Committee for Aeronautics (NACA) in 1917, building the Langley Memorial Aeronautical Laboratory on a coastal plain bordering Hampton and Newport News. Langley rapidly became the crucible for American aeronautics, pioneering the Variable-Density Tunnel in 1922 (built, notably, by Newport News Shipbuilding) which standardized airfoil designs. Langley engineers broke the sound barrier, managed the Mercury project, and trained Apollo astronauts on the Lunar Landing Research Facility. Today, this 100-year legacy supports an ecosystem of over 72,500 highly specialized aerospace and aviation workers in the region. Modern defense contractors and commercial aviation firms aggregate around Newport News and the Hampton Roads Executive Airport to leverage this talent pool, focusing intensely on Unmanned Aerial Systems (UAS) and the burgeoning field of Advanced Air Mobility (AAM)—commonly known as air taxis and cargo drones.

R&D Tax Credit Application:

Consider a mid-sized aerospace contractor based in Newport News developing a novel, lightweight carbon-composite airframe designed specifically for electric vertical takeoff and landing (eVTOL) AAM vehicles.

• Federal Eligibility and the Funded Research Hurdle: The development of the composite airframe is highly experimental. The firm utilizes the Landing and Impact Research Facility at Langley to conduct drop tests, studying kinetic energy dispersion through the composite materials to satisfy FAA crash-safety uncertainties. This physical testing, governed by materials science and physics, cleanly passes the four-part test. However, because this firm likely receives developmental funding from the Department of Defense (DoD) or NASA grants, they must navigate the “funded research” exclusion under IRC Section 41(d)(4)(H). Applying the precedent from Meyer, Borgman & Johnson, the firm cannot claim the credit if they are paid on a time-and-materials basis where the government bears the risk of failure. To capture the credit, the firm’s contract must be structured as a firm-fixed-price agreement, and they must legally retain substantial rights to commercialize the resulting composite IP in the private sector.
• Virginia RDC and University Collaboration: If the aerospace contractor’s qualifying expenditures fall below $5 million, they utilize the standard Virginia RDC. The region is designed for synergistic collaboration. If the contractor partners with the engineering department of a Virginia university (such as Virginia Tech, which has a prominent regional presence) to conduct wind-tunnel fluid dynamic simulations on the airframe, the firm benefits from a highly lucrative statutory incentive: the Virginia credit rate increases from 15% to 20% on the first $300,000 of QREs derived from that academic partnership.

Case Study: Nuclear Physics and Deep Tech Commercialization

Industry: Scientific Instrumentation and Medical Device Manufacturing (e.g., Dilon Technologies)

Context: High-Energy Physics, Algorithms, Commercial Hardware

Historical Development: In 1984, the Southeastern Universities Research Association (SURA) successfully lobbied the Department of Energy to construct the Continuous Electron Beam Accelerator Facility (CEBAF) in Newport News. Now known as the Thomas Jefferson National Accelerator Facility (Jefferson Lab), this sprawling underground complex employs over 700 personnel and hosts thousands of international scientists researching the fundamental properties of quarks and gluons. Recognizing the immense economic potential of this intellectual capital, the City of Newport News and the local Economic Development Authority aggressively cultivated a commercial ecosystem directly adjacent to the lab, constructing the Applied Research Center (ARC) in 1998 and later the 100-acre Tech Center Research Park. This proximity fosters direct “tech transfer”—the commercialization of pure physics into market-ready products. A prime example is Dilon Technologies. Founded by entrepreneurs who visited Jefferson Lab, the company successfully licensed and commercialized accelerator detector components to create a specialized single-photon emission computed tomography (SPECT) “Gamma Camera” optimized for high-resolution breast cancer imaging. The region’s technological trajectory continues to accelerate; Jefferson Lab was recently selected to lead the DOE’s $300+ million High Performance Data Facility (HPDF) Hub, further expanding local capabilities in supercomputing and artificial intelligence.

R&D Tax Credit Application:

A medical device manufacturer like Dilon Technologies must engage in continuous software and hardware R&D to enhance the resolution, radiation sensitivity, and diagnostic algorithms of its imaging equipment.

• Federal Eligibility and Cloud Computing: Developing the proprietary software algorithms that process raw photon-strike data into usable medical imagery is a highly iterative process that qualifies under the four-part test. Furthermore, the massive datasets generated by medical imaging research require significant computational power. Under IRC Section 41(b)(2)(A)(iii), the financial costs associated with renting specialized third-party cloud computing servers (such as AWS or Azure) used specifically to run the algorithms and simulations during the experimental development phase qualify entirely as computer rental QREs.
• Virginia RDC Refundability: Hardware startups and medical device firms in the Tech Center often face protracted, multi-year “valley of death” periods marked by high R&D burn rates and zero revenue as they await FDA clearance. The standard Virginia RDC is a refundable credit. If a firm calculates a $45,000 credit under the Alternative Simplified Method but currently possesses zero Virginia income tax liability due to net operating losses, the Commonwealth issues the credit as a direct cash refund. This administrative mechanism provides critical, non-dilutive capital to sustain operations during deep-tech commercialization cycles.

Case Study: Maritime Repair and Industrial Modernization

Industry: S23 Holdings / East Coast Repair and Fabrication

Context: Marine Engineering, System Integration, Specialized Welding

Historical Development: While Newport News Shipbuilding dominates the construction of apex naval vessels, the sheer volume of commercial shipping and military traffic moving through the Port of Virginia and Naval Station Norfolk sustains a massive, secondary maritime industrial base. This ecosystem relies on highly agile ship repair, fabrication, and modernization firms. S23 Holdings (and its affiliate East Coast Repair and Fabrication) represents the modern evolution of this localized sector. Founded by a local entrepreneur who began operations from a pickup truck in 1999, the company expanded rapidly to service the Military Sealift Command, MARAD, and commercial fleet operators. Reflecting deep investment in the region, S23 recently executed a $64.4 million capital project to acquire an 84-acre waterfront facility and rehabilitate two 1,100-foot piers in the Southeast Community of Newport News, establishing a comprehensive corporate campus and training center dedicated to advanced ship repair.

R&D Tax Credit Application:

Modern maritime repair is rarely limited to simple maintenance; it frequently involves the complex integration of modern technology into legacy platforms. For instance, S23 may be contracted to retrofit an aging commercial logistics vessel with an automated, AI-driven ballast control system to meet new international stability regulations, or they may be required to execute complex structural reinforcements using novel, high-strength marine alloys.

• Federal Eligibility and the Contractor Constraint: Integrating a bespoke automated system into a thirty-year-old hull architecture presents significant technological uncertainty regarding system interoperability and structural fatigue. If S23 engineers must design and iteratively test new automated weld paths or experiment with specialized bonding agents to fuse disparate metals, these specific activities constitute qualified research. If S23 lacks the internal capability to conduct non-destructive X-ray analysis on these experimental welds and subcontracts a specialized metallurgical testing firm, they may claim 65% of that contractor’s invoice as a contract research QRE under IRC Section 41(b)(3).
• Navigating the Little Sandy Coal Precedent: Drawing directly from the failures in Little Sandy Coal, S23 must carefully bound its R&D claim. They cannot claim the entire ship repair contract as the business component. The IRS mandates a strict bifurcation between experimental activities and routine repair. Routine sandblasting, repainting, and standard engine maintenance are entirely excluded. S23 must apply the shrink-back rule to isolate the specific automated ballast integration, deploying strict, project-based time-tracking to isolate the wages of the mechanical engineers and CAD designers who spent their time solely on resolving the uncertainty of that subcomponent integration.
• Virginia MRD Supply Distinction: Because industrial repair requires massive capital layouts, S23 must exercise precise accounting regarding supply QREs. The purchase of a new robotic welding arm to facilitate the repair is a depreciable capital asset and is strictly barred from the credit. However, the raw alloys, shielding gases, and structural steel consumed and rendered useless during the experimental testing of the new weld joints qualify as supply QREs, contributing directly to their threshold for the Virginia MRD.

Final Thoughts

The United States federal R&D tax credit (IRC Section 41) and the Virginia state R&D tax credits (RDC and MRD) constitute a complex, highly regulated financial framework designed to mitigate the inherent economic risks of technological advancement. As articulated through statutory codes and refined by rigorous judicial precedents like Little Sandy Coal and Meyer, Borgman & Johnson, claiming these incentives requires far more than generalized assertions of product novelty. Taxpayers must demonstrate a disciplined, scientific process of experimentation and maintain granular, contemporaneous documentation of employee activities and expenditures, strictly applying the “shrink-back” rule to isolate experimentation at the subcomponent level.

Newport News, Virginia, stands as a prime geographical theater for the application of these tax laws. For over 140 years, the city has leveraged its strategic deepwater geography, rail infrastructure, and dense collaborative networks to cultivate a formidable industrial base. From the mastery of nuclear propulsion at Newport News Shipbuilding and the deployment of autonomous ultra-class vehicles by Liebherr, to the aerospace innovations spun out of NASA Langley and the deep-tech medical breakthroughs fostered by Jefferson Lab, the enterprises of Newport News are intrinsically engaged in qualified research. By rigorously adhering to the four-part test and navigating the dynamic legislative landscapes at both the state and federal levels, these industries can successfully monetize their innovation, ensuring the region remains a vital, enduring engine of American technological and military dominance.

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.