This comprehensive study analyzes the United States federal and Nebraska state Research and Development tax credit requirements alongside five specific industry case studies located in Grand Island, Nebraska. It details the historical development of these local industries, explores relevant administrative guidance and tax jurisprudence, and provides a nuanced framework for determining credit eligibility.

The Historical and Industrial Development of Grand Island, Nebraska

To fully comprehend the specific nature of the research and development activities currently conducted in Grand Island, Nebraska, it is essential to trace the historical and geographic development of the region. The city’s unique industrial ecosystem—which heavily features agricultural equipment manufacturing, meat processing, ballistic engineering, and structural fabrication—is a direct result of its strategic location and its evolutionary response to both natural agricultural demands and federal defense initiatives.

The geographic origins of Grand Island are rooted in the central Platte River valley. In the early 18th century, French fur traders identified a massive island formed by the middle and south channels of the Platte River, naming it “La Grande Isle”. This island served as a natural landmark, providing abundant wood and water for Pawnee indigenous populations and later for westward emigrants. By the 1840s, the Great Platte River Road became the primary thoroughfare for hundreds of thousands of pioneers migrating to California, Oregon, and Utah. In 1857, an expedition of thirty-five German immigrants, financially backed by the banking house Chubb Brothers and Barrows of Davenport, Iowa, established a settlement near the island. Despite early hardships, including severe blizzard conditions, conflicts with Native American populations, and devastating grasshopper plagues that decimated early crops, the settlement persisted.

The true industrial catalyst for Grand Island was the expansion of the American railroad network. In 1866, surveyors for the Union Pacific Railroad platted the modern town of Grand Island, and the transcontinental line reached the settlement shortly thereafter. The railroad fundamentally altered the region’s economic trajectory, transforming it from a subsistence farming community into a critical logistics hub. The town incorporated in 1872, and in 1884, the Burlington & Missouri River Railroad crossed the Union Pacific line at grade on the city’s east side, creating one of the busiest railroad intersections in the United States. This unparalleled connectivity allowed the region to leverage the fertile soils of the Platte Valley and the vast hydrological resources of the Ogallala Aquifer, sparking an agricultural boom. By 1890, the region had developed a robust sugar beet industry, commemorated by the erection of the Grand Island Sugar Palace, a massive exposition building that signaled the birth of large-scale food processing in the area. The city’s status as a transportation nexus was further solidified in 1916 with the routing of the Lincoln Highway, the nation’s first paved coast-to-coast roadway, directly through the town.

However, the transition from a purely agricultural and logistical center to an advanced manufacturing powerhouse occurred during World War II. The federal government selected a 17,250-acre site five miles west of Grand Island to construct the Cornhusker Ordnance Plant (COP). Operating from 1942 to 1945, and later reactivated for the Korean and Vietnam conflicts, the plant was a massive munitions manufacturing facility operated by contractors such as the Silas Mason Company. At its peak during World War II, the facility employed 4,229 workers—and over 15,000 throughout its wartime lifespan—to manufacture, pour, and load high-explosive ordnance, including TNT and RDX-based 260-pound fragmentation bombs, 1,000-pound demolition bombs, and 105mm artillery shells.

The Cornhusker Ordnance Plant had a profound and permanent effect on the demographics and skill base of Grand Island. It introduced advanced manufacturing techniques, rigorous quality control protocols, and heavy industrial engineering to a largely agrarian population. When the war ended and the plant transitioned into layaway status, Grand Island was left with a highly skilled, mechanically inclined labor force possessing expertise in heavy machinery, metallurgy, chemical handling, and high-volume assembly. This workforce and the surrounding infrastructure provided the perfect incubator for indigenous entrepreneurs and attracted multinational corporations. From this historical foundation emerged the heavy agricultural manufacturing, precision ballistics, advanced meat processing, and structural engineering industries that define Grand Island today and generate substantial Research and Development tax credits.

The Statutory Framework of the Federal R&D Tax Credit

The United States federal Research and Development Tax Credit, codified under Internal Revenue Code (IRC) § 41, is a general business credit designed to incentivize domestic businesses to invest in technological innovation and process improvement. Originally enacted in 1981 as a temporary measure, the credit was made a permanent fixture of the federal tax code by the Protecting Americans from Tax Hikes (PATH) Act of 2015. The federal credit provides a dollar-for-dollar offset against a taxpayer’s federal income tax liability. Furthermore, under specific conditions introduced by the PATH Act, eligible small businesses can utilize the credit to offset the Alternative Minimum Tax (AMT) or up to $250,000 per year in employer payroll taxes.

The calculation of the federal credit is highly complex, relying on incremental increases in research spending rather than absolute totals. Under IRC § 41(c), the “base amount” is calculated as the product of the taxpayer’s fixed-base percentage and their average annual gross receipts for the four taxable years preceding the credit year. The credit generally equals 20% of the qualified research expenses (QREs) that exceed this base amount, though taxpayers frequently utilize the Alternative Simplified Credit (ASC) method, which equals 14% of the QREs exceeding 50% of the average QREs for the three preceding taxable years.

The Four-Part Test for Qualified Research Activities

To legally claim the federal R&D tax credit, a taxpayer’s activities must strictly adhere to the IRC § 41(d) four-part test. An activity is only considered a Qualified Research Activity (QRA) if it sequentially and cumulatively satisfies all four of the following statutory requirements.

The first requirement is the Section 174 Test, also known as the Permitted Purpose or Business Component test. The expenditures must be eligible to be treated as expenses under IRC § 174, meaning they must be incurred in connection with the taxpayer’s active trade or business. Furthermore, the research must be intended to develop a new or improved “business component”. The statute legally defines a business component as any product, process, computer software, technique, formula, or invention that is to be sold, leased, licensed, or used by the taxpayer in their trade or business. The targeted improvement must specifically relate to new functionality, enhanced performance, increased reliability, or superior quality.

The second requirement concerns the Discovery of Information and the Elimination of Uncertainty. The research activity must be undertaken for the fundamental purpose of discovering information intended to eliminate technical uncertainty. The IRS dictates that technical uncertainty exists if the information available to the taxpayer at the outset of the project does not establish the capability of developing or improving the business component, the methodology for developing or improving the business component, or the appropriate design of the business component. The taxpayer must demonstrate that they embarked on the research because they lacked the requisite knowledge to achieve the desired outcome using standard, publicly available practices.

The third requirement dictates that the research must be Technological in Nature. The process of experimentation used to discover the information must fundamentally rely on the established principles of the hard sciences. Statistically, these are strictly limited to engineering, physics, chemistry, biological sciences, or computer science. Research relying on soft sciences, such as economics, psychology, market research, or aesthetic design, is expressly excluded from credit eligibility.

The fourth and final requirement mandates a Process of Experimentation. The statute requires that substantially all—which the IRS legally defines as 80% or more—of the research activities must constitute elements of a rigorous process of experimentation. This process must involve evaluating more than one alternative designed to achieve a result where the capability or method is uncertain at the beginning of the taxpayer’s research activities. It typically includes activities such as computational modeling, physical simulation, systematic trial and error, or the formulation and physical testing of engineering hypotheses.

Qualified Research Expenses (QREs)

If a specific project meets all elements of the four-part test, the financial expenditures directly associated with that project can be aggregated and claimed as Qualified Research Expenses (QREs). Under IRC § 41(b), eligible QREs are strictly categorized into three primary financial buckets.

The most significant category of QREs is typically Wages. Taxpayers may claim the W-2 taxable wages paid to employees who are directly engaging in qualified research activities, employees who are directly supervising qualified research activities, or employees who are directly supporting qualified research activities. The inclusion of direct supervision and direct support allows companies to claim a portion of the wages of engineering managers who oversee prototypes or technicians who clean equipment specifically utilized in an experimental run.

The second category is Supplies. This encompasses the cost of tangible property that is used and consumed in the conduct of qualified research. It frequently includes raw materials used for prototyping, testing materials that are destroyed during the evaluation process, and specialized experimental tooling. The statute explicitly excludes land, improvements to land, and property subject to the allowance for depreciation from being classified as supply QREs.

The third category is Contract Research. Taxpayers may claim 65% of the amounts paid to third-party contractors performing qualified research on behalf of the taxpayer. To qualify, the taxpayer must retain substantial rights to the results of the research and must bear the economic risk of failure. If the contract research amounts are paid to a qualified research consortium—defined as a tax-exempt organization organized and operated primarily to conduct scientific research on behalf of the taxpayer and unrelated taxpayers—the eligible percentage increases to 75%.

The Nebraska Advantage Research and Development Act

The State of Nebraska highly values industrial innovation and supplements the federal incentive with the Nebraska Advantage Research and Development Act (Neb. Rev. Stat. §§ 77-5801 to 77-5808). Enacted in 2005, this program provides a lucrative, refundable state-level credit designed to increase the state’s competitiveness and reward businesses that engage in domestic research. The Nebraska statute explicitly leverages the federal IRC § 174 and § 41 definitions, ensuring a streamlined calculation process where, generally, if an activity qualifies federally, its Nebraska-sourced components will qualify for the state credit. The program has been highly successful; between 2006 and 2020, 460 companies were awarded $72.3 million in tax credits. Recently, through the passage of Legislative Bill (LB) 491, the Nebraska Legislature extended the sunset date of the R&D Act to December 31, 2033, providing long-term stability for industrial planning.

State Credit Computation and Rates

The Nebraska Department of Revenue (DOR) administers the credit, which is uniquely advantageous because it provides a dollar-for-dollar reduction in Nebraska corporate or individual income tax liability, or, if the credit exceeds the tax liability, it can be utilized to obtain a direct cash refund of Nebraska state sales and use taxes previously paid. The state credit is computed directly from the federal credit amount, adjusted by specific statutory multipliers designed to reward in-state activity.

Business firms that incur standard off-campus research and experimental expenditures in Nebraska may claim a regular tax credit equal to 15% of the federal tax credit allowed under IRC § 41. This credit is allowed for the first tax year it is claimed and can be carried forward for the subsequent 20 tax years, provided the firm continues to earn the federal credit.

To aggressively stimulate academic-corporate partnerships and retain intellectual capital within the state, Nebraska offers a significantly higher 35% enhanced research tax credit. This enhanced rate is available for business firms that perform research and experimental activities specifically on the campus of a Nebraska college or university, or at a Nebraska facility owned by a college or university. Nebraska Revenue Ruling 29-10-2 provides a detailed interpretation of this provision, concluding that the phrase “in this state” refers strictly to the physical location of the campus or facility where the research occurs, rather than the administrative headquarters of the institution. A firm may qualify for both the regular 15% and the enhanced 35% credit in the same tax year, provided the distinct activities occur at separate locations and are tracked accordingly. The enhanced credit is allowed for the first tax year claimed and for the following four tax years (a five-year rule), provided the on-campus expenditures are maintained.

Apportionment Methodologies for Multi-State Operations

Because many of the corporations operating in Grand Island—such as multinational meatpackers and global agricultural equipment manufacturers—conduct research and maintain facilities across multiple states, the federal credit must be meticulously apportioned to isolate the Nebraska-specific benefit. Nebraska Form 3800N, Worksheet RD, mandates that taxpayers choose between two specific apportionment methodologies, allowing firms to select the calculation that yields the highest state benefit.

Method I utilizes an Apportionment Using Property and Payroll Factors. This method calculates a property factor fraction based on the average value of real and tangible personal property rented or owned in Nebraska versus all global locations. It then calculates a payroll factor fraction based on compensation paid to employees in Nebraska versus total compensation. The average of these two distinct factors is determined for both off-campus and on-campus activities, multiplied by the total federal credit, and then multiplied by the respective 15% or 35% state rates. This method is often highly advantageous for manufacturing firms in Grand Island that maintain massive, capital-intensive production facilities and large local workforces.

Method II utilizes Apportionment Using Actual Expenditures. This is a direct calculation where the taxpayer determines the total qualified Nebraska R&D expenses and divides it by the total qualified R&D expenses incurred in all states. The resulting direct percentage is multiplied by the federal credit and then by the applicable state rate. Taxpayers are permitted to calculate their benefit using both methods annually and claim the larger amount, though the chosen method must be applied consistently to both standard and enhanced credits within that specific tax year.

The Strict E-Verify Mandate and Legislative Restrictions

A critical and uniquely stringent compliance requirement of the Nebraska Advantage Act is the mandatory use of the federal E-Verify system. Pursuant to Neb. Rev. Stat. § 77-5722.01 and explicitly clarified in Nebraska Revenue Ruling 29-13-3, any business firm claiming the research tax credit must timely and electronically verify the work eligibility status of all new employees hired in Nebraska during the tax year for which the credit is claimed.

The Nebraska Department of Revenue enforces this provision with absolute strictness. E-Verify is a free, internet-based system operated by the Department of Homeland Security and the Social Security Administration that compares information from an employee’s Form I-9 against federal databases. The Revenue Ruling stipulates that verification procedures must be initiated within three employer business days of hiring. Crucially, a taxpayer cannot count new employees for tax incentives if they failed to electronically verify those employees at the exact time of hire; retroactive verification is explicitly prohibited. If a taxpayer fails to document that it electronically verified the eligibility of even a single newly hired employee within the required timeframe during the tax year in which qualifying research expenditures were made, the tax credit for that entire year will be completely disallowed. While the taxpayer may earn the credit in a subsequent year by achieving perfect compliance, the denial for the first year could cause the taxpayer to lose one of their 21 years of statutory eligibility. This administrative hurdle requires Grand Island human resources departments to operate with zero margin for error to safeguard massive corporate tax benefits.

Furthermore, recent legislative changes have introduced additional restrictions. Under LB644, enacted in 2025 and codified at Neb. Rev. Stat. § 77-3,114, any “foreign adversarial company” is strictly prohibited from receiving any benefits, reductions, or refunds under any Nebraska incentive program, including the Advantage R&D Act and its successor, the ImagiNE Nebraska Act. A foreign adversary is defined by federal regulation (15 C.F.R. 791.4) and currently includes entities organized under the laws of, or principally located in, China, Cuba, Iran, North Korea, and Russia.

Jurisprudence and Tax Administration Case Law

Eligibility for the R&D credit does not exist in a vacuum; it relies heavily on the evolving interpretation of the IRC by federal courts and administrative bodies. For the heavy manufacturing, agricultural, and engineering sectors—industries that form the backbone of Grand Island’s economy—specific legal precedents dictate exactly how expenditures are classified, documented, and defended during an audit.

Trinity Industries, Inc. v. United States and the Shrinking-Back Rule

The landmark case of Trinity Industries, Inc. v. United States, 691 F. Supp. 2d 688 (N.D. Tex. 2010), provides the critical framework for manufacturers developing massive, complex prototypes. Trinity Industries designed and built first-in-class, custom naval vessels. Trinity argued that because the entire ship design was novel and had never been previously attempted, the whole project constituted a qualified research activity, and therefore 100% of the costs should qualify under the “substantially all” (80%) rule of the process of experimentation.

The district court delivered a nuanced ruling. It affirmed that custom-built, first-in-class assets can indeed constitute a valid “business component” under the tax law. However, the court ruled that taxpayers cannot make blanket, all-or-nothing claims for a massive project if significant portions of that project do not involve true experimentation. When the 80% “substantially all” threshold is not met for the overall product, the taxpayer is legally required to apply the shrinking-back rule (Treas. Reg. § 1.41-4(b)(2)). This rule requires the taxpayer to shrink the definition of the business component down from the macro-level (the entire ship) to the specific sub-components or sub-systems (e.g., a novel hull design, a new propulsion system, or an experimental electrical grid) where the process of experimentation actually occurred. Because Trinity’s evidence was not detailed enough to isolate these smaller qualifying parts for several of the ships, the court denied the credits for those specific projects, while allowing them for others where the documentation was clear. This precedent is absolutely vital for agricultural equipment manufacturers and structural fabricators in Grand Island. It dictates that to survive an IRS or Nebraska DOR audit, companies must implement precise, concurrent cost-tracking at the sub-assembly and component level, rather than attempting to claim the entire cost of building a massive combine harvester or grain silo.

Little Sandy Coal and the Rejection of the Novelty Argument

The application of the shrinking-back rule and the strict requirements for documentation were further entrenched by the Seventh Circuit Court of Appeals in the Little Sandy Coal case. In a scenario strikingly similar to Trinity, the taxpayer in Little Sandy Coal designed a novel floating dry dock and modifications to a tanker barge. The taxpayer relied on a “novelty” argument, asserting that because they had never built such a vessel before, the court should naturally infer that the activities constituted a process of experimentation.

The Seventh Circuit soundly rejected this inference. The court ruled that the statutory test requires a rigorous, granular investigation of all specific “activities” to determine if they constitute elements of an experimental process; mere novelty of the final product is legally irrelevant. When the taxpayer pointed broadly to its naval architects and production workers, the court demanded evidence of the specific activity of each individual employee that constituted an element of the experimental process. Finding none, the court denied the credits. For Grand Island manufacturers, Little Sandy Coal serves as a stark warning: generalized project descriptions are insufficient. Firms must maintain detailed, contemporaneous documentation—such as CAD revision logs, engineering meeting minutes, and specific testing iteration reports—that directly link individual employee wages and specific material supplies to the resolution of defined technical uncertainties.

Meyer, Borgman & Johnson, Inc. and the Funded Research Exclusion

For structural engineering and custom fabrication firms in Grand Island, the case of Meyer, Borgman & Johnson, Inc. illustrates the critical nuances of the “funded research” exclusion under IRC § 41(d)(4)(H). The taxpayer, a structural engineering firm, claimed R&D credits for expenses incurred to create highly complex structural designs for client building projects. The IRS challenged the claim, arguing the research was financially funded by the clients and therefore ineligible.

Under Treasury Regulations, research is considered “funded” if the client’s payment to the taxpayer is not contingent on the success of the research, or if the taxpayer does not retain substantial rights to the research. The courts heavily scrutinize the allocation of economic risk found within the firm’s contracts. If a Grand Island engineering firm is contracted on a fixed-fee basis to develop a novel structural support for a commercial facility, and the firm must absorb the financial cost of redesigning and rebuilding the support if it fails initial stress tests, the payment is “contingent on success.” The firm bears the economic risk, and the research is eligible. Conversely, if the firm is paid on an hourly, time-and-materials basis regardless of the ultimate success or failure of the design, the client bears the economic risk, and the engineering firm is barred from claiming the credit. Furthermore, the firm must ensure its contracts do not explicitly sign away all intellectual property rights to the design, ensuring they meet the “substantial rights” requirement.

Unique Industry Case Studies in Grand Island

The following case studies comprehensively analyze five distinct industries that developed in Grand Island, detailing their historical roots and illustrating exactly how their current operational activities generate highly lucrative QREs eligible for both U.S. federal and Nebraska state tax credits.

Meat Packing and Food Processing (JBS USA)

Historical Development: The meat processing industry in Grand Island was directly catalyzed by the region’s massive agricultural output of corn and cattle, combined with its exceptional rail connectivity. In 1965, recognizing the strategic advantage of locating processing operations near the raw material source, Swift & Company constructed a massive beef slaughter and processing plant in the city. Over several decades, this facility underwent numerous corporate transitions and expansions, ultimately being acquired in 2007 by the Brazilian multinational JBS S.A. in a $1.5 billion all-cash transaction. This acquisition transformed the Grand Island location into a flagship operation for JBS USA, positioning it as a cornerstone of the world’s largest beef processing enterprise. Today, the Grand Island facility is a relentless, two-shift powerhouse employing over 3,600 people, capable of harvesting and processing 1.4 million head of cattle annually. The facility is supplied by a vast network of more than 670 local Nebraska producers and exports signature brands like 1855 Black Angus and Swift Black Angus to over 30 countries. To maintain this global dominance, JBS announced a $95 million strategic expansion in 2019, focusing heavily on state-of-the-art animal handling, temperature-controlled harvest floors, and advanced food safety reconfigurations.

R&D Tax Credit Eligibility and Application: While meatpacking is traditionally viewed by the public as a mature, low-tech industry, the scale and strict regulatory environment of the Grand Island operations necessitate continuous, highly technical engineering and biological process improvements. JBS USA generates substantial QREs through its global Food Safety and Quality Assurance (FSQA) initiatives and industrial engineering projects.

The elimination of uncertainty and the process of experimentation are central to the $95 million facility expansion. When redesigning a high-volume harvest floor to meet the evolving export requirements of countries like Japan and Singapore, JBS engineers face immense uncertainties regarding microbial growth rates, cross-contamination vectors, and shelf-life extension limits. To eliminate this uncertainty, food scientists and process engineers must engage in iterative experimentation. This involves testing new formulations of organic acid carcass washes, evaluating new atmospheric packaging gas mixtures, and developing complex thermodynamic chilling curves to optimize meat quality while simultaneously suppressing pathogen growth. Because these activities rely entirely on the hard sciences of biology, chemistry, and thermodynamics, they pass the “technological in nature” test.

Furthermore, applying the principles of process innovation, modifying a legacy fabrication floor to implement automated, robotic vision-guided deboning technology involves significant trial and error. The W-2 wages of the manufacturing engineers programming the robotics, the food scientists conducting iterative pH and pathogen level testing (such as E. coli or Salmonella reduction validations), and the meat product that is inevitably scrapped or destroyed during non-commercial trial runs all qualify as highly lucrative QREs. At the state level, by filing Form 3800N and electing to utilize Method I (Property and Payroll apportionment), the massive capital footprint of the $95 million plant expansion and the payroll of 3,600 local employees generate a massive apportionment ratio. This allows JBS to claw back millions in Nebraska sales and use tax refunds under the state’s 15% standard rate, providing critical cash flow to reinvest in the local workforce.

Agricultural Equipment Manufacturing (CNH Industrial)

Historical Development: Parallel to the meatpacking industry, the heavy agricultural equipment sector recognized Grand Island’s strategic position in the heart of the American corn belt. The ability to test machinery directly in the fields where it would be used, combined with the post-WWII skilled manufacturing labor force, made the city an ideal location. In 1965, driven by surging customer demand, a new manufacturing facility was built to produce combines for the North American market; incredibly, the first unit rolled off the production line a mere five months after the groundbreaking. Today, this facility has tripled in size to 980,000 square feet and operates as a premier global Center of Excellence for CNH Industrial. The plant hosts current product design, manufacturing, and intensive testing all in one centralized location, producing world-renowned Case IH Axial-Flow combines and New Holland hay tools, including self-propelled windrowers and bale wagons.

R&D Tax Credit Eligibility and Application: CNH Industrial’s Grand Island Center of Excellence is a textbook environment for generating mechanical, electrical, and software engineering-based QREs. The development of next-generation combine harvesters involves overcoming immense electromechanical complexities and software uncertainties. Modern combines are effectively rolling, self-adjusting data centers that must operate in brutal, unpredictable environments.

When CNH engineers design a new automated header system or attempt to modify a combine’s internal threshing rotor to dynamically adjust to varying crop moisture levels without causing kernel damage, they cannot simply rely on standard formulas. They face technical uncertainty regarding the optimal geometries, sieve angles, and hydraulic fluid pressures required for new crop hybrids. To eliminate this uncertainty, they must engage in a rigorous process of experimentation. This involves building physical prototypes, instrumenting them with thousands of data-logging sensors, and conducting extensive field trials in varying Nebraska crop conditions to capture real-time performance metrics.

It is here that the jurisprudence of Trinity Industries becomes paramount. CNH cannot simply aggregate the entire multi-million dollar cost of developing a new combine model and claim it as a QRE, because standard components (such as the cab frame, standard axles, or standard tires) do not require experimentation. However, by rigorously applying the shrinking-back rule, CNH isolates the specific engineering costs associated with the novel sub-systems. The specific wages of the engineers designing the new automated yield-mapping sensors, the cost of the raw steel and electronics used to fabricate the prototype threshing rotor, and the wages of the technicians running the four new state-of-the-art inline testing stations represent fully eligible QREs. Because CNH centralizes its R&D team alongside its manufacturing floor in Grand Island, the wages of hundreds of engineers and fabricators physically working in the state provide a straightforward and massive calculation for the Nebraska 15% credit, significantly lowering the plant’s operational tax burden and justifying further corporate investment in the site.

Ammunition and Ballistics R&D (Hornady Manufacturing)

Historical Development: Hornady Manufacturing represents a direct, highly specialized economic descendent of Grand Island’s World War II munitions history. The company’s founder, Joyce Hornady, an avid shooter and hunter, relocated to Grand Island during the war after accepting a position to train and teach marksmanship to the military security force guarding the massive Cornhusker Ordnance Plant. Recognizing the post-war abundance of surplus military ammunition and a stark lack of highly accurate, expanding bullets suitable for civilian reloading and hunting, he founded Hornady Manufacturing in 1949. Guided by his founding philosophy of “Ten bullets through one hole,” Hornady established a culture of stringent quality control and continuous ballistic innovation. Over three generations of family leadership, the company grew from a small garage operation into an industry heavyweight, currently operating out of a massive, newly expanded 150,000-square-foot Hornady West facility located on the very grounds of the former Cornhusker Army ammunition plant.

R&D Tax Credit Eligibility and Application: The defense, ammunition, and ballistics sector is uniquely positioned to capture massive R&D credits due to its total reliance on the hard sciences of physics, metallurgy, and thermodynamics, combined with the necessity for continuous physical product iteration.

A prime example of a qualified research activity is Hornady’s development of the ELD-X (Extremely Low Drag – eXpanding) bullet. Engineers faced a significant technical uncertainty regarding aerodynamic heating. Traditional polymer bullet tips were found to melt and deform during high-velocity, extended-range flight due to atmospheric friction, fundamentally altering the bullet’s ballistic coefficient and ruining accuracy. To resolve this, Hornady engineers evaluated entirely new classes of heat-shield polymers. The experimentation process involved complex computational modeling followed by the physical firing of thousands of experimental prototype rounds. These rounds were tracked using advanced Doppler radar systems to meticulously map flight trajectories and measure velocity degradation down to the microsecond over extended distances.

This process fundamentally relies on the principles of physics and material science, easily satisfying the “technological in nature” test. The eligible QREs generated during this process are immense. They include the W-2 wages of Hornady’s ballistic engineers, test-range technicians, and simulation modelers. Crucially, the “supplies” category is highly lucrative in this sector; the vast quantities of raw brass, lead, experimental polymers, and specialized propellants that are consumed and literally destroyed during the Doppler radar testing phase are all eligible supply QREs. As an indigenous Nebraska corporation with its entire R&D infrastructure localized in Grand Island, Hornady captures the full weight of the state-level benefits. By utilizing Method II (Actual Expenditures apportionment), where nearly 100% of the QREs are Nebraska-sourced, Hornady maximizes the Nebraska 15% credit to offset state corporate income taxes, utilizing the saved capital to sponsor local events like the “Zombies in the Heartland” 3-Gun Match and reinvest in facility expansions.

Center Pivot Irrigation Technology (T-L Irrigation)

Historical Development: Central Nebraska’s agricultural dominance is entirely dependent on water management. While the Platte River valley and the massive Ogallala aquifer provide the raw resource, the method of delivery underwent a technological revolution in the mid-20th century. Following Colorado farmer Frank Zybach’s 1952 patent for the first self-propelled center pivot irrigation system, the industry began to grow, with early manufacturing centering in Nebraska. In 1955, LeRoy Thom, an area farmer and agricultural engineer from nearby Hastings, founded T-L Irrigation. Thom and his sons recognized a fundamental flaw in early pivot designs: the start-and-stop electric motors used on competitive towers caused highly uneven water distribution and frequently bogged down in the muddy, rolling, uneven hills of the Platte valley. To solve this, T-L engineered a revolutionary continuous-movement hydrostatic (hydraulic) drive system, ensuring constant, smooth movement and vastly superior water application efficiency.

R&D Tax Credit Eligibility and Application: T-L Irrigation’s corporate philosophy is encapsulated in the phrase “We’re farmers,” which dictates that new engineering concepts are subjected to brutal, long-term physical field testing before they are deemed ready for commercialization. This commitment to rigorous field testing aligns perfectly with the IRS’s definition of a “Process of Experimentation.”

Designing a massive, multi-span linear or center pivot that relies on continuous hydraulic fluid pressure distributed over hundreds of yards introduces extreme mechanical and fluid-dynamic uncertainties. Engineers must ask: Will fluid pressure drop unacceptably at the outermost tower? Will seasonal temperature fluctuations alter hydraulic fluid viscosity and disrupt the continuous movement gearboxes? To eliminate this uncertainty, T-L engineers test new continuous-move hydrostatic power models, re-engineered planetary gearboxes, and advanced software like the TLC Pivot Manager telemetry system in actual, harsh field conditions. T-L explicitly operates experimental units in extreme desert environments like Arizona, running them for 4,000 hours a year (simulating 40 to 50 years of normal Midwestern wear) specifically to test gearbox durability and eliminate uncertainty regarding mechanical fatigue and lifespan.

The design of these custom, terrain-specific irrigation spans maps directly to the principles established in Trinity Industries. The engineering time spent designing a new uni-knuckle joint for rough terrain or evaluating a new extended 8-year worm-drive gearbox, as well as the costly materials consumed in testing these prototypes to the point of destruction, represent pure, highly defensible QREs. Furthermore, if T-L Irrigation were to collaborate with the University of Nebraska-Lincoln’s agricultural engineering department to test a new variable-rate water telemetry system utilizing university-owned agricultural facilities, those specific contract research expenditures could qualify for Nebraska’s highly lucrative 35% enhanced university rate, fostering deeper state-academic innovation ties.

Structural Engineering and Grain Storage (Chief Industries / AGI)

Historical Development: The quintessential American entrepreneurial story in Grand Island began in 1954 when Virgil Eihusen launched a small, one-man construction company out of his garage. Recognizing the exploding localized need for durable agricultural infrastructure, Chief Industries rapidly pivoted, transitioning into large-scale metal building manufacturing by 1966. Over the next 70 years, guided by an aggressive strategy of diversification and adaptation, the company evolved into a global conglomerate encompassing factory-built housing, structural steel, transportation, and ethanol production. Concurrently, Grand Island developed into a national hub for massive commercial grain storage manufacturing, fostering iconic brands like MFS, York, Brownie, and Stormor, which were subsequently acquired by Global Industries and later by the Canadian conglomerate Ag Growth International (AGI).

R&D Tax Credit Eligibility and Application: The design of modern commercial grain storage bins and massive agricultural structures requires highly advanced civil, structural, and environmental engineering. These structures are not simple containers; they are dynamic systems that must withstand massive internal lateral loads from millions of bushels of grain, extreme external wind sheer typical of the Nebraska plains, and drastic ambient temperature fluctuations.

A critical area of uncertainty in commercial grain storage is advanced moisture management. High moisture levels inside a bin lead to a cascade of catastrophic failures: rapid mold growth, mycotoxin development, severe grain caking, and rapid insect infestation. To prevent this, structural engineers and thermodynamic specialists must design new, highly efficient aeration systems, variable-speed fan configurations, and structurally integrated ventilation roofs. The uncertainty regarding the complex airflow dynamics through tightly packed, varying grain types is resolved through a rigorous process of experimentation involving computational fluid dynamics (CFD) software modeling followed by physical prototyping and sensor-laden testing.

For firms like Chief Buildings, navigating the jurisprudence of Meyer, Borgman & Johnson is essential. When Chief designs a custom, first-of-its-kind, all-bolted commercial facility or when AGI engineers an enhanced 4″ corrugated bin wall to replace legacy 2.66″ designs, the architectural and structural engineering costs qualify for the R&D credit, provided the firm carefully structures its contracts. If the manufacturer bears the economic risk of the design’s structural performance (i.e., they must absorb the cost of failure) and they retain the rights to the engineering designs, the activity escapes the “funded research” exclusion and the costs become eligible. The eligible QREs include the wages of civil and structural engineers, the licensing costs for advanced 3D modeling software, and the physical steel components utilized and destroyed during extreme load-bearing stress tests. By centralizing its technical services, engineering, and drafting operations in Nebraska, these firms maximize their state-level apportionment ratios. The resulting Nebraska tax credits inject vital capital back into the firms, allowing for the sustained expansion, technological adaptation, and corporate resilience that has defined Grand Island’s structural engineering sector for 70 years.

Final Thoughts

Grand Island, Nebraska, represents a unique and powerful microcosm of American industrial resilience and technological adaptation. From its historical roots dictated by Platte River geography and the transcontinental railroad, to the massive influx of heavy industrial skillsets generated by the World War II Cornhusker Ordnance Plant, the city has evolved into an advanced hub for agribusiness, precision ballistics, and complex structural engineering.

The intersection of these highly technical manufacturing environments with the United States federal Internal Revenue Code § 41 and the Nebraska Advantage Research and Development Act creates immense, ongoing financial opportunity. By systematically applying the statutory four-part test to isolate technological uncertainty, meticulously navigating the funded research exclusions found in architectural case law, rigorously adhering to the shrinking-back rule established in Trinity Industries to document sub-component prototyping, and maintaining absolute strictness regarding state-level E-Verify compliance, industries in Grand Island can transform their daily engineering and biological challenges into powerful tax advantages. These federal and state incentives do much more than simply reduce corporate tax liabilities; they actively subsidize the localized technological innovation necessary to keep Nebraska’s indigenous manufacturers globally competitive for decades to come.

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.