Redwire Corp

General

Redwire is a global leader in mission critical space solutions and high-reliability space infrastructure for the next generation space economy. Our “Heritage plus Innovation” strategy enables us to combine decades of flight heritage with an agile and innovative culture creating new, innovative technologies that are the building blocks of space infrastructure for government and commercial customers.

Redwire’s primary business model is to provide mission critical solutions based on core space infrastructure offerings for government and commercial customers through long-duration projects. These core offerings include leading technologies and production capability for avionics and sensors; power generation; structure and mechanisms; radio frequency (“RF”) systems; platforms, payloads and missions; and microgravity payloads. A majority of our projects result in funded technology development and as a result, we benefit from continuous innovation aligned to our three primary focus areas as described below.

Our mission is to accelerate humanity’s expansion into space by delivering reliable, economical and sustainable infrastructure for future generations. With decades of proven flight heritage combined with innovative products and culture, Redwire is uniquely positioned to assist our customers in solving the complex challenges of future space missions and industries. Redwire has three primary areas of focus that form our business:

(1) Enabling space mission providers, such as government agencies and large prime contractors, with a broad portfolio of space infrastructure, systems, subsystems, and components;

(2) Providing the infrastructure and technology needed for people to explore, live and work in space; and

(3) Assisting international spacefaring allies in the development of organic space capabilities.

With our core space infrastructure offerings, Redwire is a leading innovator in space infrastructure, enabling space mission providers with the foundational building blocks and integrated solutions needed for complex space missions. Space infrastructure is critical to our terrestrial economy in areas, such as national security, telecommunications, navigation and timing, and Earth observation. Our core space infrastructure offerings include a broad array of modern products and services, which have been enabling space missions since the 1960s and have been flight-proven on over 200 spaceflight missions, including missions such as the National Aeronautics and Space Administration’s (“NASA”) Artemis program, New Horizons and Perseverance, the Space Force’s GPS, and the European

Space Agency’s (“ESA”) Project for On-Board Autonomy (“PROBA”) programs. We are also a provider of innovative technologies with the potential to help transform the economics of space and create new markets for its exploration and commercialization.

Redwire’s broad portfolio of core offerings, plus our domestic and international reach, allows us to participate in national security, civil, and commercial space markets globally. With the increasing importance of space for national security and economic development, international spacefaring allies’ demand for the products and services of a provider like Redwire may increase as they seek to develop their organic space capabilities. We have a unique portfolio of highly synergistic and complementary core space infrastructure offerings that significantly enhance our access to addressable markets in Europe and the rest of the world. For a discussion of risks associated with our operations, refer to Item 1A. “Risk Factors.”

History

Redwire was founded in 2020 by private equity firm AE Industrial Partners Fund II, LP (“AEI”), but the heritage of the various businesses that were brought together to form Redwire stretches back decades.

The Company has grown organically while also continuing to integrate several acquisitions from a fragmented landscape of space-focused technology companies with innovative capabilities and deep flight heritage. Strategic acquisitions that augment our core space infrastructure offerings are a key part of our growth strategy. We have completed nine acquisitions since March 2020, which collectively have provided us with a broad portfolio of complementary technologies and solutions to serve our target markets and customers. These acquisitions include:

•2020– Acquired Redwire Space Components, LLC (f/k/a Adcole Space, LLC), Redwire Space Sensors, Inc. (f/k/a Deep Space Systems, Inc.), In Space Group, Inc. and its subsidiaries, Redwire Space, Inc. (f/k/a Made In Space, Inc.) and Made in Space Europe S.a.r.l (collectively “MIS”), Redwire Space Solutions, LLC (f/k/a Roccor, LLC), and LoadPath, LLC.

•2021 – Acquired Oakman Aerospace, LLC, Redwire Space Enterprises, Inc. (f/k/a Deployable Space Systems, Inc.), and Redwire Space Technologies, Inc. (f/k/a Techshot, Inc.).

•2022– Acquired Redwire Space NV (f/k/a Qinetiq Space NV), (“Space NV”).

On September 2, 2021, the Merger (the “Merger”) with Genesis Park Acquisition Corp. (“GPAC”) was consummated pursuant to the Agreement and Plan of Merger (the “Merger Agreement”) dated March 25, 2021 by and among GPAC, Shepard Merger Sub Corporation (“Merger Sub”), a Delaware corporation and direct, wholly owned subsidiary of GPAC, Cosmos Intermediate, LLC and Redwire, LLC (“Holdings”).

Pursuant to the Merger Agreement, the parties completed a business combination transaction by which, (i) GPAC domesticated as a Delaware corporation in accordance with Section 388 of the Delaware General Corporation Law and the Companies Act of the Cayman Islands (the “Domestication”), (ii) Merger Sub merged with and into Cosmos, with Cosmos being the surviving entity in the merger (the “First Merger”), and (iii) immediately following the First Merger, Cosmos merged with and into GPAC, with GPAC being the surviving entity in the merger (the “Second Merger” and, together with the First Merger, the “Mergers” or the “Merger” and, together with the other transactions contemplated by the Merger Agreement, the “Transactions”). In this Annual Report on Form 10-K, we refer to the Domestication and the Transactions, collectively, as the “Merger”.

Upon the closing of the Merger, GPAC was renamed Redwire Corporation. The Merger was accounted for as a reverse recapitalization in which GPAC is treated as the acquired company. A reverse recapitalization does not result in a new basis of accounting, and the consolidated financial statements of the combined entity represent the continuation of the consolidated financial statements of the Company in many respects. MIS (a wholly-owned subsidiary of Holdings) was deemed the accounting predecessor and the combined entity is the successor SEC registrant, Redwire Corporation.

From time to time, the Company will acquire or dispose of businesses and realign contracts, programs or businesses among and within our organization. These realignments are typically designed to leverage existing capabilities more fully and to enhance efficient development and delivery of our core space infrastructure offerings. As of December 31, 2023, the Company operated in one operating segment and one reportable segment: space infrastructure. Refer to Note B – Summary of Significant Accounting Policies of the accompanying notes to the consolidated financial statements for additional information regarding this conclusion.

Business Strategy

With decades of flight heritage combined with the agile and innovative culture of a commercial space platform, we are uniquely positioned to assist our customers in solving the complex challenges of future space missions. Our technology innovation is centered on the following core space infrastructure offerings:

•Avionics and Sensors;

•Power Generation;

•Structures and Mechanisms;

•Radio Frequency Systems;

•Platforms, Payloads and Missions; and

•Microgravity Payloads.

These core space infrastructure offerings have broad utility to nearly all space markets and many space assets that are being developed by national security space customers, civil space agencies and commercial companies globally. Our technology depth and customer base positions Redwire in multiple space markets which provides a strategic advantage by reducing the potential impact of disruptions stemming from any one market, customer or technology.

Redwire’s strategy to accelerate growth includes bundled sales and increased levels of offering integrations, such as systems, payloads, spacecraft and full satellite mission solutions. Our strategy also includes strategic acquisitions to complement and expand the Company’s technologies and core space infrastructure offerings. Our scale, reputation for quality and relationships allow us to be agile and innovative in our approach to pursuing growth through business models, partnerships and acquisitions.

Products and Solutions

Avionics and Sensors

Satellites that go into orbit generally require sensors and avionics systems and Redwire has developed advanced capabilities in these critical subsectors of the space supply chain with more than 50 years of heritage in manufacturing space-qualified sensors. We provide a variety of space-qualified sensors and advanced avionics systems. We specialize in core avionics, such as scalable power distribution and on-board computing capabilities, with an emphasis on reliability, quality, and radiation hardness. These specialized avionics and sensors can be applied across multiple space environments, including Low Earth Orbit (“LEO”), Geostationary Orbit (“GEO”), Cis-lunar and deep space missions.

Redwire provides a comprehensive range of sensors, including star trackers and sun sensors, critical for accurate navigation and control of spacecraft. These sensors leverage advanced algorithms for precise mapping of star positions relative to spacecraft, an essential element in modern space navigation. We also provide camera systems, which are designed for various space applications, demonstrating our commitment to innovation and quality. These systems, capable of withstanding extreme space conditions, serve a wide range of clients across civil, national security, and commercial space sectors. Redwire's involvement in significant manned and robotic space exploration initiatives underscores our role as a prominent industry player and contributor to advancements in the field.

Redwire, in partnership with Lockheed Martin, is providing the Orion Camera System for the Artemis program. As the “eyes” of Orion, the Orion Camera System enables advanced vehicle imaging capability for Orion and the Artemis program. We are also providing core equipment such as on-board computers for ESA’s Hera and Comet Interceptor projects. Hera will perform a detailed post-impact survey of the target asteroid, Dimorphos, now that NASA’s Double Asteroid Redirection Test (“DART”) mission has impacted the moonlet and the Comet Interceptor will be comprised of three spacecraft to perform simultaneous observations from multiple points around a comet, creating a 3D profile of a ‘dynamically new’ object that contains unprocessed material surviving from the dawn of the Solar System.

Power Generation

Power generation is critical for space endeavors. Redwire offers a variety of solar array solutions for spacecraft spanning the spectrum of size, power needs, and orbital location. We possess proprietary technologies, technical know-how, and the facilities to design, build, and deliver competitive power generation solutions tailored to customer need. Our patented and award-winning Roll-Out Solar Array (“ROSA”) technology features an innovative “roll-out” design that uses composite booms to serve as both the primary structural elements and the deployment actuator, and a modular photovoltaic blanket assembly that can be configured into a variety of solar array architectures. When configured for launch, ROSA stows into a compact cylindrical volume yielding efficient space utilization. The unique ROSA stowed configuration allows extremely large solar arrays to be stowed compactly within launch vehicles.

Redwire has completed over 5 successful power generation system deployments on flight missions in LEO, GEO, and deep space. These missions included our power generation hardware on the International Space Station (“ISS”), NASA’s Imaging X-ray Polarimetry Explorer (“IXPE”) mission, and NASA’s DART mission.

Structures and Mechanisms

Spacecraft requires lightweight rigid and strong structures to support various internal and external components and sensors. These structures and mechanisms are often required to deploy a payload, such as an antenna, science instrument or camera to a precise position to complete the mission. Redwire provides a variety of deployable space structure offerings to help meet our customers’ mission requirements, including high strain composite booms, coilable booms, truss structures, telescope baffles and deployable booms to position sensors or solar arrays away from the spacecraft. Deployable structures allow satellites to expand on-orbit to maximize its payloads ability to perform the mission.

Redwire produces constellation dispenser systems that consist of payload adapting structures, the integrated structural systems that support multiple satellites of different sizes across multiple launch vehicle platforms, and separation systems that deploy or dispense satellites off the launch vehicle. Our payload interface solutions are tailored to launch vehicle/payload requirements to achieve optimal performance, and efficient allocation of mass to support on-orbit function rather than launch vehicle interfaces. We also support missions by providing mechanical ground support equipment, assist with payload and launch vehicle integration, environmental testing and analysis services, and thermal control.

Redwire’s payload adapting structure solutions are based on heritage products that have flown over multiple decades, and have delivered over 300 pieces of flight hardware over the last 7 years. Additionally, to overcome limitations of conventional spacecraft docking systems, Redwire has developed an International Berthing and Docking Mechanism (“IBDM”), which is a highly versatile, resilient, high performance, and low impact berthing and docking solution. The IBDM is fully computer-controlled and designed for use with both large mass and lightweight spacecraft. Our IBDM is fully aligned with the international docking system standard and can be used for autonomous docking of crewed vehicles, cargo vehicles station modules as well as resource transfer through automated umbilical mating.

Radio Frequency Systems

Radio frequency communications are required on spacecraft for safe operation and providing communications or delivering other products, such as imagery to the user. Redwire offers a wide variety of RF systems that enable space-to-space and space-to-Earth communications. Our RF systems include both fixed and deployable antennas, as well as the RF front end components, such as amplifiers, filters and switches. These systems support a variety of satellite applications, including encrypted tactical communications, signal detection and positioning. We have also invested in a RF testing capability that was custom tailored to the specific needs of small satellite communications and sensor payloads in proliferated LEO.

Redwire has developed antennas, compatible with the Link-16 data link network used by the North Atlantic Treaty Organization (“NATO”) members and other nations, which can be used to facilitate the exchange of jam-resistant, encrypted tactical data from space in near-real time between military aircraft, ships and ground forces. These antennas are also being used for the first generation of a national security satellite constellation in LEO. Our Link-16 antenna, among others, are critical to U.S. commercial and defense applications with special niche applications focused on serving environments that have historically been difficult to close beyond line-of-sight links.

Platforms, Payloads and Missions

Digital engineering facilitates the modeling and simulation of prospective space architectures to support trade analysis, operational concepts, and testing. Redwire leverages high-fidelity digital engineering tools and model-based systems engineering to produce end-to-end virtual environments that decrease cost, increase speed to market, and enable mission optimization. Redwire has a proprietary enterprise software suite that enables digital engineering and generation of high-fidelity, interactive modeling and simulations of individual components, entire spacecraft and full constellations in a cloud-based environment.

Redwire provides the P200 small satellite platform which is capable of supporting payloads up to 70 kg and targets spacecraft mass less than 200 kg, making it compatible with typical shared launch opportunities and small satellite launchers. The P200 platform is an evolution of the PROBA platform which has acquired extensive flight heritage, accumulating more than 25 years in orbit without failure on any of the launched satellites. We are leading small satellite pioneering research missions like PROBA-1, ESA’s small satellite with fully autonomous capabilities and PROBA-V, ESA’s operational Earth observation mission based on a small satellite. These small satellites demonstrate precision formation flying, a foundational building block to the advancement of space based sensors and measurements.

Redwire’s specific payload developments include full optical payloads such as the quantum communications payload providing secure optical communication from satellite to ground. Our payload developments also include spectrometers for radiative particles, such as the Energetic Particle Spectrometer (“EPT”) and the 3D Energetic Electron Spectrometer (3D optimized version of the EPT), as well as robotic payloads like robotic arms for on-orbit manufacturing, assembly and servicing applications.

Microgravity Payloads

Space provides a microgravity environment for scientific exploration which is not found on Earth. Redwire’s microgravity payloads are developing next-generation capabilities and services that benefit from microgravity environments or are required to develop space infrastructure. This includes space-based biotechnology applications, space plant and animal science, in-space additive manufacturing, in-space advanced material manufacturing and support of human exploration and habitation.

The microgravity environment enables certain products and materials to be created with properties superior to comparable products manufactured on Earth. These products and materials include the production of pharmaceutical seed crystals used for drug development processes as pharmaceutical companies look to deliver new, optimized treatments for patients on Earth. The Redwire Pharmaceutical In-space Laboratory – Bio-crystal Optimization eXperiment (“PIL-BOX”) payload offers pharmaceutical companies and researchers access to leverage the microgravity environment to grow crystals of protein-based pharmaceuticals and other key molecules.

Redwire’s in-space biotechnology manufacturing includes the in-space bioprinting of biostructures and tissues. Redwire has successfully 3D printed a meniscus in space with its BioFabrication Facility (“BFF”) aboard the ISS. Other Redwire biotechnologies beneficial to regenerative medicine include the company’s Advanced Space Experiment Processor, which, along with the BFF, can manufacture small tissue samples in space called organoids, which are utilized by pharmaceutical companies to test the safety and efficacy of novel drug.

Redwire created a commercial manufacturing platform to operate in LEO, the Additive Manufacturing Facility (“AMF”). AMF was developed based on a desire for on-demand local manufacturing and has already printed over 200 objects in space. Redwire is currently building an in-space 3D printer, FabLab, capable of manufacturing electronics and equipment of myriad materials, including aerospace-grade titanium. In support of NASA’s Artemis program, we are also engaged in lunar research related to communications and navigation solutions as well as in-situ resource utilization. These developments aim to aid in establishing long-term infrastructure to sustain humans on the moon.

Backlog

We view growth in backlog as a key measure of our business growth. As of December 31, 2023, our total contracted backlog was $372.8 million. Contracted backlog represents the estimated dollar value of firm funded executed contracts for which work has not been performed (also known as the remaining performance obligations on a contract). For further information, refer to “Backlog” in Item 7. “Management’s Discussion and Analysis of Financial Condition and Results of Operations”.

Seasonality

No material portion of our business is considered to be seasonal. Various factors can affect the distribution of our revenue between accounting periods, including the timing of contract awards and the timing and availability of customer funding, as well as the timing of product deliveries and customer acceptance.

Customers and Strategic Partnerships / Relationships

Our core space infrastructure offerings are designed to meet the needs of a wide variety of public and private entities operating in space. We have formalized contracts and strategic partnerships with numerous customers, and we plan to continue pursuing additional agreements and partnerships.

National Security Community Relationships

We supply a wide variety of technologies included in our core space infrastructure offerings supporting the U.S. and allied countries’ national security objectives in space. As space becomes an increasingly contested domain and near peer threats continue to emerge, the U.S. and other nations have articulated a need for significant investment in both improving the resiliency of existing space assets and the deployment of new, next-generation capabilities.

Redwire preforms either directly or through large prime contractors for many U.S. national security agencies, including but not limited to, the U.S. Air Force, U.S. Space Force, Defense Advanced Research Projects Agency (“DARPA”) and the National Reconnaissance Office (“NRO”). An increasing number of these projects are focused on high volume delivery of products to meet the need for space asset proliferation. These relationships are characterized and maintained by mission success as measured by on-orbit performance and project delivery performance requirements and schedule.

Civil Space Community Relationships

Projects for these customers are typically meant to gather data for the public’s use, advance research objectives, further the exploration and utilization of space, and/or develop new scientific and commercial applications and uses of the space domain. Contracts are primarily fielded by governmental entities that are not funded by defense budgets. Many of these contracts will have a research and demonstration phase which may later convert to full-scale production contracts or commercial opportunities.

Redwire performs either directly or through large prime contractors for many civil agencies, including but not limited to NASA, ESA and other ESA member nation agencies. As a result of these relationships, we participate in numerous large, high-profile contracts, such as the Artemis program, where Redwire is contracted to provide the Solar Arrays for the Lunar Orbiting Power and Propulsion Element. When deployed, these solar arrays will be one of the largest ever built. Redwire has participated in ESA’s small satellite missions, such as PROBA-1 and PROBA-V. We have provided services and products supporting a number of other NASA and ESA missions, including solar arrays and navigation equipment for NASA’s recent DART mission, on-board computers for ESA’s Hera and Comet Interceptor missions, sun sensors and star trackers for exploration missions like NASA’s Perseverance, thermal control solutions for technology demonstrators, and camera systems for upcoming human spaceflight missions. There are currently eight active payload facilities built by Redwire on the ISS as of December 31, 2023.

Commercial Community Relationships

Through our numerous strategic partnerships with large and high-profile commercial customers, we believe that our core space infrastructure offerings are enabling the commercialization of LEO and potentially beyond. We deliver commercial capabilities to various commercial space companies and satellite manufacturers. Our broad and innovative technology portfolio of core offerings enables us to be a natural fit as a supply chain partner with components, systems and payloads. We view the commercial market opportunity as one with significant growth possibilities as launch costs continue to decrease, making industrial and other commercial pursuits increasingly viable.

Customer Concentration

The majority of the Company’s revenues are derived from government contracts. Refer to Note Q – Revenues of the accompanying notes to the consolidated financial statements for further information on sales by major customers and location.

Competition

We operate in competitive markets that are sensitive to technological advances and generally encounter highly diverse competition to win contracts from other firms, including lower and mid-tier federal contractors with specialized capabilities and large defense contractors with broad capabilities. Some of our competitors in each of our markets are larger than we are and can maintain higher levels of expenditures for research and development. In each of our markets, we concentrate on the opportunities we believe are compatible with our resources, overall technological capabilities and objectives. Principal competitive factors in these markets are product quality and reliability; technological capabilities, including reliable, resilient and innovative space infrastructure technologies; service; past performance; ability to develop and implement complex, integrated solutions; ability to meet delivery schedules; and cost-effectiveness. We believe that we compete favorably on the basis of these factors.

We frequently “partner” or are involved in subcontracting and teaming relationships with companies that are, from time to time, competitors on other programs. We compete domestically and internationally against space systems components providers, including Moog Inc., Space Micro Inc., Rocket Lab USA, Inc. (a segment of Rocket Labs), and in some instances against large companies such as Northrup Grumman. As a result of our M&A strategy, the Company’s total accessible market has evolved over time and changed our competitive platform, which has historically included non-traditional aerospace and defense contractors and occasionally large aerospace and defense companies. Our customers could decide to pursue one or more of our product development areas as a core competency and insource that technology development and production rather than purchase that capability from us as a supplier. This competition could result in fewer customer orders and a loss of market share.

In addition, some of our foreign competitors currently benefit from, and others may benefit in the future from, protective measures by their home countries where governments are providing financial support, including significant investments in the development of new technologies. Government support of this nature greatly reduces the commercial risks associated with aerospace technology development activities for these competitors. This market environment may result in increased pressures on our pricing and other competitive factors.

Resources

Research and Development

Our research and product development programs are intended to advance the future of space infrastructure. We have both internally and externally funded research and development projects. Our business strategy is dependent on technological advancements that support our existing and future core space infrastructure offerings. Our focus for research and development aligns with our strategic focus areas outlined above with particular emphasis on areas of significant growth and long-term opportunity. Looking forward, we expect to continue our investment in fields we believe offer the greatest opportunities for long-term growth and profitability.

We conduct research and development principally in the U.S. and Belgium. Research and development expenses were $5.0 million for the year ended December 31, 2023.

Intellectual Property

We own a substantial intellectual property portfolio that includes many U.S. and foreign patents, as well as many U.S. trademarks, domain names and copyrights. We actively pursue internal development of intellectual property. In addition to our patent portfolio, we own other intellectual property such as unpatented trade secrets, know-how, data and software. Additionally, we rely on licenses of certain intellectual property to conduct our business operations, including certain proprietary rights licensed to and from third parties. While our intellectual property rights in the aggregate are important to our operations, we do not believe any particular trade secret, patent, trademark, copyright, license or other intellectual property right is of such importance that its loss, expiration or termination would have a material effect on our business.

Raw Materials and Suppliers

We are generally engaged in light manufacturing activities and have limited exposure to fluctuations in the supply of raw materials. In manufacturing our products, we use our own production capabilities as well as a base of third-party suppliers and subcontractors. Certain aspects of our manufacturing activities require relatively scarce raw materials; occasionally, we have experienced difficulty in our ability to procure raw materials, components, sub-assemblies and other supplies required in our manufacturing process.

Regulatory

Federal Communications Commission

The regulations, policies and guidance issued by the Federal Communications Commission (“FCC”) apply to the operation of our spacecraft. When we communicate with our spacecraft using any part of the electromagnetic spectrum, we are operating a space station to which FCC regulations apply. Operators of regulated space stations are required to hold and maintain compliance with proper licenses throughout the duration of any given mission.

The FCC enacted a new set of licensing guidelines for small satellites and related systems that may apply to future spacecraft. As a result, we may face a transition to the small satellite licensing guidelines. Additionally, the FCC is currently considering additional rules which could change the operational, technical and financial requirements for commercial space operators subject to U.S. jurisdiction. If these proposed rules become final, they could change system design and financial costs in order to comply with or secure new Redwire spectrum licensure.

National Oceanic and Atmospheric Administration

Redwire spacecraft will operate with space-qualified photographic equipment installed. While primarily intended to function as mission assurance tools, these cameras may be capable of capturing incidental Earth imagery while in orbit. As such, these cameras may be subject to the licensing requirements and regulations of National Oceanic and Atmospheric Association’s (“NOAA") Commercial Report Sensing Regulatory Affairs (“CRSRA”) office.

The Federal Aviation Administration

As a participant in launch activities, we are indirectly subject to the license requirements of the Federal Aviation Administration’s (“FAA”) Office of Commercial Space Transportation (“AST”). The FAA regulates the airspace of the United States, through which launch vehicles must fly during launch to orbit. The AST office predominantly processes launch license requests submitted by launch vehicle operators, which include information on the constituent payloads flying on any given mission. As a result, reviews of our payloads by AST will occur during, for example, the processing of a launch vehicle provider launch license.

International Traffic in Arms Regulations and Export Controls

Our orbital infrastructure business is subject to, and we must comply with, stringent U.S. and international import and export control laws, including the International Traffic in Arms Regulations (“ITAR”), Export Administration Regulations (“EAR”) of the Bureau of Industry and Security of the U.S. Department of Commerce, and the European Union (“EU”) export controls. The ITAR generally restricts the export of hardware, software, technical data and services that have defense or strategic applications. The EAR and EU export controls similarly regulate the export of hardware, software and technology that has commercial or “dual-use” applications (i.e., for both military and commercial applications) or that have less sensitive military or space-related applications that are not subject to the ITAR. The regulations exist to advance the national security and foreign policy interests of the U.S. and EU, as applicable.

Human Capital

We strive to be the employer of choice in the space community. As of December 31, 2023, we had approximately 700 employees based in the U.S. and Europe.

We are committed to technical excellence and mission success which is reinforced by our core values:

•Integrity: We stand for honesty, fairness, and commitment in all that we do, and an uncompromising adherence to ethical behavior.

•Innovation: We are change agents. We find new ways to solve our customers’ most challenging problems. Our thought leadership will create new opportunities for better ways to accomplish our goals.

•Impact: We will have a positive impact on our industry, community, nation and humanity. We focus on solving important problems that will shape future outcomes in a positive way.

•Inclusion: We believe in the value of diverse perspectives. Individuals from all backgrounds, experiences and skill sets are needed to make Redwire successful. We value each other.

•Excellence: We are focused professionals who are committed to delivering results.

Recruitment

We have an experienced talent acquisition team and our recruitment efforts are focused on hiring diverse space-industry experienced talent who are attracted to Redwire’s core values. As we continue to grow, we are increasing our recruiting capacity by utilizing artificial intelligence (“AI”) sourcing tools, and enhancing internal incentives for recruitment.

Diversity and Inclusion

Redwire is committed to recruiting, retaining and promoting a diverse workforce. We support several organizations supporting diversity in the aerospace field, such as: the Brooke Owens Fellowship, the Matthew Isakowitz Fellowship, and the ZED Factor Fellowship program. At Redwire, Inclusion is a core value. We are implementing programs that celebrate the diversity of our workforce and highlight the contributions of under-represented communities. Through our leadership communications, community sponsorships and policy development, we are committed to a culture that promotes diversity and inclusion throughout the Company and our industry.

Compensation and Benefits

We strive to offer competitive salaries and benefits. Management monitors the changing labor conditions at a national and local level and adjusts compensation packages in order to attract and retain high performing individuals. The Company offers short- and long-term incentive programs, retirement and healthcare benefits, flexible paid time off and employee assistance programs. The Company’s incentive programs are intended to motivate and reward strong performance.

Available Information

Copies of our Annual Report on Form 10-K, Quarterly Reports on Form 10-Q, Current Reports on Form 8-K, and amendments to these reports filed or furnished pursuant to Section 13(a) or 15(d) of the Securities Exchange Act of 1934, as amended (the “Exchange Act”) are available free of charge through our website (www.redwirespace.com) as soon as reasonably practicable after we electronically file the material with, or furnish it to, the SEC. The information contained on the Company’s website is not included in, nor incorporated by reference into, this Annual Report on Form 10-K.