Testing Companies

Airborne Engineering Ltd

Aylesbury, United Kingdom commercial

Airborne Engineering Ltd is a British rocket propulsion engineering company based at Westcott Venture Park in Aylesbury, England, a historic UK rocket propulsion test site now shared by several launch and propulsion companies. The company designs, builds, and operates static test facilities for liquid, hybrid, and solid propulsion systems, and also manufactures test instrumentation and handles propellants for customers as part of its research, testing, and innovation work for propulsion and other challenging-environment systems. Its client and partner list includes the European Space Agency, the UK Space Agency, fellow Westcott tenant Reaction Engines, Surrey Satellite Technology, the Netherlands' TNO research organisation, and university partners including Bristol, Cambridge, Cranfield, and Kingston.

Alter Technology Group

Sevilla, Spain commercial

Alter Technology Group, founded in 1986 and based in Sevilla, Spain, is a specialist company providing testing services for electronic components destined for space applications. Their core business centers on ensuring the reliability and performance of these components in the harsh environments of space, with a particular focus on radiation testing. This includes services like microsection testing for soldering verification, indicating a capability in detailed physical analysis of components. The company’s recent activities, as evidenced by news releases, demonstrate a broad range of testing and project involvement. Alter Technology Group supports projects like the DIGISOLAR and THRUST initiatives, and has been involved in the successful launch of the MTG-S1 satellite. They also participate in educational and outreach programs, such as CanSat competitions, and are engaged in emerging technologies like Quantum Key Distribution (QKD) photonics. Alter Technology Group is actively expanding its capabilities and geographic reach, recently announcing the opening of a state-of-the-art semiconductor testing facility in Minnesota, signifying entry into the US market. This expansion, coupled with involvement in diverse projects and technologies, positions them as a key player in the growing space electronics testing sector. While specific customer details are not publicly available, their contracts with the European Space Agency (ESA) and participation in various space programs suggest a client base encompassing both governmental space agencies and potentially private space companies. Their focus on specialized testing services provides a valuable contribution to the broader space industry by mitigating risk and ensuring mission success.

Cervos Space is a Turkish nanosatellite manufacturer and space systems company founded in 2020, developing configurable CubeSat and nanosatellite platforms with in-house subsystem design, assembly, integration and testing (AIT), and technical support services — contributing to Turkey's emerging commercial space sector alongside established state entities like TÜBITAK UZAY and the Turkish Space Agency (TUA). Cervos Space's core product line comprises nanosatellite bus platforms in standard CubeSat form factors (3U, 6U, 12U, and larger) with standardized PC/104 or CubeSat Standard mechanical and electrical interfaces accommodating customer payloads. In-house subsystem development includes onboard computers (OBC) built on ARM Cortex-M or Cortex-A processors with radiation-tolerant memory configurations, electrical power systems (EPS) with multi-channel MPPT solar charge controllers and lithium-ion battery management, UHF/VHF radio transceivers for standard amateur frequency TT&C links, and modular structural frames in 6061 aluminum alloy compatible with standard deployer ejectors (ISILaunch, Nanoracks). Beyond platform hardware, Cervos offers full mission support services: requirements definition and feasibility studies, payload integration engineering, RF link budget analysis, ground station coordination, and on-orbit operations support — positioning itself as a one-stop shop for Turkish academic institutions, startups, and defense-adjacent organizations entering the small satellite market for the first time. Turkey's space ambitions are codified in the National Space Program (2021-2031) announced by TUA, targeting indigenous satellite manufacturing, geostationary communications satellite production, and lunar mission participation. TÜBITAK UZAY (the Scientific and Technological Research Council's space division in Ankara) leads government R&D, while Türksat operates GEO communications satellites. Roketsan is developing launch vehicles. Cervos operates in the commercial hardware supply layer — building the CubeSat buses that Turkish universities and commercial operators need as the ecosystem matures. Domestic competitors include Uydu Teknolojileri, while international competition comes from GomSpace (Denmark), AAC Clyde Space (UK), and NanoAvionics (Lithuania).

Cranfield University

Cranfield, United Kingdom academic

Cranfield University Space, a division of Cranfield University established in 1946, focuses on aerospace and space technology through research, postgraduate education, and professional development. The organization operates as an academic institution offering a wide range of degree programs, including MSc, MBA, PhD, and professional development courses, with both full-time and part-time options available. Mid-year intakes beginning in January and March are offered for select programs starting in 2026. A key strength of Cranfield University Space lies in its strong collaborative relationships with industry. The university maintains partnerships with nearly 1,500 organizations, facilitating knowledge transfer and applied research. This integration allows for access to extensive expertise and world-class, large-scale national facilities, enhancing both research and teaching capabilities. While specific space missions or products aren’t detailed, the university’s focus on research and innovation suggests a contribution to advancements in aerospace and space technologies. Cranfield University Space positions itself as a provider of skilled professionals and technological solutions for the space industry, leveraging over 70 years of industry integration. The organization’s value proposition centers on delivering practical, industry-relevant education and research, and fostering a collaborative environment between academia and businesses to drive innovation in aerospace and space technology.

Element U.S. Space & Defense

Belcamp, United States commercial

Element U.S. Space & Defense is the aerospace and defense testing division of Element Materials Technology, a London-headquartered global network of testing laboratories with over 9,000 employees across 270+ facilities. The U.S. Space & Defense division provides qualification, acceptance, and certification testing for spacecraft, satellites, launch vehicle components, and military aerospace hardware — drawing on over 60 years of aerospace testing heritage from predecessor laboratories acquired into the Element network including Analytical Testing Laboratory and National Inspection and Consultants. Element's space testing services include thermal vacuum testing (from CubeSat scale to 3-meter class spacecraft chambers), vibration and shock testing per NASA-HDBK-7005 and MIL-STD-1540, acoustic testing in reverberant chambers for launch load environments, EMI/EMC testing per MIL-STD-461, component and material mechanical testing for structural certification, and failure analysis for in-orbit anomaly investigation. The company has received NASA's Space Flight Awareness (SFA) Supplier Award, recognizing suppliers whose quality management and testing rigor directly contributes to human spaceflight safety — a distinction that qualifies Element for sensitive manned spaceflight hardware testing contracts. Element U.S. Space & Defense competes with NTS (National Technical Systems), Celestica, and SGS aerospace testing divisions in the commercial space testing market, and with government facilities at NASA Goddard, JSC, and AFRL for government program testing. Element's global network gives it an advantage for international programs requiring testing at multiple geographic locations and for programs that need to coordinate materials testing, NDT inspection, and environmental qualification under a single supplier management relationship.

Experior Laboratories

San Antonio, United States commercial

Founded in 1968 and based in San Antonio, Texas, Experior Laboratories is a leading provider of testing services for the aerospace, satellite, telecommunications, military, automotive, and railway industries. The company specializes in vibration and shock testing, as well as thermal vacuum environmental testing – critical processes for verifying the performance and reliability of components and systems destined for challenging operational environments. Experior Laboratories offers electrical and fiber optic component testing as well. Experior Laboratories supports a broad customer base including leading manufacturers, government agencies, and prime contractors. Recent projects highlighted by the company demonstrate its involvement in numerous high-profile space missions, including work with Johns Hopkins APL’s Dragonfly program, Pixxel Space Technologies’ Firefly satellite launch, and testing for Astrojet Rocketdyne, Sierra Space, and Astrobotic’s lunar lander. They have also supported testing for emerging space companies like Impulse Space, Turion Space, and XONA Space Systems. The company has recently expanded its capabilities with the addition of new ExploraVac chambers and custom slip tables equipped with T-Film bearing technology, enhancing its capacity for complex testing requirements. This investment demonstrates a commitment to providing state-of-the-art services and supporting the rapidly evolving needs of the space industry.

Kelly Space & Technology

San Bernardino, United States commercial

Kelly Space & Technology is a San Bernardino, California-based independent environmental testing laboratory providing qualification and acceptance testing services for space hardware, satellite components, and aerospace systems. The company's test capabilities include vibration testing (sinusoidal sweep, random vibration, shock), thermal vacuum cycling, thermal shock, altitude simulation, electromagnetic compatibility (EMI/EMC), and combined environments testing — the full environmental stress suite required to qualify flight hardware to MIL-STD-810, MIL-STD-1540, GEVS (NASA General Environmental Verification Standard), and customer-specific test plans. Independent test houses like Kelly Space play a critical role in the space supply chain: component and subsystem manufacturers require third-party environmental qualification to demonstrate workmanship and design margin before flight acceptance. With the smallsat revolution driving higher production volumes of CubeSat and ESPA-class satellite components, independent test labs serving the new-space supply chain have grown in demand. Kelly Space serves satellite bus manufacturers, payload developers, launch vehicle component suppliers, and defense contractors in the greater Los Angeles and Inland Empire aerospace corridor.

Łukasiewicz – Institute of Aviation

Warsaw, Poland research institute

Łukasiewicz – Institute of Aviation is a Polish state aerospace research institute headquartered in Warsaw, tracing its roots to 1926 and reorganized in 2019 as part of the government's Łukasiewicz Research Network. Its rocketry program produced the multistage ILR-33 AMBER suborbital rocket, pairing twin solid boosters with a hybrid main engine; three early AMBER flights between 2017 and 2019 reached altitudes up to 23 km. On 3 July 2024, the upgraded ILR-33 AMBER 2K — the first rocket in the world to use 98% hydrogen peroxide as an oxidizer — launched from Norway's Andøya Space Center and reached 101 km, becoming the first Polish-built rocket to reach space. Beyond rocketry, the institute continues to offer propulsion testing, design, and manufacturing services to industry.

Spirent Space, founded in 1936 and currently located in Paignton, United Kingdom, is a leading global provider of automated testing and assurance solutions. The company focuses on networks, security, and positioning technologies, with a core offering centered around GNSS (Global Navigation Satellite System) simulation. Spirent’s solutions are designed to accelerate technology development, reduce complexity, and optimize user experience while strengthening security defenses. Key to Spirent’s capabilities is its expertise in validating and assuring the performance of next-generation technologies, including 5G, Wi-Fi, and positioning systems used in applications ranging from autonomous vehicles to aerospace. They offer solutions for active assurance, providing real-time visualization of network issues, and comprehensive cybersecurity assessment and validation services. Spirent serves a diverse customer base of leading technology providers, and has demonstrated its capabilities through partnerships and case studies with companies like Interstellar Technologies, DISH Wireless, Telefónica, and Vodafone. These collaborations highlight Spirent’s role in testing and validating critical systems, including satellite launch vehicles, 5G networks, and private network deployments. As part of Keysight Technologies, Spirent aims to accelerate time to market and reduce costs for its customers. The company also fosters innovation through its Spirent Academia Program, collaborating with universities on research, product development, and innovation initiatives.