ENGtechnica

Category: Aerospace

  • Transoft Solutions Launches AirTOP 2025

    Transoft Solutions Launches AirTOP 2025

    Image: Transoft

    Transoft Solutions has launched AirTOP 2025, the latest version of its fast-time simulation software. AirTOP is a powerful tool for airport and airspace planners and operators who want to efficiently design and operate airport terminal facilities, airfields, and airspace.

    AirTOP 2025 brings new features that improve the accuracy and realism of airport operations and analysis. It includes a DWG importer for faster file imports and a new set of terminal reports. The reports have a summary table to help users compare against the IATA Level of Service (LoS) without facing any issues. The software also offers smoother navigation for panning, rotating, and zooming. Updates to the Airside Aircraft module ensure compliance with security rules for towing and departing aircraft. Additionally, improvements to the AIXM importer help prevent duplication, save time, and simplify workflows. Below are some of the key highlights in this release.

    New features

    All modules | Workflow streamlines as DWG files can now be imported directly into AirTOP without requiring any prior conversion to SHP format.

    Terminal | A new set of automatically generated reports added to the AirTOP Reporter includes a summary table for comparing results against the IATA LoS.

    Improved features

    All modules | It is now possible to review the changes that will be applied when importing an AIXM before the changes are committed, simplifying the model maintenance and workflow.

    Terminal | 3D enhancements in panning, rotating, and zooming commands improve navigation, for example with vertical exaggeration between floors.

    Airside Aircraft | An update in Stand Off Positions for departing and towing aircraft supports operational practices at certain airports, particularly in the US, to comply with security requirements.

    Airside Aircraft | Improved Push Back Clearance help users manage pushback clearances with greater precision.

    Runway Capacity Analyzer | A new chart that shows the average Delay vs Throughput when selecting multiple analyses has been added to improve results.

    TMA/TRACON | The improved AIXM importer prevents duplicate element creation (e.g., SIDLegs) by reusing existing objects to reduce modeling time and simplify the process of updating existing models.

    Seamlessly enhancing airport and airspace operations

    AirTOP is an indispensable resource for airport planners and operators focused on designing and managing terminal facilities, airfields, and airspace. The latest version highlights Transoft’s commitment to improving design processes while maintaining safety and compliance standards. The software includes integrated modules that enable users to create and simulate all aspects within AirTOP.

    Source: Transoft Solutions

    About Transoft Solutions

    Transoft Solutions, founded in 1991 and headquartered in Richmond, British Columbia, Canada, specializes in developing advanced CAD-based software solutions for professionals in aviation, civil infrastructure, and transportation sectors. Their product portfolio includes tools for vehicle-swept path analysis, road and intersection design, site planning, airport modeling, and airspace simulation. Serving over 50,000 customers across more than 150 countries, their clientele encompasses government agencies, engineering firms, and international airports. Transoft has expanded its global presence with offices in the U.S., Australia, the Netherlands, the UK, Belgium, Germany, France, Sweden, Spain, India, and China. In October 2024, they acquired Advanced Mobility Analytics Group (AMAG), enhancing their video-based traffic safety analytics capabilities. The company employs over 180 professionals worldwide, representing over 45 nationalities across 18 countries.

  • Altair Strengthens Aerospace Ties with Piedmont Aerospace Cluster

    Altair Strengthens Aerospace Ties with Piedmont Aerospace Cluster

    Image: Altair

    TROY, MI, Feb 27, 2025 – Altair has been selected to join the Piedmont Aerospace Cluster. As a member, Altair will contribute to several of the Cluster’s innovative projects and strategic initiatives.

    In aerospace, supply chains play a crucial role, as optimizing them requires companies with deep knowledge of the processes and methods of a regulated, quality-driven industry. As a leading technology provider in the realm of digitalization for engineering, testing, manufacturing, and maintenance, Altair is poised to support the Cluster by offering critical tools and expertise. The focus is on delivering advanced digital engineering solutions and the application of AI for the development, production, and maintenance of aircraft and their subsystems.

    “Altair has deep roots within Piedmont and Turin, where we have had our Italian headquarters for more than 20 years. Throughout that time, we have established close relationships with the world’s leading aerospace companies,” said Pietro Cervellera, senior vice president of aerospace and defense, Altair. “Joining the Cluster is our way of strengthening our bond with the region, its universities, and its businesses within the aerospace ecosystem.”

    “We are pleased to welcome Altair to the Cluster, which already includes among its members some of the most innovative aerospace companies in our country,” said Fulvia Quagliotti, president, Piedmont Aerospace Cluster. “Simulation, data analytics, and AI are essential elements for aerospace organizations of all types.”

    Source: Altair

    About Altair

    Altair Engineering Inc., founded in 1985 and headquartered in Troy, MI, is a computational science and AI leader. The company offers software and cloud solutions across various domains, including product development, high-performance computing (HPC), simulation, AI, and data analytics. Altair’s comprehensive, open-architecture platforms empower organizations to design more efficient and sustainable products and processes. Altair has established itself as a key player in engineering and enterprise analytics, serving industries such as automotive, aerospace, and manufacturing. In 2024, Siemens announced its agreement to acquire Altair for $10.6 billion, aiming to strengthen its position in industrial software.

    About Piedmont Aerospace Cluster

    Established in 2019, the Piedmont Aerospace Cluster is a non-profit association headquartered in Turin, Italy, dedicated to enhancing the competitiveness of the Piedmont region’s aerospace industry. Building upon the efforts of a previous committee active since 2005, the Cluster brings together key stakeholders, public authorities, universities, research centers, and over 90 local businesses involved in aeronautics and space sectors. Its primary mission is to coordinate public and private investments in technological innovation, promote internationalization, and foster collaboration across the supply chain. The Cluster serves aeronautics, space, and defense industries, focusing on activities like research and development, training, and supply chain optimization. The Cluster’s impact is evident through its strategic initiatives and partnerships, including being a founding member of the National Aerospace Technology Cluster (CTNA), which unites Italy’s leading aerospace hubs.

  • Radia Selects Collier for WindRunner Structural Sizing

    Radia Selects Collier for WindRunner Structural Sizing

    Artist rendering of the WindRunner airframe model showing optimization zones in HyperX software interface. Image Collier Aerospace Corp.

    NEWPORT NEWS, VA, Feb 27, 2025 – Collier Aerospace Corp., developer of the HyperX CAE solution, announced that Radia, Inc. selected its design and analysis software for the structural sizing of WindRunner – the world’s largest aircraft. Structural sizing is the critical process of determining the size and weight of primary aircraft structures.

    Radia is developing the WindRunner aircraft, an outsized aerial logistics platform designed to efficiently and effectively deliver the world’s considerable cargo, such as wind energy turbine blades, spacecraft, satellites, defense cargo, airplanes, and large commercial payloads. WindRunner solves transportation bottlenecks with its ability to fly cargo up to the length of a football field and land on semi-prepared dirt runways as short as 1,800m (6,000 ft) when required.

    Collier Aerospace’s software and services help Radia’s engineering and design teams optimize and accelerate sizing for the massive aircraft’s airframe and efficiently evaluate and analyze many different design configurations under rigorous time and cost pressures.

    Aircraft size comparison of the WindRunner and a Boeing 747-400. Image credit Radia.

    “Using Collier’s technology, we can create and analyze design concepts in hours and automate the time-consuming process of evaluating hundreds to thousands of load cases,” said Mark Lundstrom, founder and CEO of Radia. “Collier’s software helps us efficiently evaluate design options and optimize WindRunner’s weight and structural performance in support of its critically important mission.”

    Radia began the WindRunner project in 2016 and brought in Collier Aerospace at an early stage as a software provider and engineering consultant. To support the design process, Radia used Collier’s methodology for structural sizing and analysis. The team conducted configuration assessments of the wings, fuselage, ribs, spars stringers, and other parts made of composite and metal. Radia leveraged the tool’s automated sizing capabilities to account for unusual variables such as the huge size and capacity of the unpressurized fuselage.

    Artist rendering showcasing the WindRunner aircraft, approximately the length of a football field (356 ft), shown in HyperX software interface. Image Collier Aerospace Corp.

    HyperX software automates stress analysis and design. It performs rapid structural sizing, lightweighting, and margin writing for all load cases. The software also helps ensure the producibility of a composite part by creating a design that is optimized for manufacturability. It reduces schedule time by speeding up the engineering cycle and shortening the U.S. Federal Aviation Administration (FAA) and European Union Aviation Safety Agency (EASA) certification processes.

    “It’s been a thrill to work with Radia on its breakthrough WindRunner aircraft and contribute to its extraordinary mission,” commented Craig Collier, professional engineer and CEO of Collier Aerospace. “This collaboration brought together the vision of the Radia team and our collective deep knowledge and experience in aerospace structural engineering. We contributed to the success of this design project by providing guidance on our software’s capabilities. We can’t wait to see the final result of this groundbreaking design when WindRunner makes its maiden flight.”

    About Collier Aerospace

    Founded in 1995, Collier Aerospace Corporation specializes in developing structural analysis and design optimization software for the aerospace industry. Their flagship product, HyperX, assists engineers in performing rapid stress analysis and structural sizing for both composite and metallic airframes, aiming to reduce weight and expedite certification processes. Headquartered at 760 Pilot House Drive, Newport News, Virginia, USA, the company serves sectors including space launch vehicles, commercial aviation, business jets, and urban air mobility. As of 2025, Collier Aerospace employs 31 professionals. While specific annual revenue figures are not publicly disclosed, the company has secured funding through grants and private debt financing. Notable clients include NASA, Boeing, and Bell Helicopter, reflecting the company’s significant role in advancing aerospace structural engineering.

  • Molex Launches EMI-Filtered Components for Aerospace, Defense

    Molex Launches EMI-Filtered Components for Aerospace, Defense

    Molex’s latest EMI-filtered interconnects and RF components provide advanced solutions for improved reliability in aerospace and defense systems.

    LISLE, IL, Feb 26, 2025 – Molex has launched a comprehensive lineup of Electromagnetic Interference (EMI) Filtered interconnects and Radio Frequency (RF) components to improve signal integrity and electromagnetic compatibility for mission-critical aerospace and defense applications. Molex’s new family of EMI-Filtered D-Sub Pi Adapters and Connectors, EMI Filter Plates, Fixed RF Coaxial Attenuators, and RF Coaxial Terminations are engineered to enhance the overall reliability and efficiency of crucial electronic systems. The launch emphasizes Molex’s commitment to innovation and product development in Aerospace and Defense following its recent AirBorn acquisition.

    “These new RF components and EMI-Filtered interconnects extend Molex’s legacy of RF excellence while adding significant product breadth and depth for tackling the toughest connectivity challenges,” said Steven DeFrancesco, general manager, RF, Molex. “Available in an extensive selection of mechanical configurations, we offer customers a ‘one-stop shop’ for compact, lightweight and ruggedized connectivity solutions needed to perform without fail in the harshest, most demanding environments.”

    Engineered to comply with rigorous regulatory standards, the solutions integrate into a diverse range of aerospace and defense applications. These include radar systems, airborne radios, night-vision sensors, flight controls, engine controls, navigation systems, tactical weapons, and military global positioning systems. Inventive materials and adaptable designs cater to varying sizes, weights, and power specifications, guaranteeing that these advancements apply to other sectors, such as medical equipment, telecommunications, and industrial automation.

    Improve Signal Integrity, Minimize Interference

    Molex’s EMI-Filtered D-Sub Pi Adapters and Connectors mitigate EMI and enhance signal integrity while improving compliance with stringent standards. Featuring an optimized Pi filter design, the products provide superior noise suppression, as well as higher capacitance and inductance values for better frequency attenuation. High-quality conductive and shielding materials increase electrical performance and mechanical durability for greater resilience to vibration, shock, extreme temperatures, lightning and exposure to contaminants.

    The latest EMI Filter Plates are designed to protect system components and mitigate signal loss caused by electronic noise, all while removing the necessity for separate filters, streamlining assembly time, and reducing costs. Featuring up to 50 lines in a compact design, the filter plates improve design versatility and minimize the space needed on Printed Circuit Boards (PCBs). Snap-in options are available for frequencies ranging from 5 to 18 GHz, making installation easier in applications with limited space. Customers can adjust plate size and shape to fit unique enclosures, while the availability of different materials addresses a vast range of environmental concerns.

    Circular EMI Filter Connectors are also available with advanced EMI filtering and line-to-line isolation to ensure reliable signal integrity and consistent power delivery. Customers can choose insulated and ground-line options in hermetically sealed and bayonet styles for better resiliency under challenging conditions.

    Stable RF System Performance, Precise Power Control

    Molex’s Fixed RF Coaxial Attenuators and RF Coaxial Terminations offer durability and environmental resiliency for aerospace and defense applications. The products are well-suited for military aircraft, missile defense systems, SATCOM links, ship-signal exploitation devices, and electronic warfare systems. Moreover, they improve the reliability of wireless infrastructure, telecommunications, and automotive applications, spanning test and measurement equipment, cell-site infrastructure, network analyzers, automotive test environments, and distributed antenna systems.

    The new attenuators deliver precise signal power control and excellent signal integrity to ensure consistent, long-term performance. In addition, they provide heat dissipation at power levels up to 50W and precision impedance matching, helping customers improve system efficiency, prevent equipment damage, improve test-results reliability, and reduce downtime by extending component lifespans. Both product lines are engineered with solderless contacts to withstand wide temperature ranges, shock and vibration forces, and exposure to harsh environments.

    Product Availability

    Molex’s EMI-Filtered D-Sub Pi Adapters and Connectors are available in more than 250 mechanical configurations and countless custom options, including high-density and circular connectors in various shell sizes, including 9, 15, 25, 37, and 50. Molex’s EMI Filter Plates are also available in different sizes, shapes, and mounting options, which can be tailored to meet specific applications.

    Supporting various power ratings and attenuation values, Molex’s Fixed RF Coaxial Attenuators ensure power handling up to 100W and work with RF connectors, including 2.92mm, N-Type, and SMA. They are also compatible with 3.50mm, K-Type, and MIL-STD-348 connectors. The RF Coaxial Terminations are available in various power ranges, power-handling capabilities, and connector types, including military-grade products. They are available through Molex’s global distribution partners, with stock available immediately from Mouser Electronics and DigiKey Electronics.

    Source: Molex

    About Molex

    Molex, established in 1938 and headquartered in Lisle, Illinois, is a global leader in electronic, electrical, and fiber optic connectivity systems. The company offers over 100,000 products, including electrical connectors, optical fiber connectors, and switches, serving industries such as data communications, medical, industrial, automotive, and consumer electronics. Molex pioneered the widely adopted Molex connector in personal computing. As of 2023, Molex reported annual revenues of $3.6 billion and employed approximately 45,000 people worldwide.

  • UAV Expands Aerospace Manufacturing with AIG

    UAV Expands Aerospace Manufacturing with AIG

    EWAHITCHKA, FL, Feb 24, 2025 – UAV Corp. is expanding its aerospace manufacturing capabilities with the arrival of Atlantic Industrial Group Inc. (AIG) at its Florida facility this week. AIG plans the installation of a production line capable of 3D printing technology at the location. The Florida facility will encompass design, computational flow testing capabilities, 3D printing, vacuum panel formation, training facility, ground-based control center, and other capabilities. These developments mark a significant step toward full-scale production of the T-Wing UAS, UAV Corp’s next-generation unmanned aerial system.

    AIG will lead the pre-production for the T-Wing UAS. This advanced platform combines vertical take-off and landing (VTOL) with winged flight, allowing for different mission capabilities. Fabrication and assembly will occur on-site using 3D printing, mold, or hybrid frame methods. The goal is to complete the airframe model by May 1.

    UAV Corp. and AIG have successfully integrated the T-Wing flight simulator. Engineers are finalizing the flight control system. The company plans to arrange capability verification flights in simulators and at the local airfield. Engineering teams and pilots will be involved in these flights.

    T-Wing UAS: Advanced Technology for Real-World Applications

    Built with a high-aspect-ratio wing and AI-powered flight controls, the T-Wing UAS offers endurance and precision. Key applications include:

    • Agricultural monitoring and crop analysis
    • Environmental research and disaster assessment
    • Aerial mapping and infrastructure inspections
    • Beyond-Visual-Line-of-Sight (BVLOS) commercial deliveries

    A Commitment to Innovation and Growth

    “These milestones underscore UAV Corp’s commitment to advancing unmanned aerial systems with precision and efficiency,” said Michael Lawson, CEO of UAV Corp. “AIG’s expertise and our new manufacturing capabilities position us for industry leadership.”

    Source: UAV Corp.

    About UAV Corp.

    UAV Corp., established in 1987 and headquartered in Wewahitchka, FL, specializes in aerospace and defense technologies. Through its subsidiary, Skyborne Technology, Inc., the company focuses on R&D of intellectual property and proprietary designs, particularly in semi-rigid airship design, reverse-ballonet technology, and hybrid propulsion systems. As of the latest data available, the company has a market capitalization of approximately $4.379 million and employs 10 individuals.

    About Atlantic Industrial Group (AIG)

    Atlantic Industrial Group (AIG), established in 1980 and headquartered in Columbia, MD, is a vertically and horizontally integrated holding company specializing in logistics, defense software, and aerospace manufacturing. AIG focuses on acquiring underutilized technologies to develop solutions that can be rapidly scaled, often outperforming legacy systems from larger companies. The company manufactures vertical take-off and landing (VTOL) drones, vehicle components, and munitions and develops training software utilizing modern simulation platforms. In June 2024, AIG secured a global manufacturing and design license from UAV Corp. to produce high-altitude, lighter-than-air vehicles, expanding its footprint in the aerospace sector.

  • Coltala Holdings Launches Coltala Aerospace with APG Acquisition

    Coltala Holdings Launches Coltala Aerospace with APG Acquisition

    DALLAS-FORT WORTH, TX, Feb 18, 2025 – Coltala Holdings has announced the creation of Coltala Aerospace, a transformative platform dedicated to advancing America’s aerospace and defense industries. With the acquisition of Aeroparts Group (APG), that achieved growth last year of over 60%, Coltala displays its commitment to supporting businesses that are essential to America. This helps ensure safe air travel and strengthens national defense.

    Through its acquisition of APG, Coltala Aerospace now comprises three industry-leading businesses: Evans Composites, APM and ACD Consulting. The companies serve both commercial and military aerospace sectors, providing precision machining, Part 145 MRO repair station services and engineering expertise that align with Coltala’s mission to strengthen infrastructure through essential service companies.

    A Unique Partnership with Extraordinary Leaders

    Coltala Aerospace is managed by Dale Gabel, the CEO of APG, and Ricky Armstrong, the Founder and COO. Their leadership has resulted in significant growth. Coltala collaborated closely with the APG management team for four months before finalizing the acquisition. The effort helped build a robust partnership and ensure both teams were aligned. Their proactive approach prepared APG for regular growth and a smooth transition, allowing it to continue serving key commercial airlines and military platforms worldwide.

    “In an era where national security and supply chain reliability are more critical than ever, Coltala Aerospace is well positioned to meet these challenges and turn them into opportunity,” said Edward Crawford, Navy and Afghan Veteran, co-founder and co-CEO of Coltala Holdings. “We are building a platform with great leaders like Dale and Ricky that support the aerospace and defense industries while creating opportunities for veterans and strengthening America’s position in the global market.”

    Ralph Manning, co-founder and co-CEO of Coltala Holdings, noted, “We partnered with APG because of Dale and Ricky’s exceptional leadership and their team’s dedication to operational excellence and innovation. Their relentless focus drove impressive year over year growth of over 60% last year. Coltala’s enterprise system will unlock even greater potential.”

    Strategic Vision for Aerospace Growth in DFW

    Coltala recognizes the Dallas-Fort Worth area as a vital hub for aerospace and defense. By investing in Coltala Aerospace, the company fosters regional innovation and growth, reinforcing DFW’s legacy as a cornerstone of the American aerospace and defense industry.

    Modelled after successful platforms like Heico in Florida, APG unites industry-leading companies under a shared vision to advance aerospace and defense. With decades of experience and strong relationships with defense contractors, commercial aerospace leaders, and military stakeholders, Coltala and APG are well-positioned to make a lasting impact.

    Dale Gabel, CEO of Coltala Aerospace, shared, “Coltala’s partnership brings fresh energy and resources to our team. Their values align perfectly with ours, and together, we will deliver exceptional results to our commercial and defense customers.”

    Ricky Armstrong, Founder and COO of Coltala Aerospace, added, “This partnership represents a new chapter for APG. Coltala’s collaborative approach has already proven its value, and we’re excited to contribute to an industry vital to America’s future.”

    Coltala partnered with Thornburg Bow River Advisors, including managing director and head of private credit Aaron Arnett and vice president Daniel Parks, who bring incredible resources and flexible capital solutions. “Dale, Ricky and the APG team have laid the groundwork for an extraordinary platform, providing meaningful contributions to the aerospace and defense industries. We are excited to support their next growth phase alongside Coltala,” Aaron added. Coltala also partnered with Dustin Gibson and Hayden Greenbauer of Sunflower Bank, who supported financing the transaction.

    The acquisition marks a significant step in Coltala’s mission to build enduring businesses that change industries. Coltala Aerospace is supporting America’s aerospace and defense sectors, and a future is being shaped where innovation and purpose drive success for the nation.

    Source: Coltola Holdings

    About Coltala Holdings

    Founded in 2017, Coltala Holdings is a private equity firm headquartered in Fort Worth, TX, with an additional office in Dallas. The firm specializes in acquiring majority ownership in stable U.S. businesses across healthcare, manufacturing, and business services. Coltala Holdings is committed to partnering with founder- and family-owned companies, particularly in Texas, focusing on essential services, including real estate, aerospace, and home health. The firm’s portfolio includes companies like Choice Health at Home, Paschal and Pond, and Robinson & Associates, reflecting its diverse investment interests. Coltala has deployed over $300 million in flexible capital into mission-driven companies to accelerate growth and enhance operational performance.

    About Coltola Aerospace

    Coltala Holdings, a private equity firm founded in 2017 and headquartered in Fort Worth, TX, has launched Coltala Aerospace, a new platform dedicated to advancing the U.S. aerospace and defense industries. The initiative follows the acquisition of Aerospace Products Group (APG), a company that provides essential components and services to the aerospace sector. Coltala Holdings focuses on acquiring founder- and family-owned businesses in Texas, emphasizing essential services in real estate, aerospace, and home health sectors.

  • Cummings Aerospace Partners with ATRX to Develop Hypersonic Drone

    Cummings Aerospace Partners with ATRX to Develop Hypersonic Drone

    Cummings Aerospace CEO Sheila Cummings shakes hands with ATRX CEO Felix Bustos III after signing an agreement to develop high-speed unmanned aircraft systems (UAS). Image: Cummings Aerospace

    HUNTSVILLE, AL, Feb 12, 2025 – Cummings Aerospace and ATRX signed an agreement to collaborate on the development of high-speed unmanned aircraft systems (UAS). The companies will integrate a high-speed turbo-rocket onto a proven airframe to develop affordable UAS that can fly at supersonic and hypersonic speeds.

    Why it Matters

    • Supersonic and hypersonic UAS will give the U.S. military and its allies unprecedented capability against America’s near-peer adversary.
    • Affordable UAS capabilities give the U.S. and its allies the opportunity to boost stockpiles of hypersonic drones.
    • The technology paves the way for a spaceplane, which can take off and land from any runway in the world.

    The Technology Powering the Partnership

    Hellhound is a family of unmanned aircraft systems with multiple specialized variants. Image: Cummings Aerospace

    Each company will bring cutting-edge technologies to the partnership:

    Cummings Aerospace’s Hellhound UAS: An unmanned aircraft with multiple specialized variants. For this partnership, Cummings Aerospace will develop a new version designed to accommodate a hypersonic-capable engine.

    Key features include:

    • Affordability, thanks to its 3D-printed modular design and commercial off-the-shelf hardware
    • Rapid payload swaps in fewer than five minutes, with no tools required

    ATRX’s Air Turbo Rocket (ATR):

    Satellite deployment from Future ATRX Space Plane. Image: Cummings Aerospace
    • A high-speed, air-breathing propulsion system
    • Capable of flying at hypersonic speeds, 5 times the speed of sound
    • Completed multiple prototype tests

    “The modern battlefield demands systems that are capable of flying faster and further into contested airspace,” said Sheila Cummings, CEO of Cummings Aerospace. “This partnership with ATRX will allow us to develop ATR-powered UAS that can offer both of these characteristics in a single vehicle, at an affordable price.”

    ATRX Air turbo rocket prototype hot fire test. Image: Cummings Aerospace

    “Cummings Aerospace is the perfect partner, considering the impressive work they’ve already done for the U.S. DOD. We’re excited about this partnership because it will significantly simplify flight testing of our ATR engines,” said ATRX CEO Felix Bustos III. “Being able to validate the performance of our ATRs using a bespoke UAS based on a flight-proven airframe will de-risk and accelerate our spaceplane development efforts. Spaceplanes are very much needed with more than 50,000, mostly commercial, satellites that need to be launched into orbit in the next few years.”

    “Huntsville has a talented and capable space-focused workforce, and we plan to draw on their abilities to help this city become the hypersonic and spaceplane manufacturing capital of the world,” Bustos said.

    What’s Next

    The companies plan to integrate the ATR engine into a Hellhound variant designed for high-speed flights and begin subsonic and supersonic flight testing.

    Source: Cummings Aerospace

    About Cummings Aerospace

    Founded in 2009 by Sheila Cummings, Cummings Aerospace is a Native American woman-owned small business headquartered in Huntsville, AL, with additional facilities in FL and AZ. The company specializes in model-based systems engineering, modeling and simulation, digital engineering, and software development, serving the defense and aerospace sectors. Their core capabilities include open systems architecture, mechanical and electrical design, advanced manufacturing, and Quality, Safety & Mission Assurance (QSMA). Cummings Aerospace holds an AS9100 Rev D certification, underscoring its quality and technical excellence commitment. The company employs over 90 individuals across its various locations.

    About ATRX

    ATRX, Inc., established in 2025, is an aerospace company headquartered in the United States, focusing on developing reusable space planes designed for runway operations. Their approach aims to revolutionize space access by enabling aircraft-like operations, reducing costs and increasing launch frequency. The company plans to achieve this through a two-phase strategy: initially developing supersonic and hypersonic Unmanned Aerial Systems (UAS) to generate near-term revenue, then leveraging these technologies to build space planes capable of reaching various Earth orbits and beyond. A key component of their propulsion system is the proprietary Air Turbo Rocket, for which ATRX has already developed and demonstrated a prototype. ATRX is strategically positioned to impact the trillion-dollar space launch market, support national security objectives, and foster new space-based businesses and applications.

  • Cyient DLM Signs Production Contract with Boeing

    Cyient DLM Signs Production Contract with Boeing

    HYDERABAD, India, Feb 12, 2025 – Cyient DLM has signed a production contract with Boeing Global Services (BGS) for precision-machined parts and assemblies, marking a key milestone in their partnership.

    This precision machining project award to Cyient DLM by BGS highlights Cyient DLM’s growing capabilities in delivering high-precision components to the aerospace sector.

    Anthony Montalbano, CEO, Cyient DLM, said, “This contract with Boeing is a significant achievement for Cyient DLM, showcasing our advanced manufacturing capabilities and unwavering commitment to excellence. We are honoured to collaborate with Boeing, a global leader in aerospace, and we look forward to strengthening this relationship by consistently delivering products that meet the highest industry standards.”

    Cyient DLM’s achievement underscores its position as a trusted partner in the Aerospace and Defense sector. The company is among the first AS9100C aerospace-certified electronic manufacturing facilities and the first in India to obtain the National Aerospace and Defense Contractors Accreditation Program (NADCAP) certification for Circuit Card Assembly (CCA).

    Source: Cyient DLM

    About Cyient DLM

    Cyient DLM, established in 1993, is an Indian company specializing in integrated electronic manufacturing services (EMS) and solutions across the entire product lifecycle. Headquartered in Hyderabad, India, it serves industries such as aerospace and defense, healthcare and life sciences, and industrial sectors. The company offers capabilities in integrated manufacturing, electronics manufacturing, mechanical manufacturing, additive manufacturing, and value-added services. As of the fiscal year 2024, Cyient DLM reported a 93% year-over-year growth in profit after tax (PAT). As of March 31, 2024, Cyient DLM employed 722 individuals. The company has expanded its client base through strategic acquisitions, adding Fortune 500 companies to its portfolio. Cyient DLM has over 900 associates and access to more than 7,000 design associates through its parent company, Cyient.

  • KYOCERA AVX Launches SpiCAT SpiSCAP for Supercapacitors

    KYOCERA AVX Launches SpiCAT SpiSCAP for Supercapacitors

    FOUNTAIN INN, SC, Feb 10, 2025 – KYOCERA AVX has released a new version of its SpiCAT online simulation software dedicated to supercapacitors.

    SpiCAT online simulation software makes it easy for engineers to identify the unique characteristics of a wide variety of KYOCERA AVX components, including multilayer ceramic capacitors (MLCCs), polymer, tantalum, and niobium capacitors, multilayer varistors (MLVs), negative-temperature-coefficient (NTC) thermistors, and – now –  supercapacitors.

    Supercapacitors are electrochemical double layer capacitors that strike a beneficial balance between the capabilities of electronic or dielectric capacitors (such as ceramic, tantalum, film, and aluminium electrolytic capacitors) and batteries – namely excellent pulse power handling characteristics resulting from the combination of high capacitance and low ESR. These large-energy-storage devices can function on their own or be used alongside primary or secondary batteries. They help to increase backup time, enhance battery lifespan, and deliver quick power bursts. Their applications include power backup, energy hold-up, energy harvesting, peak power support, pulse power and battery applications in various sectors such as industrial, energy, telecommunications, automotive, transportation, and medical industries.

    The new SpiCAT SpiSCAP online simulation software for KYOCERA AVX supercapacitors makes it easy for engineers to evaluate and select SCC and SCM Series supercapacitors optimized for their applications’ discharge requirements. Based on criteria including:

    • Initial and end-of-life capacitance values, the latter of which is defined as exhibiting 70% of rated capacitance and 200% ESR
    • Initial and final voltage
    • Constant current, constant power, or constant resistance modes
    • Power (W)
    • Duration time

    Users can identify recommended supercapacitor solutions ranging from single cells and modules to series and parallel combinations of parts and enjoy one-click access to detailed information about the proposed solutions, including physical and electrical characteristics, input values, part number explanations, and even interactive voltage and current vs. time graphs.

    KYOCERA AVX supercapacitors, including SCC and SCM Series supercapacitors and supercapacitor modules, provide engineers with a number of practical advantages, such as:

    • Capacitance values extending from 0.47F to 3,000F, depending on the series
    • High pulse power and large energy storage capabilities
    • Low ESR and low leakage current ratings
    • Reliable performance and long lifetimes when designed-in
    • Support for series and parallel configurations capable of achieving custom working voltage and capacitance ratings
    • Faster charge/discharge cycles, better performance over a wider range of rated operating temperatures (-40°C to +65°C at rated voltage or +85°C with appropriate derating), and superior cycle life compared to batteries
    • The ability to extend primary and secondary battery lifetimes by a minimum of 2x on average
    • The option of bent leads, custom wiring, connectors, and solder/weld terminals
    • Rugged designs, including high-reliability, moisture-resistant models and automotive-grade options qualified to AEC-Q200
    • Competitive pricing
    • Favorable lead-times
    • Manufacturing ownership and supply chain confidence
    • Highly experienced engineering and technical support services

    These unique characteristics also enable broad application suitability. KYOCERA AVX supercapacitors are ideal for emergency memory and power backup, battery supplement, peak power assist, and pulse power applications in

    • Automation, robotics, and smart metering equipment
    • Engine and motor starters
    • Uninterruptible power supplies
    • Wind turbines
    • Mobile communications (GSM), radio (GPRS), telemetry, wireless alarm, emergency lighting, and hybrid systems
    • Handheld controllers and scanners
    • Electronic locks
    • Wearables

    “Supercapacitors, like our SCC and SCM Series, provide a number of unique advantages over both electric and dielectric capacitors and batteries and help engineers in the industrial, energy, automotive, transportation, telecommunications, commercial building, and consumer electronics markets overcome common power challenges. So, we’re very excited to release the new SpiCAT SpiSCAP online simulation software to help them evaluate and select supercapacitor solutions optimized for their unique application demands,” said Jiri Machanicek, product manager, KYOCERA AVX Components – Europe.

    About KYOCERA AVX

    KYOCERA AVX, established in 1972, is a global manufacturer and supplier of electronic components, including capacitors, inductors, resistors, filters, sensors, controls, connectors, and antennas. Serving industries such as automotive, aerospace, medical, consumer electronics, industrial, and military, the company is dedicated to accelerating technological innovation and building a better future. Headquarters in Fountain Inn, SC, KYOCERA AVX operates research, development, and manufacturing facilities across more than 15 countries. As a wholly owned subsidiary of Kyocera Corporation, the company benefits from shared resources and technical expertise. In the fiscal year ending March 31, 2024, Kyocera Corporation reported consolidated sales revenue of approximately $13.3 billion.

    Source: KYOCERA AVX

  • Teledyne Completes Acquisition of Excelitas Aerospace, Defense Business

    Teledyne Completes Acquisition of Excelitas Aerospace, Defense Business

    THOUSAND OAKS, CA, Feb 5, 2025 – Teledyne Technologies Inc. announced the successful completion of the acquisition of select aerospace and defense electronics businesses from Excelitas Technologies Corp. for approximately $710 million. The acquisition includes the optical systems business known under the Qioptiq brand based in Northern Wales, UK, as well as the U.S.-based advanced electronic systems business.

    The UK-based optical systems business provides advanced optics for heads-up and helmet-mounted displays, dismounted tactical night vision systems and proprietary glass used in space and satellite applications. In the U.S., the advanced electronics business provides custom energetics, including electronic safe and arm devices, high-voltage semiconductor switches and rubidium frequency standards for defense and space applications. The acquired business will be included in Teledyne’s aerospace and defense electronics segment and operate under the name Teledyne Qioptiq.

    “We are pleased to have expeditiously closed this acquisition, which represents our tenth corporate carve-out transaction,” said Robert Mehrabian, executive chairman. “Teledyne Qioptiq adds new technology and highly complementary products and customers, and we are delighted to welcome this business and its employees to Teledyne.”

    “The combination of Teledyne Qioptiq’s technologies and our existing broad portfolio of defense products will give us additional opportunities to deliver solutions to our customers,” said George Bobb, president and chief operating officer. Doug Benner, EVP and GM, Teledyne Qioptiq added, “We are excited about the future and look forward to a seamless integration that will benefit our employees and customers.”

    About Teledyne

    Teledyne Technologies Inc., founded in 1960 and headquartered in Thousand Oaks, CA, is a diversified industrial conglomerate specializing in advanced technology and high-reliability solutions. The company operates in four primary segments: digital imaging, instrumentation, engineered systems, and aerospace and defense electronics. Teledyne serves in domains including aerospace and defense, factory automation, environmental monitoring, oceanographic research, deepwater oil and gas exploration, medical imaging, and pharmaceutical research. In 2023, Teledyne reported revenues of approximately $5.5 billion and employed around 14,900 individuals worldwide.

    Source: Teledyne