Aircraft and Space

Discover the latest innovation in aircraft and space engineering: a newly published international standard, FprEN 3646-002, unveiled in January 2026. This crucial document sets out performance and contact arrangement specifications for electrical circular connectors with bayonet coupling, designed for high-reliability operation at temperatures up to 175 °C and 200 °C. Industry professionals—including quality managers, engineers, and procurement teams—will find in-depth coverage of technical requirements, compliance implications, and actionable insights for implementation. This comprehensive analysis is essential reading for anyone committed to safety, reliability, and future-proofing electrical systems in aerospace applications. See how this standard shapes quality, performance, and global compatibility in the evolving field of aircraft and space vehicle engineering.

Explore the critical December 2025 updates in aircraft and space engineering standards, with five newly published specifications shaping quality, safety, program management, and fiber optic systems. This comprehensive article covers new and revised standards for fasteners, electrical cables’ fire resistance, program execution logic, and advanced fiber optic handling techniques. Learn how these standards enhance reliability, compliance, and operational excellence for aerospace manufacturers, engineers, and quality managers. Essential reading for professionals seeking the latest technical and compliance insights in the fast-evolving aerospace and space sector.

Explore the essential new standards published for aircraft and space vehicle engineering in December 2025. This article (Part 3 of 5) covers five pivotal specifications for steel forgings, alloy remelting stocks, uncrewed aircraft traffic management, and aerospace electrical contacts. Key updates address manufacturing quality, safety, interoperability, and compliance for aerospace professionals. Discover technical insights, implementation strategies, compliance deadlines, and the practical impacts on organizations in the aviation and aerospace sectors. Industry professionals—including engineers, quality managers, and procurement specialists—will gain actionable knowledge for staying ahead with the latest industry guidelines. Dive in to maintain a competitive edge and ensure compliance with global standards through iTeh Standards.

Discover the latest December 2025 updates in aerospace and space vehicle engineering with the publication of five new standards for electrical contacts. This article provides a deep dive into the specific requirements, technical improvements, and testing protocols established by the new CEN standards (including FprEN 3155-044, 045, 070, 074, and 071). Industry professionals, engineers, and compliance managers will learn how these standards impact design, safety, manufacturing, and regulatory compliance for aerospace connectors and wiring systems. Explore key highlights, best practices for implementation, and practical insights on maintaining quality and reliability in critical aircraft and spacecraft systems. Stay informed of crucial changes to ensure your organization remains at the forefront of international compliance and technical innovation.

Discover the latest December 2025 updates in aircraft and space engineering standards, featuring two new releases: FprEN 3155-075 addressing quadrax electrical contacts, and FprEN 4641-001 covering technical specifications for 125 µm fiber optic cables. This article breaks down their technical requirements, compliance impacts, and practical implementation strategies. Essential reading for aerospace engineers, quality managers, compliance officers, and procurement professionals looking to stay ahead in safety, reliability, and quality assurance. Stay informed on the newest standardization in aircraft connectivity and optical networks with actionable insights from iTeh Standards.

Explore the latest December 2025 updates in aerospace material standards with this in-depth article from iTeh Standards. Covering five essential new standards for steel and heat-resisting alloys in the aircraft and space vehicle engineering sector, this resource details requirements for plates, bars, tubes, wires, and forging stocks. Industry professionals, engineers, compliance managers, and procurement specialists will benefit from a clear breakdown of specifications, compliance considerations, technical insights, and best practices to maintain safety, performance, and regulatory alignment. Stay ahead of evolving global requirements, understand the practical impacts, and access direct links to full standards for advanced material selection and supply chain assurance.

Explore the latest advancements in aircraft and space engineering with two new standards published in November 2025: EN 9242:2025 and EN 4709-001:2025. Discover comprehensive guidelines for aerospace programme management and the essential requirements for unmanned aircraft systems (UAS) operating in the open category. This article highlights critical compliance points, industry benefits, and practical guidance for implementation. Stay ahead in aerospace program execution and UAS product development by understanding these updated international specifications. Industry professionals, engineers, and compliance managers will benefit from actionable insights and authoritative guidance provided for the evolving landscape of aircraft and space vehicle engineering standards.

Looking back at October 2025, the Aircraft and Space sector saw the publication of three pivotal standards focusing on launch site failure analysis, requirements for small spacecraft, and electrical arc resistance in aerospace cabling. This monthly overview offers industry professionals, quality managers, compliance officers, and engineers an in-depth analysis of these standards, summarizing their core requirements, significance to the industry, and practical implementation considerations. Key themes include risk management in launch operations, the standardization of small spacecraft, and enhanced safety for aerospace electrical systems. Explore this comprehensive recap to stay informed, identify trends, and ensure your organization’s continued compliance in a rapidly evolving aerospace landscape.

This monthly overview explores the key standards published in October 2025 for the Aircraft and Space Vehicle Engineering sector (ICS 49). Part 1 of the recap examines five critical documents addressing eco-efficiency in aerospace catering equipment, specialized electrical contacts, and core vocabulary for liquid rocket engines. From efficiency benchmarks for galley appliances to robust electrical connector specifications and a comprehensive terminology update for space propulsion, the review highlights the sector’s focus on sustainability, safety, and harmonized practices. Essential reading for engineers, quality managers, compliance officers, and researchers aiming to stay informed and enhance operational excellence through the latest standards developments.

This monthly overview examines the standards published in September 2025 for the Aircraft and Space Vehicle Engineering sector (ICS 49), providing industry professionals a comprehensive summary of three pivotal standards. The review covers EN 4727:2025 on standardized passenger seat weight information, ISO 10786:2025 addressing structural requirements for space systems, and prEN 4709-008 on C5 accessory kits for unmanned aircraft. Key themes include weight transparency, safety, compliance, and modularity in aircraft and space system design. This resource is tailored for engineers, compliance officers, quality managers, and procurement specialists needing to stay abreast of regulatory developments, offering critical analysis of sector trends, implementation guidance, and practical significance to support informed decision-making and operational excellence.

This monthly overview explores the five standards published in May 2025 for the Aircraft and Space Vehicle Engineering sector. Covering advances in electrical and optical cabling, rigorous change management protocols, and technical reviews of electrical wire derating, these standards shape quality, safety, and innovation in aerospace and space systems. Perfect for engineers, compliance officers, and quality managers, this analytical recap highlights key themes, notable revisions, and practical compliance guidance. Stay informed on the latest industry direction and critical requirements to ensure your organization meets evolving engineering best practices. Explore detailed backlinks to access each standard on iTeh Standards.

This comprehensive monthly overview examines key standards published in May 2025 for the Aircraft and Space Vehicle Engineering sector. Part 2 of our three-part series explores five essential standards, including guides for dependability, safety, and reliability control, updated FRACA process requirements, modernization processes for launch complexes, and testing methods for connections subject to vibration. The analysis highlights common themes of safety assurance, lifecycle reliability, modernization, and quality management—providing context on industry direction and implementation guidance. Professionals in engineering, compliance, and procurement will find essential insights to inform best practices and ensure compliance with the latest technical and program management requirements. Catch up on the month’s most significant standardization activity and understand what these publications mean for your organization and the broader sector.

This monthly overview examines the most significant standards published in May 2025 for Aircraft and Space Vehicle Engineering. Covering five new or revised ISO standards—from procurement specifications for high-strength bolts to crucial procedures for the surface treatment and anodizing of aerospace alloys—this analytical recap offers industry professionals, engineers, quality managers, and compliance officers an essential resource to catch up on critical regulations and best practices. Discover the technical requirements, emerging trends, and compliance insights that defined May 2025’s standardization activity in this sector. Stay informed and ensure your operations align with the latest international expectations by reading this detailed, retrospective summary.

The space industry is one of the most promising sectors of the world economy, especially given all the potential for international cooperation. At the same time, you need to understand that the competition in this industry is very high, as a rule, success here can only be achieved if you produce high-quality space equipment that meets international standards. Another distinguishing feature of this segment is the constant invention of new technologies that are important to immediately apply in their work. The competitiveness of spacecraft companies is directly proportional to the speed with which they respond to updates. One of the options that we can advise you if you are interested in being a leader in your market, as well as increasing the profitability of your company, is to focus your work on international standards, as they are constantly updated taking into account current changes in market. The norms, which are described in international standards, regulate the necessary studies and the methodology of checks, both of the components of space systems and of finished ships. This information will be useful to those companies that want to understand the needs of the market and maintain a leading position. We have collected some of these standards for you in this article so that you can familiarize yourself with them in advance.

Modern technologies have long given a person the opportunity to get closer to such, at first glance, an unattainable value as space. Scientific achievements in this area every year more and more prove to us that nothing is impossible in the world, in particular, space flights are becoming more accessible than it was several decades ago. However, do not neglect the fact that all this became possible, in many aspects, thanks to properly designed spacecraft. Therefore, we believe that it is necessary to emphasize separately how important it is to use in our work the international standards that govern space engineering. Of particular importance is ensuring the safety of the spacecraft crew, which can only be achieved if the norms specified in international standards are followed. These documents regulate the processes of verification and testing of spacecraft, taking into account all possible scenarios for the development of events after their launch. Moreover, thanks to the information that is collected in these documents, the manufacturer will be able to produce high quality products that will also be competitive in their segment. The international standards that we have compiled for you in this article will be useful for those entrepreneurs who seek to take and maintain leadership in their market segment.

Over the past few decades, space engineering has made a huge breakthrough and space, which previously seemed unattainable, is getting closer to us every year. Given these positive developments in space exploration, it is worth noting the importance of international cooperation in this area. As we can see, many spacecraft companies are trying to outperform their competitors in order to be at the forefront of their industry. Naturally, those manufacturers who make a quality product that meets international requirements can maintain leadership. It is quite natural that the field of space engineering is regulated by a huge number of regulatory documents, since this industry is rightfully one of the most complex. On the one hand, in order to ensure the safety of employees who will continue to operate the spacecraft, it must be subject to a greater number of tests and checks, some of which will have to take into account all possible external and internal threats. On the other hand, the unified requirements for the creation of spacecraft make it possible to expand international cooperation between companies, since their activities are strictly regulated. Manufacturers who want to expand their market share as well as maintain their competitive position must constantly monitor the updates that appear in international standards in the field of space engineering. Some of these documents we have collected for you in today's article. This text will help you partially form your understanding of what standards you need to implement in the work of your company.

International cooperation in the field of space development is possible provided that all companies that take part in it regulate their activities by the same legal documents. Therefore, if we are talking about companies that are engaged in developments in the field of space engineering, then all their production processes must be strictly regulated in accordance with international requirements. The development of space systems is a multilevel process, where each stage has its own technical features. A very important point that concerns space systems is the issue of their safety, since the life of the crew that will operate these systems directly depends on it. Verification of finished systems involves several stages of the procedure, which in turn makes it possible to conduct tests in different conditions, taking into account the most negative of them. In order to ensure the reliability of space systems, it is worth simulating a critical situation, taking into account all possible consequences. Such a step will provide an opportunity to assess the system's resistance to the influence of external factors. We have prepared an article for you in which we have collected certain articles that discuss the requirements for the production of components of space systems. This text will be especially useful for companies that operate in this segment and want to be competitive in the market, as well as take a leading position among their competitors.

At the beginning of the 21st century, technologies quickly burst into our lives, which continuously continue their improvement to this day. Fantastic films of the past are becoming more and more similar to our today's reality, because humanity even conquers space. Despite the fact that today this industry, namely space engineering, has a huge potential for the development and scaling of research. It should not be forgotten that the building of any successful system depends to a large extent on how well the regulation was carried out at the initial stages and how much the launch of a particular project was carried out in accordance with the rules and regulations of the relevant jurisdiction. To date, there are a large number of international standards for various types of equipment and for absolutely every field of activity. Space engineering is no exception, with the main and most relevant standards for which we will acquaint you today.