Aerospace Parts

When it comes to reliably managing the handling and stability of an aircraft, flight control systems and their actuators are key. Among the many manufacturers of actuation solutions, Collins Aerospace stands out in particular for their technological innovation that delivers performance, safety, efficiency, and responsiveness. For procurement professionals who are seeking suitable options for their projects and operations, having a basic understanding of the general range of options from Collins Aerospace, their respective applications, and important sourcing considerations is all critical for ensuring optimal performance and lifecycle value over time. As such, be sure to read on as we cover these points of discussion and more. Read more >>

With over 15 years of operations, ASAP Semiconductor has long supported the aerospace industry with our comprehensive part procurement services and project management solutions tailored to meet the unique needs of civil and defense operators alike. Serving a global customer base that ranges from commercial operators and government entities to maintenance, repair, and overhaul (MRO) providers, we have built our reputation on reliable fulfillment, responsive service, and technical expertise. As we enter the new year, we are reinforcing this commitment by integrating thousands of new and in-demand aerospace part numbers into our inventory, addressing shifting market conditions and the evolving needs of aviation professionals we serve. Read more >>

Fasteners are a basic building block of countless assemblies, finding use in many industries and applications with their basic role in securing items together. This use is no different for aviation, though the fasteners used for aircraft construction are upheld to much more strenuous specifications for manufacturing and testing to promote safe flight and other important objectives. This is where aerospace-grade fasteners come in, such components allowing engineers to establish highly reliable joints for airframes, engines, interiors, control systems, and much more. If you are interested in learning more, read on as we provide an in-depth overview of what constitutes an aerospace-grade fastener, why they are essential for maintaining flight safety, and important considerations for procuring them. Read more >>

Fasteners have a decisive impact on safety and performance across many installations, with some being expected to withstand extreme strain, vibration, and environmental challenges. No matter the intended application, achieving this reliability demands meticulous quality assurance and careful testing during production. This blog will examine what goes into making dependable rivets specifically, covering some of the most prominent standards that govern their manufacturing and the types of testing that often take place. Read more >>

To ensure the best solutions for operations, aerospace buyers routinely source standardized hardware that is engineered to deliver consistent mechanical behavior under intensive vibration, thermal cycling, dynamic loading, and extended service intervals. When navigating these demanding conditions, procurement teams often benefit from reference data sets and specifications that outline the dimensional controls, material selections, and performance criteria associated with the major aerospace fastener standards. In this blog, we will examine how NAS, MS, and MIL-SPEC data all contribute to informed sourcing decisions while clarifying common misconceptions that can complicate the hardware-procurement process. Read more >>

High-strength adhesive solutions serve a critical function in aerospace applications by efficiently joining lightweight composites and metals while reducing the additional mass often introduced by mechanical fasteners. To perform these functions effectively in safety-critical, highly regulated environments, aerospace-grade adhesives are typically engineered to deliver robust bonding strength and exhibit rigorous manufacturing standards. In this blog, we will examine core material properties that characterize aerospace-grade adhesives, explore how these products are integrated into manufacturing processes, and present essential maintenance practices that help sustain bond integrity throughout an aircraft’s service life. Read more >>

Fasteners are fundamental components in aviation engineering and construction, serving to securely join various parts of an aircraft. While the hardware and components regularly used in aviation settings are held to stringent performance and quality standards, those that are engineered for military purposes are subject to even stricter requirements as a result of the critical nature of defense missions. This is where military specification (MIL-SPEC) fasteners come in, such options being popularly used throughout defense applications as a result of their unique features, capabilities, and standardizations. In this blog, we will provide an overview of MIL-SPEC fasteners for those who wish to learn more, highlighting their significance and distinguishing features, as well as the most common types utilized in military aircraft. Read more >>

Pressure sensors are vital to a range of operations and industries, providing a means of accurately responding to pressure fluctuation while creating electrical signals for readings. This basic function is paramount for applications ranging from aerospace and automotive vehicle operations to medical and industrial equipment functionality. For pressure sensors to maintain their accuracy and reliability across these settings, it is necessary to carry out regular calibration and maintenance. Without these essential practices, users may face a host of measurement errors and issues, leading to inefficiencies, safety risks, and even the chance of system failure. In this blog, we will provide an overview of the importance of calibrating and maintaining pressure sensors, detailing best practices to uphold their performance and longevity. Read more >>

BAE Systems, a British multinational security, defense, and aerospace company, has recently taken a 20% stake in Reaction Engines, which is a small, privately held, British technology company. Reaction Engines has been investing in innovative propulsion technology which would hopefully cut the costs of space travel significantly. According to the managing director of Reaction Engines, the company has been working on new ways to create a launcher which could take off in a similar fashion to an aircraft, which would then fly into space, release its satellite, and then ultimately return to Earth for reuse within 48 hours. Read more >>

Engineers from NASA and Lockheed Martin have recently welded the forward bulkhead and tunnel of the Orion crew module which will fly on top of the Space Launch System (SLS) rocket. This module for the Orion is currently being worked on at an assembly facility in New Orleans. The main structure of the Orion crew module requires seven substantial aluminum pieces. The forward bulkhead, which sits on top of the spacecraft, will feature vital systems such as the parachutes which will deploy during re-entry. The tunnel of the Orion crew module will act as a passageway for astronauts to navigate through between the module and other spacecraft. Read more >>