Aircraft Parts

Pneumatic rivet guns help technicians install rivets when assembling or repairing aircraft sheet-metal structures. Powered by compressed air, these tools deliver repeated impacts or pulling force, depending on the design and fastener involved.

Applications include skin repairs, bracket installation, and structural fastening where maintenance instructions specify riveting. Correct results depend on matching the tool, rivet, attachment, and installation method not simply choosing a powerful gun. Read more >>

Aviation headsets help pilots hear radio and intercom audio, speak clearly, and manage cockpit noise. Unlike ordinary headphones, an aviation headset combines hearing coverage, an adjustable microphone, aircraft-compatible connections, and controls made for use during flight.

The right model depends on aircraft type, cockpit noise, impedance, connector, power source, microphone design, and equipment requirements. A headset that works in a training airplane may not perform properly in a helicopter or transport aircraft. Read more >>

Aircraft fire extinguishers are designed to control fires in areas such as passenger cabins, flight decks, galleys, and aircraft compartments. Depending on application, aircraft may use portable extinguishers or fixed fire-suppression systems with different agents. Read more >>

ATA codes are standardized chapter classifications used to organize aircraft systems and technical information. They help aviation professionals navigate documents such as Illustrated Parts Catalogs (IPCs), Aircraft Maintenance Manuals (AMMs), Component Maintenance Manuals (CMMs), and other technical publications.

An ATA code identifies a broad aircraft system or technical subject not a specific aircraft part. For example, ATA 32 refers to landing gear, while the complete part number, aircraft effectivity, and applicable technical documentation are needed to identify and verify an individual component. Read more >>

A deep groove ball bearing supports radial load and moderate axial load while allowing low-friction shaft rotation. Its compact design and high-speed capability suit aircraft accessories, motors, pumps, generators, gearboxes, vehicles, and industrial equipment. Read more >>

Aircraft connectors may be small, but a loose contact or damaged seal can interrupt anything from cabin lighting to flight-critical data. Unlike everyday plugs, they must maintain continuity through vibration, temperature changes, moisture, fluids, and repeated maintenance. Read more >>

Propellers serve a fundamental function in transforming engine power into the thrust needed to create momentum. To accommodate varying flight conditions and operational demands, aviation systems employ numerous propeller designs and configurations with distinct characteristics. In this blog, we will explore the main components that make up an aircraft propeller, discuss several widely used propeller types, and cover key maintenance practices that can promote dependable performance. 

What Are the Main Components of an Aircraft Propeller?

Aircraft propeller assemblies rely on multiple interconnected parts that work together to form a complete operating system. Although exact construction and arrangement vary between propeller designs, several aircraft components can be found across different configurations, including:  Read more >>

In general, bearings are placed in a variety of mechanisms to guide rotating, oscillating, or linear motion with little to no friction, all while maintaining proper spatial alignment while supporting applied loads. As imposed forces can vary between setups, either imposing radial loads that are perpendicular to a rotating shaft, axial loads that act along the centerline, or a combination of both, no single bearing design will be able to accommodate them all. With this in mind, we will explore more about axial load bearings in this blog, including which types may be best for particular situations and some of the installations you can find them in.

What Constitutes an Axial Load Bearing?

Simply put, axial load bearings are designed to absorb force along the direction of a shaft when installed, preventing forward or backward sliding movement under pressure. While axial load bearings vary in form to perform different tasks, their most crucial design is the internal direction in whi......Read more >>

Aircraft propeller assemblies are essential components for flight propulsion across many legacy and modern models alike, serving a common role in generating thrust through the rapid rotation of aerofoil-shaped blades. Whether present on a simple, piston-engine trainer or an advanced, turbofan-driven commercial airliner, the quality of an aircraft propeller assembly is crucial for the impact it can have on operational safety and the overall performance of an airframe. Therefore, operators looking to ensure these intricate mechanical systems remain compliant with rigorous airworthiness standards must engage in regular maintenance and execute careful procurement practices for any new or replacement parts. 

Propeller condition can change through normal wear, environmental exposure, or damage encountered during operation, and when inspections identify a problem that requires specialist attention, operators may need an appropriately equipped repair facility that is capable of perfor......Read more >>

Maintaining operational continuity in aerospace and heavy industrial sectors commonly demands close attention to mechanical wear and system stability, especially when it comes to any equipment that involves moving elements. This is because a single rotating assembly failure can easily halt production lines or compromise safety-sensitive flight linkages, among other issues. For this reason and others, it is necessary that procurement and maintenance teams leverage suitable hardware that can withstand heavy radial and axial loads without losing alignment over time.

In many high-vibration environments, standard bearings can be prone to shifting out of place, leading to problems like accelerated friction, premature wear, and potential system failure. Flanged bearings are a more specialized variation that addresses such concerns by providing a permanent structural stop, making them a useful solution for prospective buyers. For sourcing teams who are seeking to make more informed purchas......Read more >>