Aero-structures manufacturing companies manufacture components of an aircraft’s airframe. This may include all or part of the fuselage, wings, or flight control surfaces. Aero-structures manufacturers also carry out testing of the individual components or of the complete structure on a Universal Testing Machine. Tests carried out by them include tensile, compression, fatigue, flexure, impact, and compression after impact tests. Aerostructures manufacturing companies focus on the design and assembly of complex structures for civil and military aircraft.

Manufacturers of aerostructures also provide airline operators with a world-class service with their focus on speed and ease. For years now, airline operators around the world have known that when it comes to unmatched support of their fleets, aerostructures manufacturers network of Maintenance, Repair and Overhaul (MRO) centers stand ready to respond. Aerostructures certified repair centers exist all over the world and their unrelenting commitment to customer satisfaction is a way of life for the employees of Aerostructures companies.

With the capabilities of an aircraft manufacturer, Aerostructures manufacturers’ have the ability to engineer and fabricate complete aircraft structures and systems that enable them to also offer solutions providing OEM post-line fitment modifications for retrofitting and upgrades. Also, they offer volume build products for production line fit. An Aerostructures companies’ solutions are supported by extensive facilities, including workshops, assembly lines and hanger space. With the intention of serving customers with simplicity and speed, Aerostructures manufacturing companies’ MRO facilities have expanded over the years into the world’s largest networks. By locating where their customer’s are located, their teams are able to develop a high level of intimacy with the airlines companies, and integrate their needs with logistic support and MRO execution.

Whether it be flying in a commercial plane to visit friends and family, or thinking about a loved one in the military that is always aboard military aircrafts, the prayers are there that the plane or helicopter will have a safe flight. That is where aero structures come into play. Aero structures are an important component of any plane or helicopters airframe enabling them to fly through the sky safe and sound.

There are aero structures in private jets, commercial planes, military planes, or just any flying vehicle that we have, or at least you should hope there is one. Otherwise, the plane would not stay up in the sky. A faulty aerostructure could result in terrible measures for the safety of those on board. Having your aircraft be a dependable one is important and that is why choosing an aerostructures manufacturer with a great reputation is key.

The manufacturers of aero structures are held in charge of the building and assembly of the aircraft. In order to ensure the best quality aircraft, it is important that the designer and engineer have years of experience and a high level of knowledge pertaining to their field. Every step in the assembly of an aircraft is as important as the one before it. With so many steps along the way it is important that the designer or engineer be an expert in that step. It may be the case that several different people have worked together in the assembly of the aircraft, each specializing in their own step of the procedure.

It is also important that the manufacturer keeps up to date on new safety standards and the best ways to most efficiently design and produce their product. Although cost is not a matter in ensuring the safest possible aircraft, a seasoned manufacturer will be able to balance cost and profit margin with safety.

You may wonder what the importance of aero structures is to you. Most people do not think about the mechanics of an aircraft unless they are boarding a commercial flight. However,there are far more aircrafts then just the ones we board to go on vacation or off on business. We use planes and helicopters in the military, transport planes and cargo planes deliver food to where it needs to go, crop dusters fly over our crops to keep food production up to par, and many other modes of air transport are used every day behind the scenes to provide people the services they want and need.

Keeping planes working in the absolute best condition possible is a high priority for commercial airlines and for military applications.Therefore,companies that manufacture aero structures are always needed for replacement of parts that are wearing out or breaking.Aerostructure manufacturers must keep testing standards and procedures stringent to avoid disasters on a large scale.Testing for aerostructures is usually performed on a universal testing machine.The tests run on the universal tester include compression, impact, tensile, flexure, fatigue, and post-impact compression.High quality of materials and production are necessary not only to keep people safe in the aircraft, but also for the manufacturing company to stay in business.

If the aerostructures can deemed unsound after installed in the aircraft, it is a huge hit to the financial statements of the manufacturer.A plane crash that is the result of the failure of aero structures can destroy a manufacturing company.The highest profit margin in the manufacturing of aircraft parts comes when a company gains government contracts for airplane or helicopter parts.Governments tend to pay high prices and set longer contract terms than private aircraft companies and commercial airlines do.

Given the wide range of aircraft soaring through the skies these days, aerostructures are in high demand.Think of all the types of flying machines: commercial freight planes, passenger jets, military cargo planes, fighter jets, bombers, surveillance planes, crop dusters, sea planes, helicopters of all types, space shuttles, rockets, and more.Each type of plane has a range of specific brands and models with slight or dramatically different designs.The parts for these planes can vary greatly or minutely, but the individual parts will still need to work exactly as designed.With more and more applications arising for the use of aircraft, it doesn’t look like the aero structures manufacturing business is going anywhereanytime soon.