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Aerospace manufacturer

technology Maturity 9-11

People build things that fly.

A321 final assembly (9351765668).jpg
A321 final assembly (9351765668).jpg
They make big planes. They also make rockets for space.
AIM in clean room.jpg
AIM in clean room.jpg
These things help us travel far. They can even go to the stars. Do you like to fly?

41 words

Some people build things that fly.

A321 final assembly (9351765668).jpg
A321 final assembly (9351765668).jpg
They make big planes for people. They also make rockets for space.
AIM in clean room.jpg
AIM in clean room.jpg
These makers build parts for planes too. They also make missiles. They can even fix old planes. This work is very high tech. Many lands help build these things. The United States builds a lot. France and China also build many. It is a very big job.
ConsolidatedWomenWorkers.jpg
ConsolidatedWomenWorkers.jpg
People all over the world work on flying machines.

83 words

Aerospace manufacturers make things that fly.

A321 final assembly (9351765668).jpg
A321 final assembly (9351765668).jpg
They design and build many machines. These include big airliners for people. They also make rockets for space.
AIM in clean room.jpg
AIM in clean room.jpg
Some makers build missiles or parts for planes. They even help fix old aircraft. This work is called the aerospace industry. It is a very high tech field.

Many countries work in this field. The United States is a leader. It has a very big industry. France and China also build many things.

ConsolidatedWomenWorkers.jpg
ConsolidatedWomenWorkers.jpg
In the U.S., NASA and the Department of Defense buy many products.

Companies often join together to grow. This is called a merger. One company might buy another company. This helps them make more things. In 2017, the whole global industry was worth $838.5 billion. Many parts of the world help. For example, Airbus has parts in Germany and Spain. Boeing is a major company in the United States. The work is huge and helps us travel the world.

165 words

Aerospace manufacturers are the companies that design and build machines for flight.

A321 final assembly (9351765668).jpg
A321 final assembly (9351765668).jpg
These experts work on many different things. They build large airliners for civil aviation to carry people. They also make rockets and spacecraft for exploring the stars.
AIM in clean room.jpg
AIM in clean room.jpg
Some companies focus on military aviation by making missiles or rockets. They also build and maintain parts for aircraft. This entire field is known as the aerospace industry. It is a very high technology business that requires great skill.

How does this industry work? It starts with a design and a set of rules. Most production follows type certificates or Defense Standards. These are rules set by a government body to keep things safe. Companies build the machines and then test them. After that, they sell them to customers like airlines or the military. They also provide MRO, which stands for maintenance, repair, and overhaul.

ConsolidatedWomenWorkers.jpg
ConsolidatedWomenWorkers.jpg
This means they help fix and look after planes so they stay safe to fly.

This industry has a long and changing history. In the United States, the industry once had over 1,000,000 workers. This was during the Reagan Administration. Later, the number of jobs dropped to 444,000 in 2004. To help the U.S. stay strong in this field, a program called Project Socrates was started. This helped the U.S. capture 72 percent of the world market. By 1999, that share fell to 52 percent. Companies also change by joining together through mergers.

Many large countries lead the world in making these machines. In 2017, the global aerospace industry was worth $838.5 billion. The United States was the largest with $408.4 billion. France followed with $69 billion, and China had $61.2 billion. The United Kingdom and Germany were also top leaders. Big companies like RTX Corporation and Airbus lead the way. RTX Corporation had $67.1 billion in revenue in 2022. Airbus had $66.6 billion in revenue in that same year.

You can see the impact of this industry in your daily life. When you fly on a vacation, you are likely using an airplane. These planes might be made by companies like Boeing or Airbus. Many parts of the world work together to build them. For example, Airbus uses parts from Germany and Spain. Even the engines are made by special companies like GE Aerospace. This huge global network makes modern travel possible for everyone.

398 words

An aerospace manufacturer is a specialized company or individual. They are involved in designing, building, testing, selling, and maintaining complex machines. These machines include aircraft, aircraft parts, missiles, rockets, or spacecraft. Because these technologies are so advanced, it is considered a high technology industry. The term "aerospace industry" is a broad category that covers everything from civil aviation to space exploration.

A321 final assembly (9351765668).jpg
A321 final assembly (9351765668).jpg

To ensure safety and reliability, manufacturers follow strict processes. Most production is done according to type certificates. These are official documents issued by a government body. They also follow Defense Standards for military equipment. The process involves designing the machine and then manufacturing parts. Once built, the machines must undergo rigorous testing. Manufacturers also provide MRO, which stands for maintenance, repair, and overhaul.

ConsolidatedWomenWorkers.jpg
ConsolidatedWomenWorkers.jpg
This service ensures that aircraft remain safe for continued use.

The industry is divided into several distinct market segments. In 2015, aircraft production was valued at US$180.3 billion. This market was split into different types of vehicles. Airliners made up 61% of that value. Business and general aviation accounted for 14%. Military aircraft represented 12%, while military rotary wing aircraft made up 10%. Civil rotary wing vehicles accounted for the remaining 3%. The broader global aerospace industry was worth $838.5 billion in 2017. This total included satellites, space technology, and missiles.

AIM in clean room.jpg
AIM in clean room.jpg

History shows that the industry is constantly changing through consolidation. Consolidation happens when companies merge to become one larger entity. Between 1988 and 2010, over 5,452 mergers and acquisitions were announced. These deals had a total known value of US$579 billion. In 1993, a famous meeting called the "Last Supper" occurred at the Pentagon. Defense Secretary Les Aspin told contractors that there were too many suppliers. This led to massive mergers in the military-industry sector. For example, Boeing bought McDonnell Douglas for US$13.3 billion in 1996.

Many countries maintain large industrial bases for aerospace. In 2017, the United States led the world with $408.4 billion. France followed with $69 billion, and China had $61.2 billion. The United Kingdom and Germany also held major positions. These top ten countries represented $731 billion of the global industry. The United States is particularly attractive for manufacturing. It has a large industry and an educated workforce. However, it also faces high costs and average tax policies.

A321 final assembly (9351765668).jpg
A321 final assembly (9351765668).jpg

Large corporations dominate the global revenue rankings. In 2022, RTX Corporation reported $67.1 billion in revenue. Airbus followed closely with $66.6 billion. Lockheed Martin reported $66.0 billion in revenue. Boeing reported $61.8 billion for the same year. These companies operate in many different countries. For instance, Airbus has major operations in France, Germany, and Spain. Boeing is closely tied to Washington state in the United States. This state is home to 1,400 aerospace-related businesses.

The industry relies on a complex global supply chain. In the past, manufacturers were vertically integrated. This means they owned almost every part of the process. Today, many use a "Tier 1" supply chain model. This model was pioneered by the Bombardier Global Express. In this system, limited partners help fund development costs. This allows companies to share the financial risks of building new technology. Major suppliers like United Technologies and GE Aerospace provide essential components. This interconnected system allows for the creation of incredibly advanced flight technology.

552 words
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File:A321 final assembly (9351765668).jpg
A321 final assembly (9351765668).jpg
File:AIM in clean room.jpg
AIM in clean room.jpg
File:ConsolidatedWomenWorkers.jpg
ConsolidatedWomenWorkers.jpg
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