Europe Aerospace Parts Manufacturing Market

Market Overview

During the forecast period (2022–2030), the Europe Aerospace parts manufacturing market is estimated to increase at a CAGR of 5.2%, reaching 401.16 billion USD by 2030.

Manufacturing aerospace parts is a multibillion-dollar industry that demands a high level of skill and technological knowledge. Producing parts and components for aircraft and spacecraft is the primary focus of the aerospace parts manufacturing sector, which is exactly what one would expect from the industry's name.

When we talk about aeroplanes and spacecraft, the first thing that comes to everyone's mind is how secure these vehicles are. The components of aerospace vehicles need to be able to withstand high impact, fluctuating temperatures, and stress throughout their journeys. As a result, these components need to be durable, resistant, and lightweight all at the same time. As a result of these factors, the precision tolerances required in the manufacturing of aerospace parts are extremely stringent.

The aerospace industry is always improving its aircraft to meet the high needs of its serviceable consumers by adding a variety of new accessories and services that will allow passengers to have a safer and better travelling experience. To make this happen, the aircraft must be renovated or a whole new-generation aircraft must be built. To meet the new-age demands of passengers, numerous parts are developed, propelling the Europe aerospace parts manufacturing market industry forward.

Market Dynamics

Drivers

Increased Replacement of Aircraft Fleets

Increased fleet replacement rates are projected to spur an increase in aircraft production, accelerating development. The long service life of the aircraft allows MRO businesses to provide maintenance and repair for existing fleets, increasing demand. Additionally, airlines considering fleet expansions may reintroduce older aircraft or keep them in service for an extended period of time, boosting growth in the aerospace components manufacturing market. Technical advancements and a growing demand for aircraft designed for specialised missions are expected to boost global market growth over the forecast period.

Demand for fuel-efficient and lighter aircraft is increasing

One of the major drivers driving the aerospace components manufacturing business forward is the growing demand for fuel-efficient, lightweight, and next-generation aircraft. The market is expected to grow rapidly as aircraft production speeds up, leading in higher fleet maintenance, technological advancements, and growing demand for aircraft designed for specific purposes. The market strives to improve collaboration among major participants in the aerospace goods production industry.

The aerospace and defence industries in Europe have grown in response to rising demand for commercial and military aircraft, as well as a significant increase in defence budget.

Market Restraints

Price Volatility in Materials and Equipment Causes Issues

Industry expansion may be hampered by factors such as fluctuating raw material prices, stringent aviation regulations, and large capital expenditure. Reduced military budget may have an influence on demand for military helicopters, limiting worldwide market growth over the projection period.

The ever-increasing complexity of aerospace products has resulted in spiralling development costs and financial risks, which have long since exceeded the resources of even the largest companies in Europe and have led to an ever-decreasing number of new program launches.

Regional Analysis

After North America, Europe is the second most dominating region. Europe has a significant growth rate of 5.2%, which is more than North America. The reason behind this is the industrial infrastructure the region has. Europe is known as the world's automotive hub, which boosts every industrial segment operating in the region, and the Europe aerospace parts manufacturing market is no different from that. Europe is further segmented on the basis of countries into Germany, U.K., France, Italy, The Netherlands, Rest of Europe.

After U.S., UK is the 2^nd largest in aerospace industry. The United Kingdom has a global reputation for excellence in the design and manufacture of engines, helicopters, wings, structures, and aircraft systems. Additionally, wings for all Airbus aircraft platforms are designed and manufactured in the United Kingdom. In addition to its robust manufacturing industry, the United Kingdom (UK) also boasts a robust maintenance, repair, and overhaul (MRO) sector, which offers its services to the enormous number of military and civilian aircraft that travel through and depart from the UK each year.

Segmental Analysis

The market for aviation in Europe can be broken down into three categories based on the type of aircraft: commercial aircraft, military aircraft, and general aviation. The commercial aircraft market can be further subdivided into two categories: passenger aircraft and freighters. The general aviation market can be further subdivided into business jets, turboprop aircraft, piston fixed-wing aircraft, and helicopters. The military aircraft market can be further subdivided into combat and non-combat aircraft. Further on the basis of product it could be segmented into Engines, Aerostructure, Cabin Interiors, Equipment, System, and Support, Avionics, and Insulation Components.

Commercial aircraft segment is expected to grow at a faster rate among other. 

Recent Developments

• Feb 2022, for more than 20 years, British engine maker Rolls-Royce has employed FACC's products in the development of civil aviation engines. Rolls-Royce has tasked FACC with developing and manufacturing the entire composite package for the Pearl 10X engine.
• April 2022, Airbus signed a deal with Tata STRIVE and the Aerospace and Aviation Sector Skill Council on Wednesday to train youths for aviation and aerospace careers.
• April 2022, EasyJet, which is the most successful airline in Europe, recently made an announcement that it will be collaborating with GKN Aerospace, which is the most successful multi-technology tier 1 aerospace supplier in the world, to reduce carbon emissions in aviation through the implementation of technologies that produce no carbon emissions.