Fuel effectiveness goals are basic market factors in the Aircraft Fuel Nozzle Market. Aircraft administrators and producers look for advancements that further develop fuel utilization and lessen functional expenses. Fuel nozzle systems that upgrade fuel atomization, ignition productivity, and in general motor execution are pursued to meet the business' drive for more fuel-effective aviation. Security guidelines and dependability necessities are foremost factors impacting the Aircraft Fuel Nozzle Market. Manufacturers focus around creating fuel nozzle systems that guarantee protected and solid fuel conveyance under different working circumstances. Upgraded strength, protection from wear and erosion, and adherence to rigid security principles drive the interest for fuel nozzle advances that guarantee motor unwavering quality and functional welfare.
Market patterns and impetus framework headways essentially influence the interest for fuel nozzle systems. The development of cutting-edge aircraft motors, like high-sidestep turbofans and more productive impetus systems, drives the requirement for fuel nozzles that supplement these advancements. Nozzle plans that take care of exact fuel infusion, further developed burning, and similarity with present day drive systems impact market interest.
Functional productivity needs are fundamental variables molding the Aircraft Fuel Nozzle Market. Aircraft administrators look for parts that further develop motor execution, decrease maintenance necessities, and increment by and large functional productivity. Fuel nozzle advancements that add to more readily fuel-air blending, ignition security, and decreased motor wear take special care of the interest for upgraded functional effectiveness.
Moreover, the extension and modernization of business and military aircraft armadas add to the interest for cutting edge fuel nozzle innovation. Aircraft updates and the presentation of cutting-edge stages require fuel nozzle systems that line up with the exhibition requests of fresher aircraft motors. The interest for fuel-proficient and mechanically progressed nozzle systems rises in accordance with fleet modernization drives.
Aircraft fuel nozzle market is estimated to register a CAGR of nearly 4% during the forecast period of 2020 to 2027.
Aircraft fuel nozzle also termed as aircraft fuel spray nozzle is an integral part of the aircraft fuel system. It receives pressurized aviation turbine fuel from the fuel manifold and sprays it inside the combustion chamber in a precise manner. The fuel nozzles are designed in such a way that the fuel is distributed evenly, it is centered near the flame area, and is closely related to the type of combustion chamber in which they are installed. Fuel nozzles commonly used nowadays comes in simplex and duplex configurations and are mounted either internally or externally. The combustor/nozzle integration is key factor determining engine performance and plays a vital role in reducing emissions and optimizing fuel consumption.Â
The growth in global air travel and subsequent demand for new aircraft are key factors projected to drive the growth of the civil aircraft fuel nozzle market. In addition, rise in defense expenditure and subsequent demand for new combat aircraft drives the growth of military aircraft fuel nozzle market. However, the existing backlogs in new commercial aircraft deliveries hinders the market growth to a certain extent, whereas developing an effective fuel nozzle that ensures reduced particulate emissions, quieter operation, reduced fuel consumption and longer intervals between overhauls is a challenge faced by the emerging players. Meanwhile factors such as focus on aircraft modernization programs, growing importance for aviation safety and initiatives taken for ensuring safe flight further boosts the service (MRO) requirement and impacts the aftermarket growth. Furthermore, developments in 3D printing technology for manufacturing fuel nozzles and technological advancements in combustor design offer promising growth opportunities to aircraft fuel nozzle market players.
Based on nozzle type, the duplex fuel nozzle segment accounted for the largest market share as it gives better atomization at starting and idling speeds. Based on injection mechanism, single injection point nozzle segment accounted for the largest market share as it ensures more uniform spray patterns providing an improved performance. Based on aircraft type, the civil aircraft segment accounted for the largest market share as the global air traffic is growing at a significant pace creating a huge demand for new aircraft. Based on vendor, the OEM segment accounted for the largest market share as various aircraft manufacturers are readily integrating these components with their offerings.
North America is estimated to account for the largest share during the review period. North America region in this report includes the US and Canada. In terms of military aircraft aspect, the US military is likely to receive USD 674 billion in support in 2019 for new fighter jets, Black Hawk helicopters, among others, which indirectly influences the aircraft fuel nozzle market in this country. Similarly, Canada is set to acquire used F-18 fighter jets from Australia, which generates a further scope of the aftermarket market in this country.
Intended Audience
The key players in the global aircraft fuel nozzle market are Advanced Atomization Technologies (JV between Parker Aerospace & GE Aviation (US)), Avstar Fuel Systems, Inc. (US), Axian Technology, Inc. (US), Collins Aerospace (part of United Technologies Corporation (US)), GE Aviation (a part General Electric Company (US)), General Aviation Modifications, Inc. (US), Kelly Aerospace Inc. (US), Parker Hannifin Corporation (US), Precision Airmotive LLC (US) and Woodward, Inc. (US).
The market numbers and forecast derived were the outcome of our disciplined research methodology which includes secondary research, primary interviews, followed by data triangulation and validation from our in-house data repository and statistical modeling tools.
Secondary Research
In this process, the data collection was done through various secondary sources, which included annual reports, SEC filings, journals, government association, Aerospace & Defense magazines, white papers, corporate presentations, company websites, some paid databases and many others.
Primary Research
In this process, both demand side and supply side parties were involved to extract genuine facts and insights about market forecast, production, trend, and projected market growth. Industry stakeholders such as CEOs, VPs, directors, and marketing executives across the value chain have been approached to obtain key information.
Parker Hannifin Corporation:Â In February 2023, Parker Hannifin announced the launch of its new EVOLVEâ„¢ series of fuel nozzles for commercial aircraft engines. The EVOLVEâ„¢ series is designed to deliver improved fuel efficiency, lower emissions, and enhanced performance.
Collins Aerospace:Â In October 2022, Collins Aerospace received a contract from Boeing to supply fuel nozzles for the 777X family of widebody aircraft. The contract is valued at over $1 billion USD.
GE Aviation:Â In July 2022, GE Aviation announced that it had successfully completed the first flight test of its Catalyst engine, which features a new and innovative fuel nozzle design. The Catalyst engine is designed for use on business jets and turboprop aircraft.
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