Description
Frequently Asked Questions of CA - Landing Gear Market
In a nutshell, landing gear in an aircraft provides suspension and movement during take-off, landing, and taxi. The sudden shock of landing impact is absorbed by the landing gear as it is designed for that purpose. It is considered one of the crucial components of an aircraft, they are controlled by pneumatic and hydraulic systems and they have a specified service life. For Example, the average life of a landing gear is 5 years and they will go for replacement after the same time period. The key market players benefit from these replacements and overhauls. The market will witness a high growth rate in the future period. In terms of geography, the most significant provider of helicopter landing gear is North America.
Major factors driving the growth of the Commercial Aviation Landing Gear Market
To strengthen their defense capabilities many countries are increasing their investment in military aircraft, which in turn fuels the growth of the market. There is an increase in the adoption of UAVs in military operations, which is anticipated to increase the growth of the market. Landing gear components such as wheels, actuation systems, and brakes will undergo wear and tear and it need maintenance operations a prescribed intervals. The MRO receives more revenue from these replacements. In addition, to modernize aircraft fleets the national defense budget is increased, and the replacement of conventional landing gear with an advanced gear system is expected to increase the market growth further.
Trends influencing the growth of the Commercial Aviation Landing Gear Market
In an aircraft, the aircraft landing gear is a heavily loaded structure. Out of the total weight of the aircraft, 3% to 6 % weighs the aircraft’s landing gear. The companies are ready to manufacture lighter and more robust landing gear without removing its functions, performance, maintenance, operations, and safety requirements. By using materials of fracture toughness, fatigue properties, and higher strength, this is made possible.
These materials include corrosion-resistant steel, high- strength aluminum alloys, ultra-high-strength alloy steels, titanium alloys, and composites. The reason behind the use of composite materials in aircraft and landing gear is that it provide stiffness properties and super-specific strength. For example, carbon composite disc brakes provide longer life, lower maintenance, and reduced weight. The cost of manufacturing composite is very high but presently it has been overcome using different production techniques. These factors fuel the growth of the market in the forthcoming years.
Commercial Aviation Landing Gear Market Dynamics
Focussing on intelligent fleet building that provide future network flexibility, improving efficiency and sustainability, and maximizing capability while minimizing risk. In aircraft today, the landing gear is retracted and extended using power drawn from complex, centralized and heavy hydraulic systems that also power aircraft flight control services. Efficiency is increased using new technologies and materials. Lighter composites and titanium materials developments are made to reduce the weight of the landing structures. For example, Safran made the introduction of carbon brakes that have helped to reduce the weight of the aircraft and minimize its emissions. Technologies and electric brakes are also adopted to monitor the tear and wear of landing gear to further rise the efficiency and enhance monitoring of landing gear system. Electrically integrated system is developed to replace the bulky, conventional hydraulic systems to increase efficiency and reduce weight. Safran is currently working on the electric taxiing program which can incorporated directly into the next generation aircraft.
This in turn reduces the fuel costs, decrease emission and noise and increase on-time take-offs. Challenges are faced by OEMs and MRO organization during the process of manufacturing. Aircraft landing gear is one of the critical component of the aircraft. Manufacturing and designing of landing gear go through lot of challenges. This must be done during regulatory and safety requirements. Landing gear manufacturing involves machined components from titanium, aluminium alloys, and high-strength steels. The heat treatment should be done precise, after that, final matching and painting should be intricate and precise.
Developments
The Southwest Research Institute (Texas) has awarded a contract worth USD 300 million from the US air force to sustain the aircraft landing gear system. This 20-year IDIQ (Indefinite Delivery, Indefinite quantity) contract award support the landing gear integrity of the Air Force. Safran landing system has signed an agreement with Bell Textron. It will provide the landing gear system for the V-280 Valor aircraft. Bells’ V-280 Valor aircraft is the next generation aircraft proposed for the U.S army’s FLRAA (Future Long-Range Assault Aircraft) program.
The Market is a vital component of the aviation industry, playing a pivotal role in ensuring the safety, stability, and reliability of commercial aircraft during takeoff, landing, and ground operations. The market is experiencing significant growth as the global air travel industry continues to expand, leading to increased demand for advanced landing gear technologies that enhance performance and operational efficiency. With an emphasis on fuel efficiency and environmental sustainability, aircraft manufacturers are investing in the development of lightweight landing gear components made from advanced materials such as titanium and composite materials. This pursuit aligns with the broader aviation industry’s commitment to reducing emissions and improving overall operational economics.
Moreover, the market is witnessing advancements in digital technologies, including sensors and predictive maintenance systems, to enhance the monitoring and maintenance of landing gear components. This shift toward data-driven solutions contributes to increased safety and reduced downtime, aligning with the aviation sector’s continuous pursuit of operational excellence. Collaborations between landing gear manufacturers, aerospace companies, and airlines are fostering innovation and the development of tailor-made solutions to meet the evolving needs of the commercial aviation industry. In essence, the Global Commercial Aviation Landing Gear Market in 2023 signifies a commitment to ensuring the reliability and safety of commercial air travel while incorporating technological advancements to address the challenges of a dynamic and growing global aviation landscape.
