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The active noise and vibration controls systems are used in an aircraft to reduce the unwanted noise. Noise and vibration control systems are used in many regions of an aircraft to reduce noise and vibration generated from different parts of an aircraft, especially by engines and rotor blades. Moreover, vibration generated by engines reaches the cabin, which causes fatigue to passengers and crew members. Active noise can be reduced by constructing sound-specific aircraft interiors. Vibration control systems apply force in an equal and opposite pattern to the forces caused by external vibrations. This application can minimize the internal vibrations generated by an aircraft. Furthermore, active noise and vibration control systems improves passenger comfort throughout the flight. Also, less noise and vibration will allow the pilot and crews to communicate with each other without any difficulty, as well as it will allow the pilot to interact with air traffic controllers. Thus, with less noise and vibration the aircraft performance is improved since, the vibrations cause damage to the aircraft fuselage, windshield, windows, doors, and cargos.
COVID-19 Impact Analysis:
Government across major countries have announced a lockdown due to COVID-19 pandemic resulting in the halt of business. The lockdown and travel restrictions have severely affected the aviation industry since, the air travel globally was halted. Moreover, due to lockdown the aircraft manufacturing was disrupted which affected the demand for aviation active noise and vibration control system. Furthermore, due to social distancing norms there was unavailability of labor required for manufacturing of active noise and vibration control system which further delayed the operation. The aviation industry is developing sector which was severely affected by the pandemic, but it is expected to recover and drive the demand for global aviation active noise and vibration control system market post pandemic
Top Impacting Factors
Rise in awareness towards aircraft weight reduction, rise in demand for improvement of aircraft performance, and rise in number of passengers for air travel drive the market growth.
Rise in availability of passive systems and high cost of active system hinder the market growth.
Rise in focus towards aircraft weight reduction, rules & regulations by airline & defense authorities, and rise in R&D for improving the technology act as an opportunity for the market growth.
Market Trends
Rise in Awareness Towards Aircraft Weight Reduction
Aviation industry is growing at rapid pace over the years with a considerable increase in aircraft production and delivery. However, the aircraft manufacturers have significant challenges in reducing the overall weight of any aircraft. The airframe manufacturers and component manufacturers as a result are continuously seeking advanced technologies that are lighter in weight. Moreover, the majority of commercial aircraft end-users/owners are increasingly seeking for fuel-efficient aircraft to improve long-haul flights performance. Furthermore, military aircraft owners are seeking lightweight aircraft to facilitate the pilots to operate the aircraft for extended period of time while using less fuel and more effortlessly. The demand for lightweight components is surging among aircraft original equipment manufacturers (OEMs), commercial airliners, and military forces. Active noise and vibration control systems offer significant weight reduction capability as compared to the passive counterparts which act as an opportunity for growth of the global aviation active noise and vibration control system market.
Key Benefits of the Report:
Key Market Segments
Key Market Players