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An aircraft thrust reverser is used to enable rapid de-acceleration while landing an aircraft. This is achieved with the application of a nacelle system that reverses the inflow direction of the engine fan to create additional drag. The deployment of thrust reverser reduces the wear on brakes, facilitating safe landings on short airstrips. The application of thrust reverser actuation systems is spread across military, commercial, and business aircraft model. Aircraft thrust reversers are integrated in the aircraft as a precautionary safety measure. The market has been witnessing a substantial rise in passenger traffic, which is anticipated to boost the growth of the market during the forecast period.
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Thrust reversers are essential when it comes to tackling adverse climatic conditions during landing and is considered as a safety measure in aircraft. This precautionary advantage of thrust reversers drives the global demand for aircraft thrust reverser actuation systems market. In addition, the competitive advantages of electric mechanism of thrust reversers over the conventional hydraulic mechanism is proliferating the application of electric mechanism in the global market. The components for thrust reversers such as the nacelle system, and aerodynamic structure have been additionally manufactured by the major players to accelerate the pace of growth for the global market. Moreover, the imposition of new emission regulations in many regions across the globe fuels the demand for new-generation aircraft with inbuilt thrust reverser actuation systems, which in turn is anticipated to positively impact the growth of the thrust reverser actuation systems market.
The global aircraft thrust reverser actuation systems market trends are as follows:
The older-generation hydraulically driven thrust reversers are being replaced by electrical thrust actuation systems. Moreover, the electric thrust reversers come up with competitive advantages such as weight reduction, simplified design, elimination of the need to corrosive hydraulic fluid, and low requirement for maintenance. In addition, these electric thrust reverser actuation systems offer better utility and thus are highly preferred in newer generation aircraft.
Collins Aerospace, manufacturer and supplier of aerospace and defense products, inaugurated the launch of the first electric thrust reverser actuation system TRAS. In the latest offering of electric thrust reverser actuation systems for A350XWB aircraft, it has been claimed by the company that electric TRAS reduces the weight of aircraft by 15-20%, by removing pipework and fluid, which makes a great difference. Such advantages are propelling the growth of the aircraft thrust reverser actuation systems market.
The global market for thrust reverser actuation system is highly consolidated, and thus, only a few major market players support the core aircraft programs in military, commercial, and business jets. The marketing is experiencing growth by accelerating investments into electric aircraft, fulfilled by aircraft OEMs and tier-1 suppliers. This ensures the integration of electric thrust reverser actuation systems in the new aircraft programs. The aftermarket sales comprising of component maintenance and system service are expected to experience growth and this is anticipated to help the market players expand their global presence and customer base.
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