Aviation Actuation Systems Market

The global Aviation Actuation Systems Market is expected to grow from $1.2 billion in 2022 to $4.3 billion by 2032, at a CAGR of 8.3% from 2022-2028.

The aviation industry is an ever-changing landscape, but one thing remains the same: the need for reliable and efficient systems. When you think of the world's biggest airlines, you likely think of Boeing or Airbus. But it's not just those two companies that are making big strides in the aerospace industry—there are also smaller players who have made their mark. One such company is Aviation Actuation Systems. They produce a wide range of products that help to make aircraft more efficient, safer, and easier to operate.

Over the projected period, there is expected to be significant expansion in the market for aircraft actuator systems. As aircraft models have become more technologically advanced, actuator systems have improved in the aviation sector. The control and flight of an aeroplane are greatly aided by the actuator systems, which also guarantee the passengers' and the aircraft's safety.These actuators are used in the landing gear, weapons systems, and flaps of aviation. For commercial aircraft, they are extensively used in electromagnetic brakes, clutches, load limiters, manual drives, seat actuation, and position feedback. Heavy-duty linear actuators are required in the case of landing gears to handle the high pressure, which can reach 5000 psi. Each wing has a flap actuator, a linear actuator that helps in maintaining flight efficiency at slow airspeeds. While the doors of the armament bays on fighter jets are raised by hydraulic and electric actuators.

The market for aviation actuator systems is anticipated to be driven by the increased demand for high-tech electronic components in the aviation sector, which is anticipated to replace the conventional hydraulic and pneumatic actuators. This is explained by the electronic actuator systems' reduced power requirements, increased dispatch availability, lightweight, compact design, fuel efficiency, and dependability. The demand for an effective aeroplane that uses the More Electric Aircraft (MEA) and fuel-efficient concept has increased as a result of rising fuel prices.

The electric actuation system solves issues with pollution, fluid, heating, cost, and controlling, which is predicted to significantly advance the development of environmentally friendly electric aircraft and boost the market for aviation actuator systems. The deployment of redundant system topologies to ensure availability and a high level of safety is one of the biggest obstacles. In the near future, manufacturers hope to have an electro-mechanical actuation system that is fully optimised.

Recent Development:

November 2019 – Moog Inc. was awarded a contract worth more than USD 400 million by Lockheed Martin Corporation to produce electro-hydrostatic actuators for leading-edge flap drive system and the wing fold actuation system on F-35 for next three years. This has helped Lockheed Martin Corporation to reduce procurement costs for F-35. The price for all F-35 units has been reduced to USD 80 million per unit.

Aviation Actuation Systems Scope:

Frequently Asked Questions

What is the future market value of the Aviation Actuation Systems?

The current market value for Aviation Actuation Systems is expected USD XX million/billion by 2023.

What is the CAGR of the Market?

The Aviation Actuation Systems is to grow at a CAGR of 8.3 during the forecast by 2030.

What is the Market segment?

On the basis of type, the Aviation Actuation Systems is segmented into Hydraulic Drive System
Electric Drive System
Pneumatic Drive System.

Who are the key players operating in the Aviation Actuation Systems?

The major players operating in the Aviation Actuation Systems are UTC Aerospace Systems, Buhler, Moog, Honeywell Aerospace, Woodward., GE Aviation, Zodiac Aerospace, Clemmons, Cobham Plc, DIMO Corp, Eaton, Curtiss-Wright, Rockwell Collins, Saab, Parker Aerospace.