MISSILE ACTUATOR MARKET

 

KEY FINDINGS

1. The U.S. government released its fiscal year 2022 budget request, asking for $8.92 billion for all missile-related work at the Defense Department.
2. Emergence of entirely new classes of hypersonic systems, principally in the realm of offensive hypersonic strike systems. These capabilities are useful to categorize the weapons by range using the terminology developed for ballistic missiles: short range (5,500 km).
3. The Actuator manufacturers have the potential opportunity to showcase the actuators that can support these hypersonic missiles.
4. Increased focus on air defense modernization and advanced precision strike missile programs by major defence spenders like the US, Russia, China, India, and Europe fuels demand for actuators.
5. Electromechanical Actuators are being used by multiple OEMs, and The Missile Actuator Market is expected to show an increase in the coming years. The main reason is the growing number of hypersonic Missiles.
6. New technologies such as additive manufacturing and artificial intelligence are starting to be adopted in the missile actuator industry. These technologies have the potential to improve the design, production, and performance of actuators.
7. As missile technology advances, there will be a growing demand for actuators that can offer higher performance, such as faster response times, greater precision, and improved reliability. This will create opportunities for manufacturers of high-end actuators.
8. Development of hypersonic boost-glide weapons, where the boost-glide weapons do not enter the Earth’s orbit during its flight path, acts as tricky targets for existing, slower-moving interceptor missiles.
9. Raytheon’s AIM-120C AMRAAM air-to-air missile, Transitioned from hydraulic to electric actuators, enabling longer range and improved thrust vectoring capabilities.
10. Boeing’s Ground-Based Midcourse Defense (GMD) interceptor Employs electric actuators for precise pointing and tracking of ballistic missile threats.

 

MISSILE ACTUATOR MARKET OVERVIEW

Ongoing advancements in technology, including precision guidance systems and smart materials, are influencing the development of more sophisticated and efficient missile actuators.

 

The rise of private investment in space exploration and commercial launch vehicles could create new opportunities for actuator technologies developed for military applications.

 

A 10% increase in defense budgets across major European powers could lead to a 7% rise in demand for actuators, but only 5% for high-cost, cutting-edge designs, while demand for cost-effective alternatives might grow by 12%.

 

Taiwan to purchase 400 U.S. Harpoon missiles amid increasing threat from China, with a $1.17 billion contract announced by the Pentagon. Potential boost for actuator manufacturers like Honeywell, Teledyne Reynolds, and MBDA.

 

NATO members’ commitment to increase defense budgets by 2% of GDP is expected to create significant growth opportunities for missile actuator suppliers, including Moog.

 

The rise of unmanned aerial vehicles (UAVs) and hypersonic missiles creates new requirements for specialized electromechanical actuators, potentially generating $1 billion in new market opportunities within the next decade.

 

INTRODUCTION TO MISSILE ACTUATOR MARKET

A pressure actuator with a slidable piston inside of housing functions as the control fin actuator for a guided missile. The inside of the housing is divided into at least two chambers by rolling diaphragm seals that are attached to the faces of the top and bottom pistons. When the piston moves inside the housing, there is no sliding friction because of the rolling diaphragm seals.

 

 

To move the piston inside the housing and move a push rod attached to the piston that extends outside the housing, the two chambers are controllably pressured. The push rod is attached to the output shaft of the missile control fin using a taut band connector to prevent backlash.

 

In order to create eddy currents in the push rod and provide a damping force that rises with speed, a magnet may be placed close to the push rod. A rotary position sensor, a linear position sensor, and pressure sensors are used to control the inlet valve and the exhaust valve in order to maintain pressure in the control chamber.

 

MISSILE ACTUATOR MARKET SIZE AND FORECAST

The Global missile actuator market accounted for $XX Billion in 2023 and is anticipated to reach $XX Billion by 2030, registering a CAGR of XX% from 2024 to 2030.

 

MISSILE ACTUATOR MARKET TECHNOLOGICAL TRENDS

 

Increased Electric Actuation

Transition from traditional hydraulic and pneumatic actuators to electric systems for improved efficiency, reduced weight, and easier integration with electronic control systems.

Advances in brushless DC motors, power electronics, and high-density batteries are fueling this trend.

• Raytheon’s AIM-120C AMRAAM air-to-air missile, Transitioned from hydraulic to electric actuators, enabling longer range and improved thrust vectoring capabilities.
• Boeing’s Ground Based Midcourse Defense (GMD) interceptor Employs electric actuators for precise pointing and tracking of ballistic missile threats.

 

Electromechanical Actuators (EMAs)

Growing adoption of EMAs in missile systems, offering precise control and reliability, contributing to enhanced overall performance.

• The Boeing Harpoon Block II missile employs EMAs in its control surfaces. The EMAs in the Harpoon contribute to the missile’s precision in navigation and targeting.
• The use of EMAs enhances the missile’s overall reliability and reduces the logistical footprint associated with hydraulic systems, making it a preferred choice for naval and air-launched anti-ship missile applications.

 

Electrohydrostatic Actuators (EHAs):

Rise in the use of EHAs, leveraging hydraulic technology for improved energy efficiency and reduced weight compared to traditional hydraulic systems.

• EHAs in action is in the F-35 Lightning II, a fifth-generation fighter aircraft. The F-35 utilizes EHAs for its flight control surfaces, such as ailerons and flaps.
• The EHAs contribute to the aircraft’s agility, providing precise control during maneuvers, while their energy-efficient design aligns with the F-35’s overall focus on advanced technology and reduced environmental impact.

 

NEW PRODUCT LAUNCH IN MISSILE ACTUATOR MARKET

Collins Aerospace (Raytheon Technologies): Advanced Hypersonic Actuation System

Objective: Develop an actuation system specifically tailored for hypersonic missiles.

Key Features:

• Innovative thermal management for sustained hypersonic flight.
• Adaptive control algorithms to optimize performance.
• Robust materials to withstand extreme temperatures and velocities.

Benefits: Addresses the rising demand for hypersonic capabilities, positioning Collins as a leader in this niche.

 

Moog Inc.: Next-Gen Miniaturized Actuator for UAVs:

Objective: Develop a miniaturized actuation system catering to the growing demand for small UAVs.

Key Features:

• Compact design with high power density.
• Lightweight materials for agility and extended flight time.
• Integration with unmanned platforms for reconnaissance and surveillance.

Benefits: Expands Moog’s market reach into the burgeoning field of unmanned aerial systems.

 

Honeywell International Inc.: Cyber-Resilient Actuator Systems:

Objective: Enhance actuator systems with advanced cybersecurity measures.

Key Features:

• Embedded encryption protocols for secure communication.
• Cyber threat detection and response capabilities.
• Continuous monitoring for potential vulnerabilities.

Benefits: Strengthens Honeywell’s reputation for delivering secure and resilient defence solutions.

 

MISSILE ACTUATOR MARKET SEGMENTATION

 

By Geography

• U.S
• Europe
• China
• Asia(Ex-China)
• ROW

 

By Type

• Electromechanical  
• Electrohydraulic
• Others

 

By Companies

• Moog
• Collins Aerospace
• Honeywell
• Parker
• DRDO
• Others

 

MISSILE ACTUATOR MARKET COMPANIES PROFILED

• Moog
• Collins Aerospace
• Honeywell
• Parker
• DRDO
• Safran S.A.
• Woodward Inc.
• Curtiss-Wright Corporation

 

MISSILE ACTUATOR MARKET REPORT WILL ANSWER FOLLOWING QUESTIONS

1. The average cost to set up a Global missile actuator market in the US, Europe and China?
2. Cost breakup of a Global missile actuator market and key vendor selection criteria
3. Market share of Global missile actuator market manufacturers and their upcoming products
4. Which regions are expected to dominate the global missile actuator market in terms of market share and revenue?
5. What are the key driving factors influencing the growth of the global missile actuator market?
6. How is the demand for missile actuators evolving in the defense sector, and what are the primary applications?
7. What role do technological advancements play in shaping the landscape of the missile actuator market globally?
8. Who are the key players in the global missile actuator market, and what strategies are they employing for market expansion?
9. How is the increasing focus on precision-guided missiles impacting the demand for advanced missile actuators?
10. What are the challenges and barriers faced by the missile actuator market, and how can they be addressed?
11. What types of missile actuators are in high demand, and how is the market segmented based on actuator type?
12. What are the recent trends in materials and manufacturing processes for missile actuators, and how do they affect the market?
13. How is the integration of smart and electronic components influencing the development of next-generation missile actuators?
14. What is the impact of budget allocations for defense spending on the procurement of missile actuators worldwide?
15. What collaborations or partnerships are taking place in the missile actuator market, and how do they impact market dynamics?
16. What role do research and development initiatives play in driving innovation within the missile actuator market?