Space and Defense Group
Precision Motion Controls
About Us
Moog is the premier motion and flow control solutions provider for the Space and Defense Industries.
SPACE
Moog's Space sector provides:
Featured Solution
Family of Orbital Maneuvering Vehicles
The Moog Orbital Maneuvering Vehicle (OMV) family are propulsive spacecraft for secondary payload deployment based on the Moog EELV Secondary Payload Adapter (ESPA) ring.
DEFENSE
Moog is a worldwide designer, manufacturer, and integrator of precision control components and systems for the defense industry. Moog systems support the Warfighter on air, land and sea platforms.
AIR
LAND
- Turrets
- Multi-Axis Stabilization
- Vehicle Integration
- Ammunition Handling
- Conversions and Upgrades
- Weapon Stores Management
SEA
Featured Product
RIwP (Reconfigurable Integrated-weapons Platform)
RIwP is an innovative remote weapons platform offering multiple weapon options to guarantee tailored overmatch in every combat situation.
Sensor & Surveillance Systems (S3)
Moog S3 produces high-quality, scalable physical-security solutions that are designed and made in the USA. Moog skilled engineers provide integration services to bring you to market fast.
Featured Product
MPT-90 Camera System
Expanded velocity control offers the MPT finer resolution of speed and acceleration control, ultimately improving tracking and scaling applications. Users will enjoy the capacity of multiple configurable communication ports for convenient payload integration and communication.
POWER AND DATA
Moog is an innovative provider of power and data transfer solutions that are designed and manufactured to meet the demanding technical and environmental requirements in the defense and space markets.
The Power and Data sector products:
Featured Product
Direct Drive DC Torque Motors
Highly performing products must operate in extreme environmnents with more efficiency and flexibility than ever before. Moog's DB / DBE Matrix™ Series brushless DC torque motors are used in various applications due to their ability to minimize input power for maximum efficiency.