Aircraft Brakes

NMG Aerospace is a U.S.-based aerospace manufacturer specializing in precision machining, fabrication, and assembly of aircraft braking system components and landing gear modules for Tier 1 and Tier 2 OEMs across the commercial, military, business jet, rotorcraft, and specialty aircraft markets.

Unparalleled Precision in Brake Manufacturing

NMG Aerospace’s dedication to rigorous aerospace quality management at every stage of the manufacturing lifecycle results in high-performance aviation brake components that operate reliably in demanding runway, carrier, rotorcraft, and short-field environments.

Every element of an aircraft braking system plays a distinct and mission-critical role in deceleration, heat dissipation, and structural load transfer. Through advanced CNC machining, complex geometry capability, and aerospace-grade materials processing, NMG ensures each component meets strict dimensional tolerance, fatigue resistance, and thermal performance requirements.

Types of Aviation Brakes & Components

Aircraft Wheel Brakes

Aircraft wheel brakes must absorb extreme kinetic energy and dissipate high thermal loads during landing and rejected takeoff events. NMG Aerospace manufactures precision-machined wheel brake components — including rotors, discs, torque tubes, and structural brake elements — engineered for consistent friction performance, dimensional accuracy, and long-cycle durability across commercial, military, and business aircraft platforms.

Helicopter Rotor Brakes

Helicopter rotor brake systems are hydraulically actuated assemblies designed to safely stop and hold rotor systems during ground operations. NMG Aerospace produces tight-tolerance rotor brake discs, pistons, and structural components that ensure reliable rotor stoppage performance for commercial and military rotorcraft applications where safety, repeatability, and material integrity are critical.

Landing Gear Brake Assembly Components

Landing gear brake assemblies require structurally robust, precisely machined components capable of transferring load while withstanding repeated stress cycles. NMG Aerospace manufactures brake sleeves, torque tubes, back plates, and disc assemblies that integrate directly into OEM landing-gear systems, supporting aerospace compliance requirements and high-performance operational demands.

Brakes for Homebuilt & STOL Aircraft

Homebuilt and short takeoff and landing (STOL) aircraft demand lightweight, high-friction braking components capable of rapid deceleration in limited runway distances. NMG Aerospace machines durable, performance-driven brake system parts designed to deliver dependable stopping power and structural reliability for experimental, sport, and specialty aircraft applications.

The NMG Quality Difference

NMG understands that when it comes to aircraft brakes and brake components, quality is nonnegotiable. We’ve built extensive quality control checks and processes into our manufacturing operations to ensure that every brake component meets our customers’ every requirement, earning the trust of the U.S. government, Tier 1 aerospace companies, and other critical players in the aerospace industry.

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Frequently Asked Questions

Here are answers to some of the most common questions we receive.

Does NMG Aerospace manufacture, assemble, and supply aerospace actuator components to aircraft OEMs?

Yes. NMG Aerospace manufactures, assembles, and supplies aerospace actuator components to aerospace OEMs and Tier 1 and Tier 2 integrators. NMG Aerospace has leveraged years of aircraft manufacturing experience to become a leading supplier of large aircraft actuation systems and actuator components that convert control inputs into actuating motion. NMG Aerospace has the on-site capability to manage the design process, machine the components, assemble the full system, and verify performance through rigorous functional testing.

NMG Aerospace’s robust manufacturing, assembly, and testing capabilities for OEM actuator projects include:

  • Precision component manufacturing: Machining individual actuator parts to exact OEM specifications and dimensional tolerances
  • Full system assembly: Putting together complete, ready-to-mount aerospace assemblies once component manufacturing is complete
  • High-pressure functional testing: Verifying that actuator assemblies meet design specifications with extensive testing

Lifecycle support: Providing comprehensive support from clean-sheet design collaboration to long-term aftermarket MRO (Maintenance, Repair, and Overhaul) services

What kinds of actuation components does NMG Aerospace manufacture, assemble, and design?

NMG Aerospace manufactures, assembles, and designs a variety of actuation components that perform essential functions across key aircraft systems, from nose to tail.

NMG Aerospace is a leading supplier and designer of several types of aircraft actuator components, including:

  • Linear Actuators: The most common type of aircraft actuator, utilized throughout the aircraft to translate energy into motion for engaging and retracting landing gear and managing flight control surfaces
  • Hydraulic Actuators: Powerful and durable actuators built for high-force applications, using fluids such as Skydrol and Red oil to generate force, torque, and power in high-pressure scenarios
  • Solenoid Actuators: Components that convert electrical energy into mechanical force to control the movement of doors, latches, valves, and switches
  • Motor Actuator Valves: Automated motorized valves, including electric, pneumatic, and thermal actuator valves, designed to accurately direct the flow of fluids and air

Does NMG Aerospace offer high-precision CNC machining services for aerospace actuator parts?

Yes. NMG Aerospace offers high-precision machining services for aerospace actuator parts. Modern aerospace engineering demands components that perform reliably under extreme temperatures, pressure, and environmental stress. NMG Aerospace utilizes precision machining to manufacture complex electromechanical components, hydraulic valves, and actuator assemblies that maintain structural integrity and exact dimensional tolerances.

NMG Aerospace’s precision machining capabilities for aerospace actuators ensure:

  • Strict tolerance adherence: Delivering high-precision solutions for safety-critical systems like landing gear linear actuation and thrust reverser actuators
  • High-temperature material processing: Precision machining of heat-resistant materials, advanced alloys, and nickel-based superalloys required for engine control actuators
  • Custom component creation: The ability to machine custom pistons, valve bodies, structural elements, and internal seals tailored to specific aircraft platforms
  • Repeatable quality: Manufacturing processes designed for high-efficiency production runs without sacrificing exact accuracy from part to part

What specific quality certifications has NMG Aerospace acquired for supplying and machining aerospace actuator parts?

NMG Aerospace has acquired multiple highly specific quality certifications for supplying and machining aerospace actuator parts, ensuring that all components meet or exceed strict aerospace standards. Because precision is mission-critical in aviation, NMG Aerospace maintains extensive quality management systems and rigorous quality checks throughout the entire manufacturing and assembly process.

To supply top-quality aerospace actuators to major aircraft manufacturers and military platforms, NMG Aerospace holds the following certifications and compliances:

  • AS9100D and ISO 9001 Certified: Ensuring comprehensive, industry-standard quality management systems are applied to all aerospace manufacturing processes
  • NADCAP Certified for Welding: Approved to make critical aerospace welds that meet the exact specifications required by prime contractors
  • NADCAP Certified for Chemical Processing: Accredited to provide critical surface treatments, including high-quality anodizing for durable, corrosion-resistant finishes
  • FAA Repair Station Certified: Operating FAA Part 145-certified repair stations at both Ohio and Arizona facilities, meeting stringent Federal Aviation Administration standards for aircraft maintenance and repair operations

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