Business Details
17 Years
experience
Innovative Composite-Metal Hybrid Engineering Solutions
Founded in 2009, Padden Design Engineering has pioneered the development of Composite-Metal Hybrid (CMH) technology, revolutionizing structural component design for advanced vehicle systems. Our expertise lies in solving critical weight and durability challenges for aerospace and defense industries through innovative material science and engineering. With a legacy rooted in the space program and decades of combined experience, our team delivers patented solutions that reduce component weight by up to 65% while maintaining equivalent strength and eliminating corrosion. We specialize in high-performance applications including engine mounts, landing gear struts, fluid systems, and fairings for commercial and military aircraft, spacecraft, and subsea vehicles.Our clients benefit from cost-competitive manufacturing processes, environmental resistance, and components capable of operating at temperatures up to 450F. Backed by partnerships with industry leaders like Boeing, Lockheed Martin, and Northrop Grumman, we maintain rigorous quality standards through ISO-certified methodologies and continuous innovation. Our commitment to advancing CMH technology ensures clients receive cutting-edge solutions that extend service life and improve system performance across extreme environments.
Services
CMH Technology Development
Engine Mount Fittings
Landing Gear Struts
Fluid System Components
Composite Fairings
Thrust Reverser Systems
Weapons Pod Integration
Hydraulic Tank Fabrication
Bleed Duct Systems
Structural Corrosion Solutions
Details
- Year established: 2009
Highlights and features
- We offer 20+ years of experience in aerospace composite engineering
- Our patented CMH technology reduces component weight by up to 65%
- We serve commercial and military aerospace industries globally
- Components operate at temperatures up to 450F with zero corrosion
- Our team includes pioneers of composite-metal hybrid technology
Services
CMH Technology Development
Our patented Composite-Metal Hybrid technology integrates fiber-reinforced polymers with high-performance alloys to create lightweight structural components. This innovation reduces weight by up to 65% while maintaining equivalent strength and eliminating corrosion. Ideal for extreme environments, CMH components operate at temperatures up to 450F with superior fatigue resistance.
Landing Gear Struts
We engineer CMH landing gear struts that combine composite durability with metal strength. These components reduce weight by 53% compared to titanium equivalents while maintaining load-bearing capacity. Our struts feature advanced damage tolerance and environmental resistance for military and commercial aircraft applications.
Fluid System Components
Our CMH fluid systems include bleed ducts, hydraulic tanks, and refueling booms designed for weight-critical applications. These components eliminate corrosion while maintaining pressure integrity. Custom solutions support Boeing, Lockheed Martin, and Northrop Grumman platforms with 40-60% weight savings over traditional alloys.
Composite Fairings
We manufacture CMH fairings and control surfaces that reduce aircraft drag while maintaining structural performance. These components combine composite lightweighting with metal attachment points for durability. Applications include engine fan cowl doors and weapons pod fairings for military aircraft.
Thrust Link Systems
Our CMH thrust links deliver 64% weight savings compared to Inconel equivalents while maintaining load transfer efficiency. Designed for geared fan engines and propulsion systems, these components feature integrated corrosion resistance and operate at temperatures exceeding 400F in commercial and military aircraft applications.
People
Vincent Padden
Co-Founder
Co-founder of Padden Design Engineering with 30+ years aerospace engineering experience. Developed the first CMH landing gear strut in 2005 and holds multiple patents in composite-metal hybrid technology. Led structural design initiatives for military and commercial aircraft programs.
David Padden
Co-Founder
Co-founder and chief engineer with expertise in composite material applications. Instrumental in commercializing CMH technology since 2005. Holds multiple patents for hybrid component designs used in Boeing, Lockheed Martin, and Northrop Grumman programs. Specializes in weight reduction solutions for aerospace systems.
Questions
What is Composite-Metal Hybrid (CMH) technology?
CMH combines high-modulus composites with high-performance alloys to create lightweight, corrosion-resistant components with equivalent strength to traditional metal parts.
Which industries do you serve?
We specialize in aerospace and defense applications, including commercial aircraft, military systems, spacecraft, and subsea vehicles.
How much weight can CMH technology save?
Our CMH components reduce weight by up to 65% compared to traditional metal components while maintaining structural integrity.
Do you offer custom engineering solutions?
Yes, we design and manufacture custom CMH components for specific applications including engine mounts, fluid systems, and structural fairings.
What quality standards do you follow?
We maintain rigorous quality through ISO-certified processes and partner with industry leaders to ensure compliance with aerospace specifications.
Can CMH components withstand extreme temperatures?
Yes, our components operate effectively at temperatures up to 450°F while maintaining structural performance.
