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Programs We
Support

Shortlist of platforms our production machining and sub-assemblies help enable.

Operating 24hrs 6days a week

Programs Supported

Parts Delivered

%

Satisfaction

Commercial
Aircraft

Boeing 737 Family

The world’s most prolific single-aisle family for short- to medium-haul routes. Continuous upgrades (including MAX) focus on efficiency, reliability, and airline economics across high-tempo daily operations.

The 737 platform underpins thousands of daily flights worldwide with commonality that simplifies operations and maintenance. MAX variants add aerodynamic and engine improvements to reduce fuel burn and emissions per seat.

Efficient, dependable narrow-bodies keep cities connected and travel affordable at global scale.

Airbus Commercial
(A320/A321/A350 Families)

Airbus pairs high-volume A320neo-family efficiency with advanced wide-body A350 composites and aerodynamics – pushing cabin comfort and lower fuel burn across short and long-haul fleets.

A320neo family upgrades (new engines, Sharklets, Airspace cabin) deliver step-change efficiency for single-aisles. The A350 uses advanced materials and systems to cut fuel and CO₂ while improving passenger experience.

Small efficiency gains multiplied across huge fleets drive meaningful emissions and cost reductions.

Safran Cabin & Safran Seats

Cabin interiors and seating systems supplier – building the parts passengers touch, from monuments to hardware – where fit, durability, and serviceability matter across thousands of flight cycles.

Safran Cabin designs and manufactures aircraft cabin interiors and systems “from floor to ceiling,” including interiors/structures, galleys, and lavatories.
Safran Seats supplies seating for passengers, crew, and helicopters, with over one million seats equipping major airline fleets.

Interiors are high-wear, high-visibility systems – reliability shows up on every flight.

Military Aircraft

Boeing C-17 Globemaster III

Strategic airlifter moving outsized cargo and troops into short, austere runways – supporting combat logistics, disaster relief, and medevac worldwide.

C-17 combines long range, heavy payload, and short-field performance, with in-flight refueling and rapid turnarounds. It’s a backbone for U.S. and allied mobility fleets.

Speed and access save lives in crises and sustain global operations.

Bell Boeing V-22 Osprey
(MV-22/CMV-22B)

The first successful production tiltrotor: vertical-lift like a helicopter, speed and range like a turboprop – expanding where and how fast forces can operate.

Rotating nacelles give the Osprey runway-independent launch/landing with fixed-wing cruise performance. Navy CMV-22B variants have proven valuable for carrier onboard delivery.

Hybrid agility gets people and supplies to hard places – fast.

Boeing CH-47 Chinook

Iconic tandem-rotor heavy-lift helicopter for troop movement, artillery, disaster relief, and special missions across 20+ operators.

Chinook’s payload and reliability make it the go-to for moving big loads in tough environments. Block II enhancements target increased lift and range.

Heavy-lift capacity is a force multiplier on the battlefield and in emergencies.

Boeing F/A-18 Super Hornet
(Block III)

Carrier-capable multirole fighter evolving to Block III with advanced networking, sensors, and survivability – core to U.S. Navy air wings.

Block III adds cockpit, computing, and low-observable improvements plus open systems for rapid tech insertion – optimized for demanding maritime operations.

Flexible naval airpower protects sea lanes and deters aggression.

Lockheed Martin
F-16 Fighting Falcon
(Block 70/72)

Agile, proven 4th-gen fighter continuously upgraded (Block 70/72) with AESA radar, modern avionics, and extended life—widely adopted by allies.

The F-16’s small, high-G airframe paired with modern sensors and weapons keeps it relevant and cost-effective for coalition fleets. Ongoing upgrades sustain interoperability.

Affordable capability at scale strengthens collective security.

Missile & Rocket
Systems

Lockheed Martin PAC-3
(Patriot Advanced Capability-3 / PAC-3 MSE)

Hit-to-kill interceptor defeating ballistic and cruise missiles via direct body-to-body impact; MSE variant increases kinematics and defended area.

PAC-3’s guidance and high-energy endgame deliver precise lethality, with MSE upgrades (dual-pulse motor, larger control surfaces) for more altitude/range.

Credible missile defense protects civilians, forces, and critical infrastructure.

United Launch Alliance
Vulcan Centaur

ULA’s next-gen launcher combining a powerful booster with the long-endurance Centaur V upper stage to reach demanding orbits across national security, civil, and commercial missions.

Vulcan leverages Atlas/Delta heritage with new propulsion and scalable SRB options; Centaur V adds high-efficiency, restartable RL10-class propulsion for complex insertions.

Assured, precise U.S. access to space underpins weather, navigation, science, and defense.

United Launch Alliance
Atlas V

Modular workhorse pairing a common-core booster with the Centaur upper stage (single- or dual-engine) and optional SRBs to match diverse payloads.

Atlas V has launched planetary probes, national-security payloads, and crewed test flights with a strong reliability record while ULA transitions to Vulcan.

Long-running reliability bridged critical missions to next-gen launch systems.

United Launch Alliance
Delta IV Heavy (Legacy)

The Delta program concluded with the final Delta IV Heavy launch on Apr 9, 2024, closing a 60-year era of U.S. launch heritage.

The NROL-70 mission marked the Heavy’s last flight; future heavy-lift needs transition to Vulcan. Delta IV Heavy remains synonymous with lofting the nation’s heaviest, most sensitive payloads.

A historic heavy-lift line paved the way for today’s capabilities.

United Launch Alliance
Centaur Upper Stage
(Atlas V / Vulcan)

High-energy cryogenic upper stage powered by RL10 engines—enabling precise, restartable orbital insertions from GEO to interplanetary missions.

Centaur’s lightweight stainless tanks and LH2/LOX propulsion deliver exceptional specific impulse and endurance; the modern Centaur V advances those traits. RL10’s decades-long reliability record underpins the stage’s performance.

Efficient upper stages make ambitious science and high-value national missions possible.

Human Space
Flight

SpaceX
Falcon 9 & Crew Dragon
(Demo-2)

On May 30, 2020, Crew Dragon Demo-2 returned U.S. crew launch capability, carrying NASA astronauts Bob Behnken and Doug Hurley to the ISS and safely splashing down Aug 2, 2020.

The mission validated NASA’s Commercial Crew model and SpaceX’s reusable architecture in an end-to-end demo from launch to recovery. Demo-2 marked the first crewed orbital launch from U.S. soil since 2011.

Routine commercial crew rotations now expand research access and lower the barrier to human spaceflight to low-Earth orbit.

Build with Confidence

Machined, measured, and documented –
so your parts arrive flight-ready with a complete cert pack.

    Notes & Disclaimers

  • Program names/marks are property of their respective owners.
  • Imagery is representative only and does not depict customer-furnished drawings, controlled data, or contract-specific hardware.