Engineered Materials

Heat, vibration and changing mission demands place constant stress on aircraft systems. Parker supports long-term performance through engineered materials designed for harsh rotorcraft environments.

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Rotor Bearings, Dampers & Tension Torsion Straps

Reduced noise and vibration, lower weight, enhanced safety and simplified maintenance. Parker Lord's dynamic components and subassemblies—pitch‑link and rod‑end assemblies, main and tail rotor hubs, rotor subcomponents and tension‑torsion straps—manage NVH and structural loads with flight‑critical, tested, balanced, lightweight, serviceable designs and certification support. View Product

Antenna Gaskets

Improved corrosion protection, lightning‑strike resilience, reduced maintenance and simplified certification. Parker's METALASTIC® EXP‑URE gaskets combine expanded aluminum mesh with a conformable urethane filler to provide durable, lightweight flange‑to‑flange seals offering superior corrosion resistance, lightning protection, EMI shielding and easy installation. View Product

Active Vibration Control Systems

Reduced cabin noise, lower airframe and engine vibration, improved comfort and reduced fatigue from startup through cruise and landing. Parker Lord's Active Vibration Control System (AVCS) uses proprietary algorithms, controllers and force‑generating actuators to suppress rotor‑ and powertrain‑induced vibrations, providing high‑performance, integration‑ready, proven durability View Product

Dynamic & Aerodynamic Seals

Reduced contamination, preserved structural integrity, lower maintenance and optimized aerodynamic performance. Parker's aerodynamic seals separate landing gear bays, wings, engines, nacelles, windows and doors with flexible yet structurally robust designs that minimize contamination, maintain sealing under load, resist environmental exposure and simplify installation. View Product

Torque Monitoring Systems

Expanded hot‑and‑high operability, higher payload capacity, improved fuel efficiency and safer engine operation. Parker's torque‑sensing, digital torque‑feedback system measures engine torque in real time and communicates with engine controllers to limit torque, adjust power and optimize performance. View Product