AEROSPACE

Aircraft interiors are no longer static environments—they are dynamic systems built around passenger interaction, comfort, and experience.

Every touchpoint inside the cabin—seat adjustments, tray tables, privacy panels, and stowage access—depends on controlled, repeatable motion within tightly constrained spaces. These systems must operate quietly, reliably, and consistently across thousands of cycles while meeting strict aerospace requirements.

Jonathan Group supports Tier 1 seat manufacturers, interior integrators, and OEMs with engineered hardware solutions designed specifically for aircraft interior motion.

Seating Systems & Passenger Interfaces

• Seat tracking and articulation
• Armrests, headrests, and ottomans
• Foot and leg rest deployment systems
• Tray table mechanisms

These systems require smooth, precise motion and long-term durability while maintaining minimal weight and compact packaging.

Cabin Furniture & Interior Monuments

• Credenzas and headboards
• Partition and privacy panel systems
• Galley interfaces and access points
• Stowage compartments

We support the movement and access requirements of cabin structures where space is limited and performance expectations are high.

Passenger Experience Features

• Concealed and deployable components
• Soft-close and controlled motion systems
• High-cycle, low-noise interaction points

In premium cabins especially, motion quality directly impacts perceived product value.

We engineer and supply motion solutions that combine multiple mechanical functions into cohesive systems:

Linear & Telescopic Motion

• Compact slide systems for tight envelopes
• Controlled extension and retraction
• Designed for high-cycle use and minimal deflection

Rotational Motion (Hinges & Pivot Systems)

• Precision hinge integration for complex geometries
• Consistent movement under load
• Tuned for durability and smooth operation

Latching & Retention Systems

• Secure engagement under dynamic conditions
• Controlled release and tactile feedback
• Integration with broader motion assemblies

Design Challenges We Help Solve

• Weight Reduction: Minimize mass without sacrificing strength or reliability
• Space Limitations: Fit functional systems into constrained envelopes
• Noise & Feel: Deliver quiet, refined motion
• Durability: Maintain performance over thousands of use cycles
• User Experience: Ensure motion feels intuitive, smooth, and consistent

We work directly with design and engineering teams to solve these challenges early—enabling more creative and functional interior concepts.

Built for Aerospace Requirements

• High-cycle performance and repeatability
• Design considerations for redundancy and safety
• Materials and configurations suited for aircraft environments
• Support for validation and cycle testing requirements