An insert positions stiffeners before draping to prevent vertical deformation during composite panel manufacturing.
Reinforcement beads improve buckling resistance in aircraft planar components without increasing weight.
Single-cycle injection molding of PPS or PEEK shearwebs eliminates manual edge sealing and reduces labor intensity.
Shear pins and sacrificial fasteners enable the support beam to rotate away from the wing spar, preventing fuel tank leaks during impact events.
A launch assembly imparts force to a package via a translating carriage, resolving delivery precision and reliability constraints in complex environments.
Profiled reinforcing structures form sandwich-type channels between inner and outer shells.
Protruding waterproof lips segment drainage from insulation, preventing water leakage into the aircraft cabin while maintaining structural integrity.
Deforming a composite tubular skin creates clearance for frame assembly insertion into the internal volume.
Bolts linking center wing box halves simplify assembly time while reinforcing mechanical strength against fuselage frames.
A cabin structural component integrates a heat conductor within its cover layer to actively warm the wall surface.
Levelling supports adjust profile height to eliminate chemical adhesives and reduce assembly time.
A sealed lithium battery safety device channels gas through a cooling conduit to prevent self-ignition during thermal runaway.
An angled adapter module compensates fitting piece positioning, resolving alignment precision issues without increasing fastening system complexity.
Treating panel surfaces creates hydrophobic flow paths that divert condensate, eliminating heavy separate moisture management devices.
Internal shield merges water systems with protective structure to stop fragments without increasing aircraft weight.
A metrology system scans parts to compare actual contours with computer models and projects visible deviation indicia for manual bending guidance.
A panel assembly uses a leveling insert to eliminate aerodynamic discontinuities at longitudinal overlapping joints.