Aircraft Control TRIZ Cases

A rotatable wing-side mount lets the high-lift fairing follow variable trailing-edge shapes while maintaining aerodynamic sealing.

Internal wing stowage hides the flap linkage without external fairings, reducing parasitic drag during cruise while preserving high-lift deployment.

An offset bent portion separates deformation from covered connecting portions, reducing fiber-covering creases while preserving joint strength.

Rotating proprotors combine vertical lift and horizontal thrust, addressing VTOL fuel, structural weight, and scalability limits.

A rotatable primary connector aligns and locks a modular high-lift assembly to the wing for accurate single-person installation.

A flexible skin links the wing leading edge and rigid high-lift body, preserving a smooth profile as dual-axis rotation increases lift.

An elongate aperture and interface component accommodate manufacturing tolerances while securing high-lift assemblies for accurate wing alignment.

A flexible skin bridges the main wing and rigid high-lift body, preserving continuous curvature as a four-bar linkage deploys the assembly.

A rotatable primary connector aligns the high-lift assembly to the main wing, easing single-worker installation and modular repair.

Modular wing construction limits access inside the wing box, so aligned connection elements help secure the high-lift assembly efficiently.

Perpendicular landing surfaces guide high-lift assembly alignment on an aircraft wing while accommodating manufacturing tolerances during modular connection.

Multiple flight controllers send pilot commands through interconnected processors that consolidate signals and reduce communication links.