Arresting Gear TRIZ Cases
- Amphibious Drone Sealed Body and Snorkel Intake for Water Operations
Hermetic sealing and elevated snorkel intake prevent water intrusion while floatation devices enable safe recovery in harsh marine conditions.
- Ground-Based Vectored Thrust System for VTOL Aircraft
Segmenting thrust production between external ground devices and onboard engines reduces wear on aircraft propulsion elements during high-load operations.
- Aircraft Ground Spoiler Drive System Wheel Lock Detection
Aircraft ground spoiler drive system uses air speed detection to deploy flaps when wheel sensors fail.
- UAV Capture System Using Vertical Cable Array
Vertical cable array engages both UAV wings to arrest asymmetric forces and prevent structural damage during capture.
- Pneumatic Capture Net for UAV Recovery on Unprepared Surfaces
Inflatable tubes in a pneumatic capture net exert drag forces to decelerate a UAV, enabling safe recovery on unprepared surfaces without complex infrastructure.
- Inflatable Helicopter Landing Device Using Polymer Textile
An inflatable ground-based reception system replaces heavy onboard floats, enabling safe emergency landings without modifying aircraft weight.
- Drone Landing Device with Articulated Masts and Cable Pucks
Articulated masts and moving cable pucks resolve the contradiction between wide capture spacing and precise transverse positioning for efficient drone recovery.
- Fuselage Takeoff and Landing System for Aircraft
Aircraft fuselage takeoff and landing system utilizing rail catchers and shock absorbers.
- Resilient UAV Landing Platform with Conical Protuberances
Conical protuberances absorb kinetic energy during impact, protecting drone structural integrity against wind shear forces.