Helicopter Landing Platform TRIZ Cases

See how ground-based cameras and distance sensors enable rotorcraft without onboard cameras to

See how extracting image capture from drone to landing device enables accurate autonomous landi

A foldable landing deck with extension joints lets vertiports deploy only when needed, reducing rooftop space use and accident risk.

A rotating, extendable landing deck helps vertiports fit narrow rooftops while reducing accident risk and avoiding wasted monitoring resources.

Separate landing, access, and transfer modules let one terminal fit indoor or outdoor deployment while keeping goods handoff convenient.

Spaced acoustic scatterers around a helipad absorb aircraft noise while preserving air circulation and stable lift without wall-induced noise buildup.

A sliding wind power unit captures aircraft downdraft at a vertiport to generate electricity for lighting and charging with better energy use.

A damping layer on the vertiport launching platform absorbs aircraft noise, reduces vibration, and improves operational stability.

Segmented first and second lighting assemblies provide redundant power paths to sustain helideck illumination during component failures.

A drone docking system interfaces with a window-mounted platform to transfer packages directly into the building interior.

Modular coupling structures rigidly join portable launch pads, enabling collective transport and automated deployment of unmanned delivery aircraft.

An adjustable takeoff platform pre-orients vertical takeoff and landing aircraft to counteract wind forces before flight.

Guiding pins move through embedded grooves to transport aircraft with engines off, eliminating fuel consumption and noise pollution.

Movable barrier plate separates drone landing area from user side, resolving physical contact hazards during delivery operations.

Segmented fencing moves along helical trajectories between rest and operating states, preventing interference during takeoff while securing the landing area.

Segmented horizontal and vertical interlocking elements eliminate on-site welding while resisting vertical loads.

Segmented movable barriers and a control system separate drone propeller hazards from passenger zones, enabling safe urban logistics.

Drain channels and metal fillers in modular planks remove heat and isolate fuel, preventing fire spread across facility floors.

A retractable landing platform folds peripheral panels into a central body to minimize deck space occupation.

Peripheral support brackets position a heli-hoist platform at the nacelle edge, preserving central space and reducing wind load.