Injection-molded silicone optics plus a gravity-formed adhesive layer enable precise aircraft light assembly with complex geometries and lower damage risk.
A detachable aircraft seat peripheral bar adds programmable accent lighting and modular interfaces without major display-system redesign.
A single light unit combines red, green, and white sources with directional blocking to replace multiple aircraft navigation lights while meeting FAR rules.
A transmissive silicone rubber layer bonds and positions complex aircraft light optics without high-pressure molding, reducing assembly damage risk.
By placing a camera in the aircraft beacon light housing, this case avoids window glare, exterior mounts, and battery limits.
A removable aircraft peripheral bar uses programmable LEDs and modular interfaces to show seat status while reducing redesign and certification effort.
Frame-synced dimming lets a shared aircraft light-camera housing support taxi and landing modes while reducing glare in captured video.
A single navigation light uses red, green, and white sources plus asymmetric blocking to fit left, right, and tail positions with less assembly complexity.
Mounting the optical sensor inside a replacement beacon light avoids window glare, external mount certification, and battery-only camera limits.
A rotating LED housing decouples light motion from drone flight to create sound-reactive persistence-of-vision words and shapes in the night sky.
Coupling-triggered hose reel control takes up slack during aerial refueling to limit hose oscillation and prevent unintended drogue-probe detachment.
Dual phosphor layers and a transmissive layer shift LED light to meet aviation white chromaticity despite optically dense silicone.
Dual-height leg stands let one aircraft light optics board fit different LED types while preserving optical alignment and reducing redesign.