AeroLEDs

The LEDs in our product are solid-state mounted devices that can tolerate high levels of shock and vibration without failing. The primary driver of Halogen bulb filament failures and Xenon tube lead failures is airframe vibration. Our LED lights are designed to tolerate this high vibration environment indefinitely. The LEDs in our product are solid-state mounted devices that can tolerate high levels of shock and vibration without failing. The primary driver of Halogen bulb filament failures and Xenon tube lead failures is airframe vibration. Our LED lights are designed to tolerate this high vibration environment indefinitely.

AeroLEDs utilize built-in power supplies and are very lightweight. Traditional Xenon strobes utilize large, heavy power supply boxes. Converting to a pair of AeroLEDs wingtip strobes can remove 3 pounds of weight from an airplane. AeroLEDs strobe products are streamlined designs that take advantage of the small size of LED light sources to create an aerodynamic profile that produces less drag than traditional Xenon strobe housings.

All AeroLED landing light products have a built-in pulse mode that blinks the light on and off at a 1Hz rate when power is applied to the pulse mode power wire. All of our landing light products and synchronize with each other regardless of model to create a wig-wag alternating flashing pattern for enhanced in flight visibility for air to air and air to ground collision avoidance and recognition. All of our strobes have a synchronization signal that can allow them to flash in unison when connected together.

Part of what makes LED lights the best for airplanes and drones is they have 6500K (sunlight equivalent) color temperature, designed for superior visibility as compared to yellower halogen sources. The higher color temperature light stimulates all of the cones in the fovea of the human eye, which is the area of the eye that provides the highest resolution vision. 6500K is also superior for air-to-air recognition since it looks like sunlight reflecting off of a mirror, where yellower light sources are not as attention getting.