No LED or xenon manufacturer can refute the following five claims. FYRLYT challenge the person or brand that denies this through an FAKT based discussion. We welcome any discussions without obligation. FYRLYT is here to help you maximize what you want to see!

FYRLYT has the most complete colour spectrum in the high performance extra light market! 

FYRLYT delivers light with an INDEX of 100, i.e. "perfect Colour Rendering Index ", that is the maximum possible value for Colour Rendering Index . Our light source by definition is a black body emitter that is the yardstick by which color release "CRI / Ra" is measured. A light source's Colour Rendering Index is very important for the quality of light. CRI measures how easily the human eye can distinguish between different colors.

Why is good quality color quality (CRI/Ra) important in a extralight ? 

We only see the colors reflected in our eyes, if a light source is deficient in a color, we do not see the colors of these true colors... We rely heavily on colors to detect and distinguish risks from a distance... As a result, careful Colour Rendering Index crucial for detecting an animal when the animal and the background in the forest, for example, are similar in color.

The American Medical Association (AMA) "Encourages the use of 3000K or lower lighting for outdoor installations such as roadways." The University of Michigan Transportation Research Institute Ann Arbor, Michigan 48109-2150 U.S.A." Ratings of Discomfort Glare" In this study, we investigated whether an observer's subjective judgment of discomfort glare is different for each type of light source at comparable levels of photopic illuminance. In previous research examining the influence of wavelength on glare ratings, middle wavelengths (yellow, 577 nm) produced the least discomfort, while short wavelengths (blue, 480 nm) produced the greatest discomfort (Flannagan et al., 1994)." 

 Why have FYRLYT superior visual acuity? 

 FYRLYT has most of its light output in the light's longer wavelengths compared to LED or xenon which has blue-based light... Blue-based light is among the shortest in the visible spectrum of light. Short wavelength light "blue-based light" is simply bad for glare..."Long wavelength" (red/yellow based light) is superior. 

 Read the AMA report in its entirety. Who would know better? American Medical Association or a salesperson/media guru?

FYRLYT have greater ability to penetrate moisture, mist, dust and smoke. 

 Blue-based light (LED and xenon) is spread more in the atmosphere than red light ( FYRLYT ) due to its short and long wavelengths of light. 

 Blue-based light "hits" therefore particles significantly more unsurpassed than red-based light. This is the reason why the sky is blue and sunsets are red.

 The tyndall effect is a phenomenon consisting in the diffusion of light from the radiation direction of colloidal particles and the fact that the light diffused at an angle of 90° is linearly polarized. The phenomenon was observed in the 19th century by John Tyndall in the laboratory, and he saw it as an explanation for the fact that the sky is blue and sunsets red. 

 The amount of dispersion depends on the light frequency and density and size of the particles. As with the Rayleigh spread, blue light is spread brighter than red light with this effect. That's why the sky is blue... On a clear day, the sky is blue because molecules in the air spread blue light from the sun more than they shed red light. When we see the sunset, we see red and orange colors because the blue light is already scattered and away from the field of view, the blue-based light simply can not penetrate so strongly / far. 

 Why is it important that a light source can penetrate these particles such as moisture, fog, dust and smoke? 

 It rarely exists in reality that we have clear air conditions when we run dark time. 

 FYRLYT is red/yellow based light and will penetrate airborne particles such as moisture, fog, dust, or smoke significantly better than blue/green based light such as LED or xenon.