Beam Styles
Flood Beam
Flood beams provide a wide, even spread of light to illuminate the area immediately surrounding a vehicle or piece of equipment. They are ideal for close-range work lighting, loading areas, construction sites, agricultural equipment, and other applications where broad visibility is more important than long-distance illumination.
Trapezoidal (Driving) Beam
A trapezoidal beam combines width and distance to provide balanced forward visibility. It illuminates the road or work area ahead while also improving visibility toward the shoulders and ditches, making it ideal for both on-road and off-road driving applications.
Spot Beam
Spot beams produce a narrow, concentrated beam of light that projects over long distances. They are ideal for long-distance illumination on highways, forestry roads, mining operations, and other applications where maximum forward visibility is required.
Light Output Comparison
Light output is commonly measured in lumens, which indicate the total amount of light produced by a light source. While lumen ratings are an important measurement, real-world lighting performance depends on much more than brightness alone. The quality of the optics and beam pattern often has a greater impact on usable light than the advertised lumen rating alone.
Factors such as LED quality, optics, reflectors, lenses, beam pattern, colour temperature, and mounting position all affect how effectively light is delivered where it is needed. A well-designed lighting system often provides better real-world visibility than a light with a higher advertised lumen output.
Raw Lumens vs. Effective Lumens
Raw lumens measure the total amount of light produced by the LEDs before any losses occur inside the fixture. Effective (or delivered) lumens measure the amount of usable light that actually exits the completed light after passing through the optics and lens.
Because reflectors, lenses, and optics all reduce light output to some degree, effective lumens provide a more accurate indication of real-world lighting performance.
What is the Purpose of an Amber Lens?
Amber lenses or amber LED lighting help improve visibility in adverse weather by reducing glare and backscatter caused by fog, snow, rain, and airborne dust.
Because amber light has a longer wavelength than the blue of white light, it scatters less when it encounters water droplets or airborne particles. This can improve contrast, reduce eye strain, and make obstacles easier to distinguish in poor visibility.
Amber lighting is commonly used on snowplows, construction equipment, agricultural machinery, utility vehicles, and off-road applications where operators frequently encounter challenging weather or dusty environments.