Diode Dynamics SS3 Sport ABL - White Combo Standard (Pair)

Features Modern TIR optics provide highest intensity on the market Backlight accent feature, available in white, amber, red, and blue Durable powdercoated aluminum construction Integrated Deutsch-style connector Engineered and Assembled in USA Overview Introducing the SS3 3 inch LED Pod! Featuring higher output intensity than any other 3 inch light on the market, these LED pods have been designed for maximum functionality, with custom-engineered TIR optics shining in highly useful beam patterns, all in a durable package. All Stage Series LED pods are available in a cool white or selective yellow color, and sport or pro power levels. Focused. Traditional optics like reflectors or simple lenses lose light internally and to glare, so not all of the light shines on target. Instead, the custom-engineered TIR optic in the SS3 collects all of the light from the LED, and directs it only where you need it, drastically reducing glare and improving total efficiency. The total intensity of the SS3 is much greater than other LED pods using basic optics or reflectors with a standard outer lens. Backlight Functionality. The Stage Series 3inch LED Pod is now available with a distinctive backlight, in your choice of white, amber, red, and blue. The SS3's backlight fully illuminates the TIR optic, providing a more unique and modern look than the small indicator LEDs found in other products. Simple connections. All SS3 LED pods feature a custom-molded DT type Deutsch-style connector on the back, and come with a 6-inch pigtail with bare leads. Featuring higher output intensity than any other 3 inch light on the market these LED pods have been designed for maximum functionality with custom-engineered TIR optics shining in highly useful beam patterns all in a durable package. Included in the box: Two (2) SS3 3” LED Pods Two (2) Deutsch-style wire pigtails Two (2) Mounting brackets and hardware

• Advanced TIR optics provide high efficiency and focus
• Durable powdercoated aluminum construction
• High-intensity automotive-type LEDs
• Integrated Deutsch-style connector
• Pin-fin heatsink design

The Diode Dynamics SS3 Sport ABL White Combo LED Pod Pair offers exceptional illumination with advanced optical technology designed for maximum efficiency. Featuring custom-engineered TIR optics, these 3-inch LED pods concentrate light precisely where needed, significantly reducing glare and increasing overall brightness. This innovative design ensures high output intensity that surpasses traditional reflectors or lens systems, making them ideal for off-road, automotive, and utility applications. Constructed from durable powdercoated aluminum, the SS3 pods are built to withstand harsh environments, providing long-lasting performance.
Each pod incorporates high-intensity automotive-grade LEDs and an integrated Deutsch-style connector for simple, secure wiring. The backlight accent feature, available in white, amber, red, and blue, offers a modern aesthetic while illuminating the TIR optic for enhanced visibility. The pin-fin heatsink design ensures efficient heat dissipation, maintaining optimal operation even during extended use.
This pair includes mounting brackets and hardware, making installation straightforward. Whether upgrading your vehicle’s lighting system or customizing an off-road setup, the Diode Dynamics SS3 Sport ABL LED Pods deliver superior brightness, focused beam patterns, and a sleek appearance. With the choice of power levels and colors, these LED pods are versatile and easily adaptable to various automotive lighting needs. Engineered and assembled in the USA, the SS3 pods exemplify quality, durability, and high performance in a compact package.

Features:

• Advanced TIR optics provide high efficiency and focused beam patterns

• Durable powdercoated aluminum construction ensures long-lasting use

• High-intensity automotive-grade LEDs deliver superior brightness

• Integrated Deutsch-style connector allows for simple wiring connections

• Pin-fin heatsink design promotes efficient heat dissipation