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Diode Dynamics DD4143 Stage Series Rock Light RGBW DT Wiring Harness


10% of profits donated to Sierra Club and 1% of all sales donated to Stripe Climate Change initiative.

Diode Dynamics DD4143 Stage Series Rock Light RGBW DT Wiring Harness

36 in stock

GTIN: 195995130099 SKU: DD4143 Category:

Diode Dynamics DD4143 Stage Series Rock Light RGBW DT Wiring Harness Features

  • Powers Diode Dynamics RGBW LED Rock Lights.
  • Connects directly to the battery to power your LED pods.
  • Four M8 5-Pin output connectors.

Stage Series. This harness is intended to be used with our Stage Series RGBW LED Rock Lights. This harness connects directly to your vehicle’s battery and allows you to power your offroad lighting. It features a two-way switch and uses high-capacity 16 AWG wiring and M8 5-Pin connectors for simple plug-and-play installation.

Experience. After over a decade in business, Diode Dynamics is the most trusted name in automotive LED lighting. Unlike all other LED distributors, we assemble and engineer products in the United States, for high quality and fast time-to-market of the newest and brightest LED technologies. We pride ourselves in offering only quality LED products, that will exceed your expectations.

Included Quantity: One (1)

Diode Dynamics Rock Lights Data Sheet


Diode Dynamics

Diode Dynamics is our top manufacturer of automotive LED lighting products.

By directly manufacturing their products in St. Louis, Missouri, they are able to carefully control quality, while bringing unique items to market much faster than their competition. They back their products with an industry-leading no-hassle warranty, and the best service and support experience possible. From replacement LED bulbs, full LED assemblies, multicolor accents, or unique lighting control modules, Diode Dynamics is the leader in LED lighting.
Weight 1 lbs
Dimensions 11.5 × 9.5 × 1 in
WarningWARNING: This product may expose you to chemicals which are known to the State of California to cause cancer, birth defects or other reproductive harm. For more information go to