Dakota Digital LAT-NR190 are LED Tail Lights for 1955 Chevy Car. The kit includes a new LED assembly, a moisture-resistant pigtail connector, a #6 lock nut, and a ring terminal or splice connector. The LED assembly is designed to replace the original bulb and connector, and it features three wires: brown for taillight, green for driver's turn, and green for passenger's turn. The black wire is for grounding.
The LED Tail Lights are easy to install, and they provide a number of benefits over traditional incandescent bulbs. LEDs are more efficient, so they use less power and produce less heat. They are also more durable, so they will last longer. And because they are solid-state devices, they are not subject to vibration damage.
Dakota Digital LAT-NR190 are LED Tail Lights for 1955 Chevy Car. The kit includes a new LED assembly, a moisture-resistant pigtail connector, a #6 lock nut, and a ring terminal or splice connector. The LED assembly is designed to replace the original bulb and connector, and it features three wires: brown for taillight, green for driver's turn, and green for passenger's turn. The black wire is for grounding.
The LED Tail Lights are easy to install, and they provide a number of benefits over traditional incandescent bulbs. LEDs are more efficient, so they use less power and produce less heat. They are also more durable, so they will last longer. And because they are solid-state devices, they are not subject to vibration damage.
Dakota Digital LAT-NR190 are LED Tail Lights for 1955 Chevy Car. The kit includes a new LED assembly, a moisture-resistant pigtail connector, a #6 lock nut, and a ring terminal or splice connector. The LED assembly is designed to replace the original bulb and connector, and it features three wires: brown for taillight, green for driver's turn, and green for passenger's turn. The black wire is for grounding.
The LED Tail Lights are easy to install, and they provide a number of benefits over traditional incandescent bulbs. LEDs are more efficient, so they use less power and produce less heat. They are also more durable, so they will last longer. And because they are solid-state devices, they are not subject to vibration damage.
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