UHANBUT 3157 Car Wire Harness Pigtail Socket, Waterproof Universal LED and Standard Brake Light Female Adapter, Vehicle Bulb Socket Replacement for Turn Signal/Tail/Daytime Running Light (4PCS)

UHANBUT 3157 Car Wire Harness Pigtail Socket, Waterproof Universal LED and Standard Brake Light Female Adapter, Vehicle Bulb Socket Replacement for Turn Signal/Tail/Daytime Running Light (4PCS)

• 【Product Specifications】: The car tail light socket set includes 4pcs 3157 sockets, each measuring 5.66 inches. These sockets are suitable for replacing turn signals, brake lights, tail lights, and daytime running light sockets. Please check in advance that the bulb socket model and size are compatible with your vehicle.
• 【Quality Material】: This car wire harness pigtail socket uses high-quality plastic and copper materials, ensuring excellent conductivity and resistance to high temperatures, corrosion, and wear. The robust build helps maintain a stable electrical connection and extends the lifespan of your automotive lighting components.
• 【Easy Installation】: The car brake light socket is a plug-and-play design that is very easy to install and requires no complicated steps, just plug the bulb into the pre-wired harness socket and connect the socket's included wiring harness to the vehicle's wiring system. The socket has built-in positive and negative terminals, creating a complete closed-loop circuit that ensures that the bulb glows properly.
• 【Wide Compatibility】: This car wire harness pigtail socket is compatible with standard T25, P27/7W, 3157, 3057, 3155, 3357, 3457, 3757, 4057, 4114, 4157, 3156, 3056, 3456, 4156 bulbs. It works well for both LED and standard bulbs, making it a universal solution for various automotive lighting needs in cars, SUVs, and trucks.
• 【Weatherproof Performance】: The car tail light socket features waterproof construction, ensuring reliable operation even in rainy or snowy conditions. The secure design helps protect the internal wiring from moisture and debris, making it suitable for long-term use in different driving environments.