Auto 6pcs 578 211-2 212-2 LED Dome Light Bulbs, Extremely Bright 41mm 42mm 569 6411 1.61inch Led Interior Car Festoon Bulb, Upgraded 400LM 6500K Dome Map Door Lights LED Blub for Cars (White)

Price: $3.99
(as of Feb 21, 2024 14:54:43 UTC – Details)

Product Description

1:1 Design with Original Halogen Bulb

Just plug and play, easy to install, no modifications. Fit for 578, 41mm, 42mm, DE4410, 211, 211-2, 212, 212-2, 214-2, 569, 6411, 6413, 6429 bulbs etc.For better purchase experience, please double check your manual or original bulb size before place an order.

3 Times Faster Heat Dissipation

Aviation aluminum and heat sink fin design.3 times heat dissipation, perfect curve design, increase the heat dissipation area.Efficiently reduce temperature, protect smart chip and circuit board, prevent flicker short circuit, extend service life.

【Universal Compatibility】: With a 1:1 restoration of the original bulb size, these standard 578-sized bulbs can replace 41mm, 42mm, 211-2, 212-2, 560, 569, 6411, 6413, 6429, 12844, DE4410, and other festoon bulbs. Suitable for various car interior applications such as dome lights, map lights, door lights, glove box lights, trunk lights, and more.
【Easy to Installation】: The non-polarity design allows for effortless plug-and-play replacement, eliminating concerns about matching polarity. The built-in CAN-BUS decoder prevents dashboard errors or flickering. Prioritize compatibility by checking your vehicle’s manual or the original bulb size and socket before ordering.
【Smart Chip System】: For long-lasting performance, the 578 LED energy-saving bulbs incorporate a smart IC driver and high-precision fiberglass circuit board. This design ensures stable input current, a safe temperature range, and consistent brightness, extending the bulb’s lifespan to 50,000 hours.
【Fast Heat Dissipation】: Utilizing aerospace-grade aluminum components and a fin-shaped design, the LED bulbs increase the heat dissipation area, achieving rapid heat dissipation and effectively preventing the bulbs from generating excessively high temperatures.