Car & Truck Lights & Indicators for Geely

For Honda Odyssey Geely H1 LED Headlights. 2 Pieces Headlight Adapter Holder. SKU: QVW0016621252019671. - Color: Black.

Fit for Suzuki ,for Geely King Kong,for Toyota Cars/vehicles. - Fix turn signal or blinker light hyper flash issue, fail to flash, bulb burn out or warning code on dashboard. 1x Flasher Relay. - Plug and play,produce no heat compare with those load resistors.

This headlight holder for Honda Odyssey Geely H1 LED headlights.Made of durable plastic. - Made of premium silicone rubber, designed for HID and LED headlight dust cap. - Headlight Holder Material: Plastic.

For Honda Odyssey Geely H1 LED Headlights. 2 Pieces Headlight Adapter Holder. 2pcs White Yellow Round LED Headligh. 2Pcs12V 25W 8 Ohm LED Load Resistors. 2X LED Load Resistors 10 ohm Gold Tu.

Fit for Suzuki ,for Geely King Kong,for Toyota Cars/vehicles. - Fix turn signal or blinker light hyper flash issue, fail to flash, bulb burn out or warning code on dashboard. - Plug and play,produce no heat compare with those load resistors.

For Honda Odyssey Geely H1 LED Headlights. 2 Pieces Headlight Adapter Holder. Don't hesitate to buy, you will get the following item. - Made of durable plastic.

For Honda Odyssey Geely H1 LED Headlights. 2 Pieces Headlight Adapter Holder. SKU: ZUS0009092752019671. - Made of durable plastic.

For Honda Odyssey Geely H1 LED Headlights. 2 Pieces Headlight Adapter Holder. 2Pieces B3 H11 8000LM Car Headlight. 2 Pieces B3 H4 8000LM Car Headlight. 2 Pieces B3 H3 8000LM Car Headlight.

For Soueast V3, V5, V6, DX7, Freeca. For Geely Vision, GX7. Included: 2 x H7 LED Headlight Bulb Holders. For Dongfeng Fengxing. For Mazaza CX5, CX7. If item is defective after 3 months, you can still send it back to us.

For Soueast V3, V5, V6, DX7, Freeca. For Geely Vision, GX7. For Dongfeng Fengxing. Included: 2 x H7 LED Headlight Bulb Holders. For Mazaza CX5, CX7. If item is defective after 3 months, you can still send it back to us.

A: Add proper resistors or flasher relay, the problem would be solved. Higher value, the bulb will be brighter. Low Power Consumption, The power count by theoretical power of LED. Because we add the resistance to protect the LED.

A: Add proper resistors or flasher relay, the problem would be solved. Higher value, the bulb will be brighter. Low Power Consumption, The power count by theoretical power of LED. Because we add the resistance to protect the LED.

A: Add proper resistors or flasher relay, the problem would be solved. Higher value, the bulb will be brighter. Low Power Consumption, The power count by theoretical power of LED. Because we add the resistance to protect the LED.

A: Add proper resistors or flasher relay, the problem would be solved. Higher value, the bulb will be brighter. Low Power Consumption, The power count by theoretical power of LED. Because we add the resistance to protect the LED.

A: Add proper resistors or flasher relay, the problem would be solved. Higher value, the bulb will be brighter. Low Power Consumption, The power count by theoretical power of LED. Because we add the resistance to protect the LED.

With High-purity brightness, strong penetrability and superior stability. 5.360 degree light, 4014 SMD emit 360 degree light can light up every corner. Good light type, the position of the light-emitting point is close to the original car halogen lamp.

A: Add proper resistors or flasher relay, the problem would be solved. Higher value, the bulb will be brighter. Low Power Consumption, The power count by theoretical power of LED. Because we add the resistance to protect the LED.

A: Add proper resistors or flasher relay, the problem would be solved. Higher value, the bulb will be brighter. Low Power Consumption, The power count by theoretical power of LED. Because we add the resistance to protect the LED.

A: Add proper resistors or flasher relay, the problem would be solved. Higher value, the bulb will be brighter. Low Power Consumption, The power count by theoretical power of LED. Because we add the resistance to protect the LED.

A: Add proper resistors or flasher relay, the problem would be solved. Higher value, the bulb will be brighter. Low Power Consumption, The power count by theoretical power of LED. Because we add the resistance to protect the LED.

A: Add proper resistors or flasher relay, the problem would be solved. Higher value, the bulb will be brighter. Low Power Consumption, The power count by theoretical power of LED. Because we add the resistance to protect the LED.

A: Add proper resistors or flasher relay, the problem would be solved. Higher value, the bulb will be brighter. Low Power Consumption, The power count by theoretical power of LED. Because we add the resistance to protect the LED.

A: Add proper resistors or flasher relay, the problem would be solved. Low Power Consumption, The power count by theoretical power of LED. Because we add the resistance to protect the LED. So the actual output power is less than of the theoretical power.

Socket：T25 3157 3156 4157. If the LED doesn't light up, simply flip it 180 degree (reserve the polarity). Long life. Full color 6063# aluminum, bump appearance, increased heat dissipation surface, perfect heat dissipation.

A: Add proper resistors or flasher relay, the problem would be solved. Higher value, the bulb will be brighter. Low Power Consumption, The power count by theoretical power of LED. Because we add the resistance to protect the LED.

2x LED Parking Light / Backup Reverse Bulb. -Good light type, Low power consumption and super bright lighting,the position of the light-emitting point is close to the original car halogen lamp. Those are NOT problems of LED bulb and NOT covered by warranty.

A: Add proper resistors or flasher relay, the problem would be solved. Higher value, the bulb will be brighter. Low Power Consumption, The power count by theoretical power of LED. Because we add the resistance to protect the LED.

5.360 degree light, 4014 SMD emit 360 degree light can light up every corner. With High-purity brightness, strong penetrability and superior stability. 2x 3157 / 3156 LED Tail Stop Brake Light Bulb. Good light type, the position of the light-emitting point is close to the original car halogen lamp.

A: Add proper resistors or flasher relay, the problem would be solved. Higher value, the bulb will be brighter. Low Power Consumption, The power count by theoretical power of LED. Because we add the resistance to protect the LED.

Those are NOT problems of LED bulb and NOT covered by warranty. -Good light type, Low power consumption and super bright lighting,the position of the light-emitting point is close to the original car halogen lamp.

Higher value, the bulb will be brighter. A: Add proper resistors or flasher relay, the problem would be solved. Low Power Consumption, The power count by theoretical power of LED. Because we add the resistance to protect the LED.

A: Add proper resistors or flasher relay, the problem would be solved. Low Power Consumption, The power count by theoretical power of LED. Because we add the resistance to protect the LED. So the actual output power is less than of the theoretical power.

A: Add proper resistors or flasher relay, the problem would be solved. Higher value, the bulb will be brighter. Low Power Consumption, The power count by theoretical power of LED. Because we add the resistance to protect the LED.

A: Add proper resistors or flasher relay, the problem would be solved. Higher value, the bulb will be brighter. Low Power Consumption, The power count by theoretical power of LED. Because we add the resistance to protect the LED.

(A: Add proper resistors or flasher relay, the problem would be solved. Hope to your understanding. ). Higher value, the bulb will be brighter. Low Power Consumption, The power count by theoretical power of LED.

Higher value, the bulb will be brighter. A: Add proper resistors or flasher relay, the problem would be solved. Low Power Consumption, The power count by theoretical power of LED. Because we add the resistance to protect the LED.

A: Add proper resistors or flasher relay, the problem would be solved. Higher value, the bulb will be brighter. Low Power Consumption, The power count by theoretical power of LED. Because we add the resistance to protect the LED.

A: Add proper resistors or flasher relay, the problem would be solved. Higher value, the bulb will be brighter. Low Power Consumption, The power count by theoretical power of LED. Because we add the resistance to protect the LED.

A: Add proper resistors or flasher relay, the problem would be solved. Higher value, the bulb will be brighter. Low Power Consumption, The power count by theoretical power of LED. Because we add the resistance to protect the LED.

A: Add proper resistors or flasher relay, the problem would be solved. Higher value, the bulb will be brighter. Low Power Consumption, The power count by theoretical power of LED. Because we add the resistance to protect the LED.

A: Add proper resistors or flasher relay, the problem would be solved. Higher value, the bulb will be brighter. Low Power Consumption, The power count by theoretical power of LED. Because we add the resistance to protect the LED.

A: Add proper resistors or flasher relay, the problem would be solved. Higher value, the bulb will be brighter. Low Power Consumption, The power count by theoretical power of LED. Because we add the resistance to protect the LED.

A: Add proper resistors or flasher relay, the problem would be solved. Higher value, the bulb will be brighter. Low Power Consumption, The power count by theoretical power of LED. Because we add the resistance to protect the LED.

Low Power Consumption, The power count by theoretical power of LED. Because we add the resistance to protect the LED. So the actual output power is less than of the theoretical power. Higher value, the bulb will be brighter.

Higher value, the bulb will be brighter. A: Add proper resistors or flasher relay, the problem would be solved. Low Power Consumption, The power count by theoretical power of LED. Because we add the resistance to protect the LED.

Low Power Consumption, The power count by theoretical power of LED. Because we add the resistance to protect the LED. So the actual output power is less than of the theoretical power. Higher value, the bulb will be brighter.

A: Add proper resistors or flasher relay, the problem would be solved. Higher value, the bulb will be brighter. Low Power Consumption, The power count by theoretical power of LED. Because we add the resistance to protect the LED.

Good light type, Low power consumption and super bright lighting,the position of the light-emitting point is close to the original car halogen lamp. Those are NOT problems of LED bulb and NOT covered by warranty.