NGK Ignition Coil P/N:48711
NGK 48748 ignition coil for the 2008-2013 Infiniti G37 V6 3.7L and other vehicles turns battery voltage into the spark that fires a cylinder. This NGK ignition coil is sold one per listing, so the engine's coil count decides how many you order.
A failing coil can show up as a misfire, a rough idle or a lit check engine light. Before you replace a coil, rule out worn spark plugs and a damaged connector, since either one can produce a misfire as well.
The 2008-2013 Infiniti G37 V6 3.7L and the 2009-2020 Nissan 370Z V6 3.7L both take this ignition coil, as do other Infiniti and Nissan models. Each of those two takes six, and the quantity varies by engine on other vehicles.
Fit and size
Build and materials
One ignition coil, with an ignition control module, a high-temperature coil boot and jumper harnesses where required.
Interchange: 178-8503 · 22448-EY00A · UF-617 · 921-2167
1415192 · E1117 · IC720 · IGC0078 · U5206
This part cross-references / interchanges with the following part numbers:
Is NGK 48748 the right G37 coil pack for a 2008-2013 Infiniti G37 V6 3.7L?
Yes, NGK 48748 fits the 2008-2013 Infiniti G37 V6 3.7L, which takes six. If your car is not named on this page, look up its year and engine on the Buyer's Guide tab.
Is this NGK coil pack the right one for a 2009-2020 Nissan 370Z V6 3.7L?
Yes, NGK 48748 fits the 2009-2020 Nissan 370Z V6 3.7L, which takes six. This listing is one coil.
How long is the NGK warranty on part 48748?
NGK backs the 48748 ignition coil with a 3 year/36,000 mile warranty.
Is U5206 the same coil NGK sells as 48748?
Yes. NGK lists this coil under both 48748 and U5206, so either number finds the same part.
What are the housings of the NGK 48748 coil made of?
NGK 48748 has vacuum-sealed epoxy resin and thermoplastic coil housings, which give it dielectric strength and voltage insulation.
WARNING: These products can expose you to chemicals including lead and phthalates, which are known to the State of California to cause cancer and birth defects or other reproductive harm. For more information go to www.P65Warnings.ca.gov.