Honda Ignition Coil (OE 305205A2A01, 3 Pins, Without Module)
305205A2A01
305205A2A01
| ST NO. | Brand | OEM No. | Model(s) & Years | PINS | MODULE |
| STIC1210 | HONDA | 305205A2A01 | HONDA ACCORD 2.4L (2013-2017) HONDA CR-V 2.4L (2015-2018) |
3 PINS | WITHOUT |
This Honda ignition coil is developed for OE number 305205A2A01, suitable for Honda Accord 2.4L 2013–2017 and Honda CR-V 2.4L 2015–2018 applications listed on the product page.
As a key part of the ignition system, the coil helps provide the high-voltage spark required for engine combustion. A correctly matched replacement coil can support smoother starting, stable idle operation, better acceleration response, and reliable ignition performance.
Built around OE number 305205A2A01, helping distributors and repair supply channels confirm the correct product direction before quotation or batch supply.
The 3 pins connector should be confirmed together with the vehicle application and original coil structure to reduce wrong-part selection.
The without-module structure matches the listed product configuration and is important for accurate ignition coil replacement matching.
Supports consistent ignition energy for smoother combustion, idle stability, starting performance, and engine response after replacement.
Suitable for auto parts distributors, repair chain suppliers, regional wholesalers, and aftermarket ignition parts supply programs.
Supports packaging confirmation, labeling requirements, and OEM customization discussions based on different market and distributor needs.
This ignition coil may need to be checked when the vehicle has ignition-related problems, such as misfire, rough idle, hard starting, weak acceleration, unstable combustion, or higher fuel consumption.
For wholesale supply, repair parts distribution, or OEM customization, it is better to confirm the OE number, listed vehicle application, connector pins, module type, order quantity, packaging details, and labeling requirements before quotation. Clear information makes product matching easier and helps later supply work move forward more smoothly.