The 2010 Honda Accord typically uses halogen headlights with separate bulbs for low and high beams. For most trims, the low-beam bulb is H11, the high-beam bulb is 9005, and if your model has front fog lights, those usually use H11 as well.
Headlight bulb specifications by function
Before listing the bulb types, note that configurations can vary by market, trim level, and optional equipment. The following reflects the common US-spec setup for the 2010 Accord.
- Low beam: H11
- High beam: 9005 (HB3)
- Front fog lights (if equipped): H11
In short, most 2010 Accords use H11 for the low beams, 9005 for the high beams, and H11 for fog lights when present. Always verify with your owner's manual or check the bulb labeling on your vehicle to confirm any regional variations or trim-specific differences.
Replacement tips and confirmation
To ensure you’re purchasing the correct bulbs, remove the existing bulbs and check the part numbers if the packaging isn’t clear. If you’re unsure, bring the old bulb to an auto parts retailer to compare. Wear gloves or use a clean cloth when handling halogen bulbs to avoid transferring oils to the glass, which can shorten bulb life.
If your Accord is equipped with a non-standard lighting package or headlights labeled for a different region, the bulb types may differ. In that case, consult the owner’s manual or contact a Honda dealer for precise specifications.
Additional considerations
Some 2010 Accords may have variations in certain markets or dealer-installed packages that affect headlight type. If you notice subpar light output after replacement or see stickers on the headlamp housing indicating a different bulb, follow those indicators rather than relying solely on memory.
Summary
For most 2010 Honda Accords, use H11 for low-beam headlights, 9005 for high-beam headlights, and H11 for front fog lights if your model has them. Always verify with your manual or the bulb labeling on the headlamp housing to account for regional or trim differences. Regular replacement with proper bulbs helps maintain optimal nighttime visibility and safety.