For a 2012 Honda Accord, muffler parts typically run about $40–$350, and installed prices generally range from $150–$700 depending on part type and labor.
In practice, price varies by engine variant (2.4L four-cylinder vs 3.5L V6), whether the car has a single or dual exhaust, and the labor rate in your area. The following guide breaks down the numbers and what drives them, so you can price the job accurately.
What affects muffler prices
Prices are driven by a range of factors that influence both the cost of the part and the labor to install it.
- Engine variant and exhaust layout: 2.4L Accords typically use a single rear muffler, while the 3.5L V6/dual-exhaust setup can involve two mufflers.
- OEM vs aftermarket: Original Honda parts tend to be pricier, but some aftermarket options offer comparable fit with different warranties.
- Material and brand: Basic aluminized steel parts are cheaper; stainless steel and branded performance mufflers cost more but resist corrosion longer.
- Labor rates and installation difficulty: Local shop rates vary, and rusted hangers or restricted access can extend installation time.
- Included hardware: Gaskets, clamps, and hangers add to both parts and labor if not supplied by the seller.
- Region and warranty terms: Prices differ by region; some parts come with longer warranties, affecting long-term cost.
Understanding these factors helps you compare quotes and decide whether to replace just the muffler or the entire exhaust section.
Typical price ranges
Here are ballpark ranges for parts and installed price, based on common configurations for the 2012 Honda Accord. The numbers assume standard, non-modified cars and typical labor rates.
Parts-only price estimates
These ranges cover common configurations; variations apply depending on exact part number and supplier.
- Economy aftermarket single muffler: $40–$120
- Mid-range aftermarket single muffler (stainless or branded): $120–$250
- Premium aftermarket or OEM single muffler: $250–$400
- OEM Honda muffler (single, for the 4-cylinder model): $150–$350
- Dual-exhaust setups (V6 or higher-trim configurations): roughly $180–$350 per muffler; combined parts typically $360–$700 for both
Prices vary by model year and exact part number; always verify compatibility with your vehicle’s VIN and trim before purchasing.
Installed price estimates
Below are typical installed price ranges factoring in labor and potential extra parts.
- Labor rate: typically $70–$120 per hour, depending on the shop and location
- Estimated time: 1–2 hours for a single muffler replacement; 2–4 hours for dual mufflers or more complex exhaust work
- Single muffler installed: roughly $200–$550 total
- Dual mufflers installed (V6/dual exhaust): roughly $450–$900 total
- Additional parts (gaskets, clamps, hangers) or labor due to rust can add $20–$100 or more
To get an exact installed price, request a written quote from a local repair shop or retailer that itemizes parts and labor and confirms whether the price includes clamps, gaskets, and disposal of the old part.
Where to shop and how to compare
Consider both retailers and service centers. Compare part numbers to ensure fit, check reviews for installation quality, and confirm any warranties on both parts and labor.
- Online parts retailers: RockAuto, AutoZone, Advance Auto Parts, O'Reilly, PartsGeek, and manufacturer sites
- Local auto repair shops and dealership service departments
- Consider installation quotes that include disposal of the old muffler and any taxes or fees
Check the vehicle’s VIN and trim to ensure you buy the correct muffler, especially if your Accord has the V6 dual-exhaust system or special trims.
Summary
The muffler price for a 2012 Honda Accord varies widely based on engine configuration, exhaust setup, and whether you choose an OEM or aftermarket part. Plan for a parts cost of roughly $40–$350 and a total installed price of about $150–$900, depending on whether you need one muffler or two, and on labor rates in your area. Getting multiple quotes and confirming what’s included will help you lock in the best value.