2000-2004 Toyota Avalon 3.0L V6 6X Ignition Coil+6X Spark Plug 90919-02234 C-528 C1175 GN10536 UF267
Includes:
6x Ignition Coils, 6x Spark Plugs
Fits Models:
Toyota Avalon, Lexus ES300, Lexus RX300, Toyota Sienna
Model Years:
2000 - 2004
Submodels:
Standard, XL, XLS (Avalon); Base, Luxury (ES300); Base, Luxury (RX300); CE, LE, XLE (Sienna)
Engine Options:
3.0L V6 (Avalon, ES300, RX300), 3.3L V6 (Sienna)
Description:
Complete ignition coil and spark plug replacement set for Toyota Avalon 2000-2004 and compatible Lexus/Toyota models. This OEM-quality 6-pack includes six ignition coils and six spark plugs engineered to factory specifications for perfect fitment and reliable performance. Direct replacement for original part numbers 90919-02234, C-528, C1175, GN10536, and UF267. Built from premium metal and plastic materials for durability and corrosion resistance. Improves engine starting, fuel efficiency, and overall ignition performance. Tested for accuracy and stability. Ideal for maintaining your vehicle's electrical system and restoring optimal combustion efficiency.
| Includes | 6x Ignition Coils, 6x Spark Plugs |
| Fits Models | Toyota Avalon, Lexus ES300, Lexus RX300, Toyota Sienna |
| Model Years | 2000 - 2004 |
| Submodels | Standard, XL, XLS (Avalon); Base, Luxury (ES300); Base, Luxury (RX300); CE, LE, XLE (Sienna) |
| Engine Options | 3.0L V6 (Avalon, ES300, RX300), 3.3L V6 (Sienna) |
| Description | Complete ignition coil and spark plug replacement set for Toyota Avalon 2000-2004 and compatible Lexus/Toyota models. This OEM-quality 6-pack includes six ignition coils and six spark plugs engineered to factory specifications for perfect fitment and reliable performance. Direct replacement for original part numbers 90919-02234, C-528, C1175, GN10536, and UF267. Built from premium metal and plastic materials for durability and corrosion resistance. Improves engine starting, fuel efficiency, and overall ignition performance. Tested for accuracy and stability. Ideal for maintaining your vehicle's electrical system and restoring optimal combustion efficiency. |