BOSCH 62389 Original Equipment Fuel Injector - Compatible with Select Dodge Dakota, Durango, Nitro, Ram 1500; Jeep Commander, Grand Cherokee, Liberty; Ram Dakota, 1500 Pickup - Single

BOSCH 62389 Original Equipment Fuel Injector - Compatible with Select Dodge Dakota, Durango, Nitro, Ram 1500; Jeep Commander, Grand Cherokee, Liberty; Ram Dakota, 1500 Pickup - Single

• [BOSCH EXPERTISE] - Bosch has produced over 1 billion fuel injectors and is the number one name in original equipment (OE) injectors, with more than 45 years of gasoline system experience
• [OPTIMAL PERFORMANCE] - All applications provide precision flow rates and original spray patterns for optimal performance in all driving conditions
• [HIGH EFFICIENCY] - Engineered for low fuel consumption and emissions - particularly in the starting and warm-up phase - and outstanding warm-start performance
• [PREMIUM QUALITY] - Manufactured with premium quality high-alloy steels and plastic coverings for optimum corrosion resistance and longevity
• [READY TO INSTALL] - Bosch injectors feature guaranteed OE fit, form, and function, and include seals and/or o-rings necessary for installation, so they're ready to install right out of the box
• Replaces OE numbers: 53032701AA, 53032701AB
• Compatible with select vehicles (Note: engine affects fitment - verify specific vehicle fitment details with fit checker above): DODGE: 2004-10 Dakota, 2004-09 Durango, 2007-11 Nitro, 2004-10 Ram 1500; JEEP: 2006-10 Commander
• Compatible with (continued): JEEP: 2005-10 Grand Cherokee, 2004-12 Liberty; MITSUBISHI: 2006-09 Raider; RAM: 2011 Dakota, 2011-12 1500 Pickup

Bosch Port Fuel Injectors (PFI) have a robust design and are capable of using Ethanol fuel (E100). All Bosch fuel injectors released to the aftermarket are OE fit, form and function, and are produced to OE specifications. The Bosch fuel injector has a return rate of 1 part per million (PPM), making Bosch the industry benchmark. Bosch Gasoline Direct Injection (GDI) provides the basis for a cleaner and more economical engine generation. At the same time, it contributes to the current engine downsizing trend.