TYC 1-19025 Starter Motor

Starter for Chrysler and Dodge V8 Applications

TYC 1-19025 is a PMGR starter built for direct replacement in select Chrysler and Dodge vehicles. With a 1.4KW energy output and clockwise rotation, it matches the electrical and rotational requirements for listed applications, including Chrysler 300, Dodge Challenger, Dodge Charger, and Dodge Magnum models.

• PMGR starter configuration for listed OE-style applications
• 1.4KW energy output for starting performance
• Clockwise rotation direction
• OE manufacturer reference: BO
• Direct fitment for select Chrysler and Dodge vehicles

Fitment Details

• Fits 2005-2010 Chrysler 300, N/A. Compatible with PMGR configuration and 1.4KW energy output.
• Fits 2009-2010 Dodge Challenger, N/A. Compatible with PMGR configuration and 1.4KW energy output.
• Fits 2006-2010 Dodge Charger, N/A. Compatible with PMGR configuration and 1.4KW energy output.
• Fits 2005-2008 Dodge Magnum, N/A. Compatible with PMGR configuration and 1.4KW energy output.

Detailed Description

This TYC starter is engineered around the listed PMGR layout, 1.4KW output rating, and clockwise rotation to match the starting system requirements of the covered vehicles. It cross-references Bosch SR6459X for the same application. If you are replacing a worn starter on a Chrysler 300, Dodge Charger, Dodge Challenger, or Dodge Magnum, TYC 1-19025 provides a specification-matched option for the original starting circuit.

What This Starter Helps Address

• Slow cranking during engine start
• No-crank conditions caused by starter wear
• Intermittent starting performance
• Starter noise from internal component wear
• Electrical starting issues tied to a failing starter assembly

Installation Notes and Quality Assurance

Verify the vehicle’s starter configuration, rotation direction, and electrical specifications before installation. Confirm fitment against the exact year, make, and model listed for your application, especially on Chrysler 300 and Dodge Charger vehicles. TYC 1-19025 is built to match the stated OE-style configuration and output requirements for the covered applications.