Onix OR1722 Radiator

Radiator for Ranger and B-Series Applications

Restore cooling performance with the Onix OR1722 radiator, a direct-fit replacement for select Ford Ranger and Mazda B-Series trucks. Built for 1995-1997 Ford Ranger, 1997 Ford F-100 Ranger, and 1995-1997 Mazda B3000 and B4000 applications, this radiator is engineered for dependable heat transfer and consistent engine temperature control.

Key Features

• Direct-fit radiator for select Ford and Mazda truck applications
• Designed for 1995-1997 Ford Ranger and 1997 Ford F-100 Ranger
• Also fits 1995-1997 Mazda B3000 and 1995-1997 Mazda B4000 without A/C
• Built with premium components for improved service life and performance
• Onix OR1722 replacement part number for easy identification

Product Details

The Onix OR1722 is part of Onix Automotive’s drop-in-fit radiator line, developed for straightforward replacement in common light truck cooling systems. It is intended for drivers replacing a worn, leaking, or inefficient radiator in Ford Ranger and Mazda B-Series platforms. The OR1722 supports reliable coolant flow and heat dissipation for everyday driving and work use. This part cross-references Monroe Shocks & Struts (e.g., 172286, 182286) for the same application.

What This Radiator Helps Address

• Coolant leaks from a damaged or corroded radiator
• Overheating caused by restricted heat transfer
• Temperature instability from an aging cooling core
• Reduced cooling efficiency in high-mileage trucks
• Replacement needs for Ford Ranger and Mazda B3000/B4000 cooling systems

Installation Notes and Tips

Verify vehicle fitment by year, make, model, and A/C configuration before installation. This radiator fits 1995-1997 Ford Ranger, 1997 Ford F-100 Ranger, 1995-1997 Mazda B3000, and 1995-1997 Mazda B4000 without A/C. Inspect hoses, clamps, and coolant condition during replacement to help ensure proper system operation.

Quality Assurance

Onix designs its replacement components with upgraded materials and application-specific engineering to support longer service life and consistent performance in daily use.