Mando 16A5127 Disc Brake Caliper - Front Right

OE Front Right Disc Brake Caliper

Mando 16A5127 is a new original equipment disc brake caliper for the front right position. It is built to match the OE caliper used on select Hyundai Sonata and Kia Optima applications, with factory-style coating for added corrosion resistance in wet or snowy climates.

This Mando New Original Equipment part number 16A5127 is a direct OE-style replacement for vehicles that need the same fit and function as the original caliper.

Key Features

• Front right disc brake caliper for brake hydraulic service
• New Original Equipment construction from Mando
• Factory-coated finish specified for Hyundai and Kia applications
• Direct replacement for OE part number 58190-38A00
• Cross-references Cardone New 19-2649 for the same application

Fitment Details

• Fits 2003 Hyundai Sonata, front right; to 04/01/2003; OE Manufacturer; New Original Equipment.
• Fits 1999-2002 Hyundai Sonata, front right; OE Rack and Pinion Assembly with ABS Wheel Speed Sensor and Disc Brake Caliper; New Original Equipment.
• Fits 2001-2002 Kia Optima, front right; OE Rack and Pinion Assembly with ABS Wheel Speed Sensor and Disc Brake Caliper; New Original Equipment.

What It Helps Resolve

• Brake fluid leakage at the caliper
• Sticking or locked brake pads
• Uneven front brake operation
• Corrosion-related caliper wear
• Loss of braking performance from a worn OE caliper

Installation Notes

Verify front right position and confirm the vehicle build date for 2003 Hyundai Sonata applications before ordering. Match the OE part number and fitment notes exactly, especially on vehicles listed with ABS wheel speed sensor and rack and pinion assembly details. Brake system bleeding is typically required after caliper replacement.

Quality Assurance

Mando supplies OE-style brake components built to the same specifications as the original caliper used on the vehicle. The factory-coated finish helps protect the caliper in harsh weather conditions, supporting long-term durability in everyday driving.