McLeod Racing Hydraulic Release Bearing (Clutch)

Dodge Challenger 09-23 6.4L/6.2L/6.1L/5.7L

Part #: 1260

Overview

The McLeod Racing Hydraulic Release Bearing is a premium upgrade designed specifically for manual transmission Dodge Challengers from 2009 through 2023, covering engine variants including the 5.7L HEMI, 6.1L SRT8, 6.2L Hellcat, and 6.4L 392 Scat Pack. This hydraulic throwout bearing replaces the traditional mechanical linkage with a hydraulic system, delivering firmer clutch engagement and smoother, more precise shifting. Ideal for enthusiasts seeking enhanced clutch feel and reliability, it is compatible with all DOT 3 and DOT 4 brake fluids, ensuring consistent performance in both street and high-performance driving scenarios.

Whether you drive an R/T, Scat Pack, SRT Hellcat, or T/A model, this hydraulic release bearing upgrade improves pedal effort and clutch operation, making it a trusted choice for daily drivers and track enthusiasts alike.

Key Features

McLeod Racing’s Hydraulic Release Bearing combines advanced engineering with durable construction to optimize your Dodge Challenger’s manual transmission experience:

• Direct-fit replacement for 2009–2023 Dodge Challenger manual transmissions
• Compatible with DOT 3 and DOT 4 brake fluids for versatile hydraulic setups
• Restores firm, positive clutch engagement and smooth, precise shifts
• Heavy-duty construction designed for reliable, long-lasting operation
• Eliminates mechanical linkage to reduce pedal effort and improve clutch feel
• Ideal for both high-performance and daily-driven Dodge Challenger models
• Fits multiple engine variants including 5.7L HEMI, 6.1L SRT8, 6.2L Hellcat, and 6.4L Scat Pack
• Compatible with a wide range of Challenger trims including R/T, SRT 392, Hellcat, and T/A

Construction & Design

Crafted with precision engineering, the McLeod 1200 Series Hydraulic Release Bearing features robust materials built to withstand the demands of aggressive driving and track use. The integrated hydraulic slave cylinder provides consistent clutch actuation, reducing wear on internal components and enhancing pedal feel. Designed as a direct bolt-in replacement, it integrates seamlessly with the factory clutch system without requiring custom modifications.

The bearing assembly maintains optimal alignment and pressure to prevent premature failure and ensure smooth clutch disengagement every time. This meticulous design guarantees your Dodge Challenger’s manual transmission operates at peak efficiency and responsiveness.

Installation & Fitment

This hydraulic release bearing is a direct bolt-in replacement for Dodge Challenger models from 2009 to 2023 equipped with manual transmissions and engines ranging from 5.7L to 6.4L. Installation requires standard mechanical skills and tools, with no major modifications necessary. It is compatible with factory hydraulic lines and brake fluids, making the upgrade straightforward for both experienced enthusiasts and professional installers.

Proper bleeding of the hydraulic system after installation is essential to achieve optimal clutch performance and pedal feel.

What's Included

• McLeod Racing 1200 Series Hydraulic Release Bearing assembly
• Hydraulic slave cylinder pre-installed
• Seals and mounting hardware required for installation
• Installation instructions

Ideal For

This hydraulic release bearing is perfect for Dodge Challenger owners who demand improved clutch engagement and shifting precision. It is well-suited for enthusiasts upgrading their manual transmission for enhanced street performance, track days, or drag racing. Additionally, it serves as a durable, high-quality replacement for worn or failing factory throwout bearings, improving overall drivability and clutch feel.

McLeod Racing is a performance driveline brand offering clutch kits, flywheels, hydraulic bearings, and bellhousings built for everything from street muscle to dedicated racing. With options ranging from mild street clutches to high-horsepower multi-disc setups, McLeod is a staple when you need consistent engagement and durability under aggressive launches and track use.