Baer Claw Slotted and Drilled Rotor and Ceramic Performance Pad Combo Kit
2005–2023 Chrysler 300 / 2009–2023 Dodge Challenger / 2006–2023 Dodge Charger / 2005–2008 Dodge Magnum
53023-1058
Overview:
The Baer Claw Slotted and Drilled Zinc-Plated Rotor and Ceramic Performance Pad Combo Kit is designed to enhance braking performance and vehicle aesthetics for select Chrysler and Dodge models. This front brake kit combines high-quality rotors with advanced ceramic pads to deliver reliable stopping power, improved heat dissipation, and reduced brake fade. Ideal for drivers seeking a balance of daily drivability and enhanced braking capability, this combo kit upgrades your vehicle’s braking system without compromising comfort or noise levels.
Specifically engineered for the Chrysler 300 (2005–2023), Dodge Challenger (2009–2023), Dodge Charger (2006–2023), and Dodge Magnum (2005–2008), this kit offers a direct bolt-on replacement solution that requires no modifications, making it a practical upgrade for enthusiasts and daily drivers alike.
Key Features:
The Baer Claw Combo Kit delivers a comprehensive package that improves both performance and appearance. Key features include:
- Slot and drilled rotor design for enhanced heat dissipation and improved wet-weather braking
- Zinc-plated rotors provide corrosion resistance and a brilliant finish that maintains appearance over time
- High-performance Baer Claw ceramic street pads engineered for consistent stopping power and low dust generation
- Includes stainless-steel abutment and noise suppression hardware to minimize brake noise and ensure smooth operation
- Direct bolt-on fitment with no modifications required for easy installation
- Balanced for daily driving with a focus on civility and comfort without sacrificing performance
- Durable construction designed to withstand aggressive driving and extended use
Construction & Design:
The rotors in this combo kit feature a precision-machined slot and drilled pattern that promotes rapid heat dissipation and helps prevent brake fade during demanding conditions. The zinc plating adds a protective layer against rust and corrosion, ensuring long-lasting durability and a clean, polished look. Paired with Baer’s proprietary ceramic performance pads, the system offers excellent friction characteristics, reduced brake dust, and quieter operation compared to traditional metallic pads.
All components are engineered to meet or exceed OEM specifications, providing reliable performance and longevity. The inclusion of stainless-steel hardware further enhances durability and reduces the risk of noise or uneven pad wear.
Performance & Sound
This Baer Claw combo kit is designed to improve braking response and consistency while maintaining a quiet and comfortable driving experience. The ceramic pads reduce noise and vibration, and the rotor design helps maintain optimal operating temperatures, reducing brake fade during spirited driving or heavy use. Drivers will notice improved pedal feel and confidence without the harshness often associated with high-performance brake upgrades.
Installation & Fitment:
Installation is straightforward with this direct bolt-on kit, engineered specifically for the front brakes of the Chrysler 300 (2005–2023), Dodge Challenger (2009–2023), Dodge Charger (2006–2023), and Dodge Magnum (2005–2008). No modifications or additional machining are necessary, allowing for a hassle-free upgrade. The included hardware ensures proper fitment and reduces installation time.
What's Included:
- Pair of Baer Claw slotted and drilled zinc-plated rotors (front)
- Set of Baer Claw ceramic performance street brake pads
- Stainless-steel abutment hardware
- Noise suppression hardware
Ideal For:
This combo kit is perfect for enthusiasts and daily drivers who want to improve braking performance and appearance without sacrificing comfort or drivability. It suits owners of Chrysler 300, Dodge Challenger, Charger, and Magnum models looking for a reliable, durable, and visually appealing brake upgrade that performs well in both everyday and spirited driving conditions.
