17th Jul 2026, 01:53 PM
MAX Advanced Brakes - Brake Kit For 2006-2023 Dodge Charger (12.6 inch Dia Fr Rotor), Dodge Challenger, Chrysler 300| Carbon Ceramic Brake and Rotor Kit Front and Rear| Drilled Slotted Brake Rotors
Price may vary by location, shipping cost, and availability.
$295.10
Highest: $296.18
Average: $242.28
Lowest: $151.41
Price History Graph
Offer Price Prices
Lowest: -
Average: -
Highest: -
Price History Information
You can check the price history of MAX Advanced Brakes - Brake Kit For 2006-2023 Dodge Charger (12.6 inch Dia Fr Rotor), Dodge Challenger, Chrysler 300| Carbon Ceramic Brake and Rotor Kit Front and Rear| Drilled Slotted Brake Rotors here. This product's current Price in USA is $295.10. The average and highest prices are $242.28 and $296.18 respectively.
| Lowest Ever Price | $151.41 |
|---|---|
| 13th Jul 2019 | |
| Average Price | $242.28 |
| Based on 2565 days price tracking | |
| Highest Price | $296.18 |
| 9th May 2025 | |
Current Price in USA
| Price | $295.10 |
|---|
Recent Price Drops on MAX Advanced Brakes - Brake Kit For 2006-2023 Dodge Charger (12.6 inch Dia Fr Rotor), Dodge Challenger, Chrysler 300| Carbon Ceramic Brake and Rotor Kit Front and Rear| Drilled Slotted Brake Rotors
Price Drop 11th Sep 2025
$294.53 → $273.91
7% drop
Price Drop 11th Feb 2024
$255.74 → $230.17
10% drop
Price Drop 27th May 2022
$245.12 → $228.02
6.98% drop
Price Drop 29th Mar 2022
$256.95 → $238.15
7.32% drop
Price Drop 8th Jun 2021
$263.86 → $244.47
7.35% drop
Price Drop 4th May 2021
$277.90 → $263.86
5.05% drop
Price Drop 2nd Dec 2020
$187.32 → $162.27
13.37% drop
Price Drop 22nd Nov 2020
$221.38 → $187.32
15.39% drop
Product Information
Details
| Product Name | MAX Advanced Brakes - Brake Kit For 2006-2023 Dodge Charger (12.6 inch Dia Fr Rotor), Dodge Challenger, Chrysler 300| Carbon Ceramic Brake and Rotor Kit Front and Rear| Drilled Slotted Brake Rotors |
|---|---|
| Store Product Code | B00IIWFBJ2 |
| Store Name | amazon.com |
| Brand | Max Advanced Brakes |
| Rating | 7.8 / 10 |
| Category | Brake Kits |
| Product Manufacturer | Max Advanced Brakes |
| Model Number | Front: 1056 53022 Rear: 1057 53021 |
Features
- Precise Vehicle Compatibility: This brake and rotor kit fits 2006 - 2023 Dodge Charger (w/ 3.6 V6 Engine, 12.60" Diameter Front Rotor), 2006 - 2010 Dodge Charger (w/ 2.7 V6 Engine), 2009 - 2010 Dodge Challenger (w/ 3.5 V6 Engine), 2011 - 2023 Dodge Challenger (w/ 3.6 V6 Engine, 12.60" Diameter Front Rotor), 2005 - 2023 Chrysler 300 (w/ RWD, 3.6 V6 Engine), 2005 - 2010 Chrysler 300 (w/ 2.7 V6 Engine), 2005 - 2008 Dodge Magnum (w/ 2.7 / 3.5 V6 Engine, Solid Rear Rotor).
- Built for the Loads: PerformanceMAX is designed for heavy-duty usage including towing, mountain driving, and emergency stops. With upgraded slotted and drilled rotors and thermal-stable ceramic pads, it delivers exceptional stopping power, fade resistant braking without compromising ride comfort or control.
- Ultimate Stopping Power: Directional slots improve pad bite and eject water, gas, and debris during heavy-load braking. Cross-drilling enhances airflow to heat reduction. Black e-coating defends rotors against salt, moisture, and corrosion buildup, keeping them clean behind open wheels.
- Exceptional Heavy-Duty Control: Engineered for extreme conditions, the advanced carbon-ceramic compound delivers superior braking power with low fade across wide temperature swings, ideal for towing, hauling, or downhill braking without noise, vibration, or compromise.
- Complete Replacement Brake Kit: Includes 2x front + 2 rear e-coated slotted & drilled brake rotors, 8 dust-free ceramic brake pads, installation hardware, anti-seize lubricant, and work gloves for straightforward installation.
Images
× ![]()
Rating and Reviews
7.8 Based on 59 reviews
MAX Advanced Brakes - Brake Kit For has 7.8 rating out of 10. This average rating is consist of 59 individual ratings. You can rate this product at product review page.
* Predictions is created on based of past prices and trends, it does not guarantee that it will happen. These are just prediction for theoretical information only.