Loading...

Select your vehicle


Dynamic Friction 4000-1729-00 - DFC 4000 HybriDynamic Brake Pads

Previous image
Dynamic Friction 4000-1729-00 - DFC 4000 HybriDynamic Brake Pads
Actual Product may vary from pictures due to Vehicle Fitment. Make/Model specific photos not shown.
Next image
Zoom image

Dynamic Friction 4000-1729-00 - DFC 4000 HybriDynamic Brake Pads

Part No: 4000-1729-00
In Stock Arrives: May 1 - 7
  • SALE: $22.00
20% Off While Supplies Last!
Was $26.50
 
$4.50 OFF

Dynamic Friction 4000-1729-00 - DFC 4000 HybriDynamic Brake Pads

HBHR-4000-1729-00
In Stock Arrives: May 1 - 7
  • SALE: $22.00
20% Off While Supplies Last!
Was $26.50
 
$4.50 OFF
Vehicle Specific

Select your Vehicle

  • 100% Post Cured and Scorched
  • Assembled with DFC Premium Rubber-Steel-Rubber shims for improved NVH (noise, vibration, and harshness) characteristics
  • Chamfers, slots, and underlayers for reduced noise when braking
  • Hybrid formulation for stable friction performance across a wide temperature range
  • OEM Technology with Noise Reduction & Performance Features
  • Meet low copper requirements under California and Washington restrictions for 2021/2025
  • Ideal brake upgrades for passenger and light duty trucks

Specs and ratings

Dust Levels
 
 
 
 
Stopping Power
 
 
 
 
Noise Level
 
 
 
 
Performance Over Stock
 
 
 
 
Low
High

Product details


 Description

DFC 4000 HybriDynamic Brake Pads
Dynamic Friction Company (DFC) is thrilled to introduce the DFC 4000 HybriDynamic Brake Pads, a revolutionary advancement in brake technology. This unveiling underscores DFC's steadfast dedication to providing unparalleled braking performance, transcending conventional standards to present a solution that effortlessly merges the realms of "better" and "best" within the aftermarket brake pad industry.
The DFC HybriDynamic brake pad formulation is designed to deliver a consistent pedal feel and superb brake response at a great value, taking the guesswork out of choosing the right brake pad material. Not only does the DFC 4000 HybriDynamic Brake Pad provide superior performance for enhanced safety, but it also boasts low dust and low noise characteristics, making it the ideal choice for daily driving.
The formulation of Dynamic Friction 4000 HybriDynamic Brake Pads are engineered to ensure a dependable pedal feel and excellent brake response while offering exceptional value, simplifying the process of selecting the optimal brake pad material. The Dynamic Friction 4000 HybriDynamic Brake Pads not only offer top-notch performance for heightened safety but also feature minimal dust and noise, rendering it perfect for everyday driving.

Don't settle for ordinary braking solutions. Upgrade to the Dynamic Friction 4000 HybriDynamic Brake Pads and elevate your driving experience to new heights.

 Specifications

Package
Attributes
  • Recommended Use
    OE Replacement
  • Dust Levels
    Low
  • Driving Qualifiers
    Normal Commute
  • Budget
    Medium
  • Pad Material
    Hybrid
  • Stopping Power
    3 / 5
  • Noise Level
    1 / 5
  • Performance Over Stock
    Basic Commute
Details
  • Part Name
    Disc Brake Pad Set
  • FMSI Number
    8953-D1729
  • Friction Material Attachment
    Integrally Molded
  • Friction Material Composition
    Hybrid
  • Inner Pad Height
    45.2 mm
  • Inner Pad Overall Thickness
    13.8 mm
  • Inner Pad Width
    4 in
  • Mounting Hardware Included
    No
  • Outer Pad Height
    45.2 mm
  • Outer Pad Overall Thickness
    0.543 in
  • Outer Pad Width
    101.6 mm
  • Pad Quantity
    4
  • Pad Wear Sensor Included
    Yes
  • Pad Wear Sensor Type
    Mechanical
  • Prepared For Pad Wear Sensor
    Yes
Manufacturer description
  • Manufacturer Label
    DFC 4000 HybriDynamic Brake Pads

 Fast Shipping and Easy Returns


Customer satisfaction is our top priority. We want to ensure your experience with BuyBrakes.com is the best it can possibly be. If you're unsatisfied with your order and wish to return it, please follow our guidelines below.

Compatible with the following vehicles


Model Engine Trim Notes
2018, Mazda 3 G Rear
2018, Mazda 3 Grand Touring Rear
2018, Mazda 3 GS Rear
2018, Mazda 3 GT Rear
2018, Mazda 3 GX Rear
2018, Mazda 3 i Rear
2018, Mazda 3 I Touring Rear
2018, Mazda 3 S Rear
2018, Mazda 3 s Grand Touring Rear
2018, Mazda 3 SE Rear
2018, Mazda 3 Sport Rear
2018, Mazda 3 Touring Rear
2018, Mazda 3 Sport GS Rear
2018, Mazda 3 Sport GT Rear
2018, Mazda 3 Sport GX Rear
2017, Mazda 3 G Rear
2017, Mazda 3 Grand Touring Rear
2017, Mazda 3 GS Rear
2017, Mazda 3 GT Rear
2017, Mazda 3 GX Rear
2017, Mazda 3 i Rear
2017, Mazda 3 I Touring Rear
2017, Mazda 3 S Rear
2017, Mazda 3 s Grand Touring Rear
2017, Mazda 3 Sport Rear
2017, Mazda 3 Touring Rear
2017, Mazda 3 Sport GS Rear
2017, Mazda 3 Sport GT Rear
2017, Mazda 3 Sport GX Rear
2016, Mazda 3 G Rear
2016, Mazda 3 GS Rear
2016, Mazda 3 GT Rear
2016, Mazda 3 GX Rear
2016, Mazda 3 i Rear
2016, Mazda 3 i Grand Touring Rear
2016, Mazda 3 I Sport Rear
2016, Mazda 3 I Touring Rear
2016, Mazda 3 S Rear
2016, Mazda 3 s Grand Touring Rear
2016, Mazda 3 s Touring Rear
2016, Mazda 3 Sport GS Rear
2016, Mazda 3 Sport GT Rear
2016, Mazda 3 Sport GX Rear
2015, Mazda 3 GS Rear
2015, Mazda 3 GT Rear
2015, Mazda 3 GX Rear
2015, Mazda 3 i Rear
2015, Mazda 3 i Grand Touring Rear
2015, Mazda 3 I Sport Rear
2015, Mazda 3 i SV Rear
2015, Mazda 3 I Touring Rear
2015, Mazda 3 S Rear
2015, Mazda 3 s Grand Touring Rear
2015, Mazda 3 s Touring Rear
2015, Mazda 3 Sport GS Rear
2015, Mazda 3 Sport GT Rear
2015, Mazda 3 Sport GX Rear
2014, Mazda 3 GS Rear
2014, Mazda 3 GT Rear
2014, Mazda 3 GX Rear
2014, Mazda 3 i Rear
2014, Mazda 3 i Grand Touring Rear
2014, Mazda 3 I Sport Rear
2014, Mazda 3 i SV Rear
2014, Mazda 3 I Touring Rear
2014, Mazda 3 S Rear
2014, Mazda 3 s Grand Touring Rear
2014, Mazda 3 s Touring Rear
2014, Mazda 3 Sport GS Rear
2014, Mazda 3 Sport GT Rear
2014, Mazda 3 Sport GX Rear

Fitment Notice

You have not selected a vehicle to verify this product will fit. You may be subject to return and restocking fees if you order the wrong part without confirming your vehicle first.