Brake Pads are sold as a set. Quantity of one (1) is for both wheels
BREMBO P24172N Specifications
Brake Lubricant Included
Yes
Chamfered Edges
Yes
FMSI Number
8970-D1754
Features
With Hardware
Friction Material Composition
Ceramic
Height (MM)
49.7
Nominal Thickness (MM)
17.7
Width (MM)
116.6
PRIME; Ceramic
Features & Benefits:
Specially designed NAO ceramic compound virtually eliminates brake dust
Each set of pads contain multi-layer ESE (Elastomer – Steel – Elastomer) red shims to minimize vibrations and noise
Additional noise dampening is performed by the backing plate which also acts as a heat shield to reduce heat transfer
Pads are thermal scorched to minimize running-in and fading
A positive molding process uses extreme pressure to compress friction materials and provide balanced bonding to the backing plate
Organic vs. Ceramic vs. Semi-Metallic - What Is The Difference?
A common question many drivers have when shopping for brake pads is “What is the difference between the different brake pad materials?” While all brake pads will stop your vehicle, there are pros and cons of each pad material:
Brake Pad Material
Cost
Dust Level
Noise Level
Stopping Power
Pad Life
Organic
$
Semi-Metallic
$$
Ceramic
$$$
Installation Tips
Suspend the caliper from the suspension using a Caliper Hanger to prevent damage to the brake hose
Apply Brake Lube to caliper pins, clips, the edges of the brake pad mounting tabs, and the back side of the brake pads to ensure noise free braking. DO NOT apply lube to the friction side of the brake pads
Use a Caliper Piston Compressor to retract the caliper piston(s) and make room for the new, thicker brake pads
Open the master cylinder reservoir during piston compression to prevent pressure buildup. Keep an eye on the Brake Fluid level to ensure it does not overflow
After the job is complete, pump the brake pedal several times to push the caliper piston back up against the pads to ensure proper brake function
Organic vs. Ceramic vs. Semi-Metallic - What Is The Difference?
Installation Tips