All-in-one Ferodo Frp3014z Dsuno Ap Racing Cp9668 Caliper Brake Pads Best Choice [oLprE6Iz]

All-in-one Ferodo Frp3014z Dsuno Ap Racing Cp9668 Caliper Brake Pads Best Choice [oLprE6Iz]

Introducing the Ferodo FRP3014Z DSUNO Brake Pads, a premium choice for your AP Racing CP9668 caliper. Designed for the D54 annulus, these brake pads are engineered to deliver exceptional performance on the track. The Ferodo DSUNO compound offers a medium torque level and excellent endurance, making it a favorite among race and track day enthusiasts. With an average coefficient of friction of 0.48µ, the DSUNO ensures consistent and predictable braking performance across a wide temperature range.

Key Features and Specifications

The Ferodo FRP3014Z DSUNO brake pads are tailored for mid-range endurance, ideal for 6-8-hour races and track days. They are not suitable for street use but excel in a track-only environment. Compatible with iron discs, these pads are versatile and can be used on all vehicle types. The temperature range is impressive, from a low of 392°F to a high of 1382°F, allowing for optimal performance in various conditions. Key features include:

• Medium torque level for consistent braking force.
• Endurance suitable for long-duration races and track days.
• Wide temperature range from 392°F to 1382°F.
• 0.48µ average coefficient of friction for reliable stopping power.
• Not compatible with ceramic discs but ideal for iron discs.

DSUNO Compound Details

The Ferodo DSUNO brake compound is known for its predictable and repeatable stopping power. It features one of the flattest torque curves in the Ferodo line, ensuring a consistent brake feel lap after lap. The cold friction profile is low, requiring proper bedding and warm-up for maximum performance. This mid-distance endurance compound is a popular choice among track drivers and endurance racers. Key details about the DSUNO compound include:

• Flat torque curve for consistent brake feel.
• Average coefficient of friction of 0.48µ across the working range.
• Optimal performance in the temperature range of 392°F to 1382°F.