Which Ferodo Brake Pad Compound Is Right for You?
One of the most common questions we hear is: Which Ferodo pad compound should I choose? The answer comes down to one thing—how you use your car and what you want from the brakes.
For most drivers, the decision usually comes down to three standout compounds: DS2500, DS1.11, and DS3.12. Ferodo offers additional options, but in our experience these three cover the needs of the vast majority of enthusiasts, track-day drivers, and racers. Whether your car sees spirited street use, HPDE events, endurance racing, or a mix of everything, one of these compounds will likely be the right fit.
As you compare them, keep one important truth in mind: there is no perfect pad for every situation. Brake pad selection is always a matter of compromise. The best choice depends on which characteristics matter most to you—heat capacity, pedal feel, wear rate, street manners, or outright stopping consistency.
The comparisons below are based on internal dynamometer testing, track evaluation, and real-world feedback from thousands of customers running everything from street-driven sports cars to dedicated race cars. Our customers range from first-time HPDE drivers to professional-level competitors.
Important: Ferodo considers all three of these to be race compounds, not street compounds.
Fade Resistance and Maximum Operating Temperature
DS3.12
If maximum heat tolerance is your top priority, DS3.12 sits at the top of the list. It has the highest fade resistance and operating temperature capability in the Ferodo range. In our dyno testing, we repeatedly pushed it beyond 1600°F without experiencing fade, and in real-world use we have yet to hear of anyone overpowering this compound thermally.
DS1.11
DS1.11 is also exceptionally resistant to fade and performs at a very high temperature level, just a notch below DS3.12. In practice, most drivers won’t choose between DS1.11 and DS3.12 based on heat capacity alone—they’ll choose based on feel and braking style. Like DS3.12, it has proven extremely difficult to fade in actual track use.
DS2500
DS2500 offers outstanding fade resistance for a pad with such good manners. Compared with true street or sport pads, it has a much higher ceiling and is a favorite for dual-purpose cars. That said, heavier or more powerful cars running race tires may eventually reach the upper edge of its temperature window. Even so, we’ve seen strong results with DS2500 in demanding applications, especially when paired with efficient brake systems that run cooler than the factory setup.
Durability and Wear Rate
DS3.12
Designed as an endurance-racing compound, DS3.12 is the longest-lasting pad in the Ferodo DS family. Our dyno work, track testing, and customer race data all point in the same direction: it tends to outlast DS1.11 by roughly 15% in many applications. It has also built a strong reputation in endurance racing worldwide. Because it has a higher coefficient of friction, it can wear discs somewhat faster than DS1.11, but compared with many other race compounds it remains relatively disc-friendly at track temperatures.
DS1.11
DS1.11 is also an endurance-oriented pad and delivers strong pad life compared with many competing race compounds. It does not typically last quite as long as DS3.12, but it still offers excellent durability and is notably kind to discs when used at proper track temperatures with a stable transfer layer.
DS2500
When pushed hard in repeated high-temperature track use—especially on heavier, more powerful cars or cars running race tires—DS2500 generally wears faster than DS1.11 or DS3.12. For mixed-use applications it can still be a great solution, but for sustained track abuse the endurance compounds have the advantage.
Feel, Feedback, Stability, and Torque Curve
This category is highly subjective, so it’s best not to think in terms of “best” and “worst.” Each compound simply delivers a different style of braking feel.
DS3.12
DS3.12 has the highest coefficient of friction in the group, which gives it a more immediate and aggressive initial response. At track temperatures, it feels noticeably more assertive than the other Ferodo compounds. Some drivers love that sharp bite; others may find it too aggressive, especially on street tires where ABS can intervene sooner.
Drivers switching to DS3.12 often need a little time to recalibrate their braking inputs. It rewards finesse— smooth, controlled pedal application works extremely well. Another standout feature is its exceptionally flat torque curve, meaning it delivers a remarkably consistent response across a wide temperature range. In our dyno testing, DS3.12 produced one of the most stable torque curves we’ve seen from any brake pad.
DS1.11
DS1.11 has a lower friction level than DS3.12 and can be described as a medium-mu endurance compound. It requires a bit more pedal effort and offers a more progressive feel. As temperatures rise, the torque curve tapers slightly, so drivers may notice the need for a little more pedal pressure deeper into a braking zone. Many drivers actually prefer this sensation because it feels more linear and easier to modulate, especially on street tires where ABS intervention can be less abrupt.
DS2500
DS2500 has the lowest friction level of the three and is generally the best fit for street tires rather than full race rubber. While it remains stable and confidence-inspiring, its torque curve changes more with temperature than DS1.11 or DS3.12. Still, compared with a true street pad, DS2500 offers a major leap in track capability and feel.
Street Manners: Cold Bite, Noise, Dust, and Disc Wear
DS2500
Among these three, DS2500 is easily the most civilized in everyday use. It offers strong cold bite, relatively low noise when properly bedded in, and disc wear that is comparable to many street pads. If it does make noise, it is usually limited to a light chirp or squeak at the end of a stop. Dust levels are moderate and similar to many European OEM pads, and the dust is generally easy to manage.
DS3.12
DS3.12 has low-to-moderate cold bite, so it benefits from a bit of caution during the first few stops before heat builds. Like most high-friction race pads, it can be harder on discs when used cold. One of its most unusual strengths, however, is noise—or rather, the lack of it. In many applications it runs surprisingly quietly, which is rare for a true race compound. Dust output is heavier than DS2500, but it is typically manageable.
DS1.11
DS1.11 is the least street-friendly of the three. When cold, it commonly produces noticeable squeal and scraping noises, and some setups will remain noisy even when hot. Some drivers tolerate that tradeoff for the performance, but this is not the pad to choose if refinement matters. Cold bite is acceptable but not especially strong, and while it is somewhat easier on discs than DS3.12 when cold, it is still very much a race-oriented compound. Dust levels are typical for a motorsport pad.
Which One Should You Choose?
Here’s the simplest way to think about it:
- Choose DS2500 if you want the best compromise for a dual-purpose car and care about street manners, cold performance, and low noise.
- Choose DS1.11 if you want a durable endurance-style race pad with excellent control and a more progressive feel.
- Choose DS3.12 if you want the highest heat capacity, the strongest bite, and the most consistent torque curve under extreme track use.
At the end of the day, all three are serious performance compounds. The right one is not about which pad is universally “best”—it’s about which one best matches your car, your tire, your braking style, and your goals.
And it’s worth repeating one last time: these are race compounds. Even the most well-mannered option here will still be less refined than a true street pad designed specifically for quiet operation and low dust.
