Honda S2000 Brake Pads: Street vs Track Compound Choices

By Core Brake Parts Tech Team — Circleville, OH warehouse

For a Honda S2000 that sees daily driving and the occasional canyon run, a performance street pad that works from cold (about 100 F and up) is the right call. If the car goes to open track days, you need a pad whose working range extends far above that, plus fresh high-boiling fluid, and you should plan to swap pads between street and track rather than asking one compound to do both jobs.

How the S2000 Brake System Is Built

Every S2000 from 2000 through 2009 uses four-wheel disc brakes. Honda's press material lists an 11.8-inch (300 mm) vented front rotor and an 11.1-inch (282 mm) solid rear rotor, with cast-iron rotors and cast-iron calipers. Front caliper pistons are 54 mm in diameter and the rears are 40 mm. A 7.8-inch tandem vacuum booster provides assist, and Honda describes the goal as a firm, direct pedal.

Pad area matters when you pick a compound. Honda quotes 42 square centimeters of front pad area and 27.9 square centimeters at the rear. That is a modest amount of friction material for a car that is driven hard, which is why pad choice changes the S2000's behavior so much on a track.

The factory front pad is a low-steel, fade-resistant compound Honda names Jurid632. For the 2004 model year Honda upgraded the pads specifically for better fade durability, optimized the master cylinder power ratio, and stiffened the brake pedal. The electronics changed over the run too: the 2004 release describes a 3-channel ABS, while the 2008 material describes 4-channel ABS with Electronic Brake Distribution (EBD) and Vehicle Stability Assist (VSA). EBD handles front-to-rear proportioning electronically, which matters if you run different compounds front and rear.

Street vs Track: What the Compound Actually Changes

Every pad compound has a temperature window where its friction is strongest and most consistent. A street pad works from cold and stays quiet and clean. A track pad needs heat before it grips well, and it holds that grip far higher, where a street pad starts to fade. Nothing is free: the higher the working range, the more noise, dust and rotor wear you usually accept, and the worse the pad feels on the first cold stop of the morning.

Hawk publishes temperature ranges for its compounds, which makes the trade-off easy to see:

Read the table this way. The street compounds are at their best from 100 F, so they bite on the drive to work. The DTC-60 does not reach its optimal window until 700 F, which a street car rarely sees, so on the road it can feel weak and noisy. HP+ sits in between, and Hawk calls it ideal for autocross, where brakes get hot in short bursts. Hawk also warns that its compounds are made for iron rotors, not carbon ceramic, which is no concern on an S2000 because the factory rotors are cast iron.

Picking a Pad for How You Drive

Daily driver and weekend back roads

Choose a street compound. Hawk HPS and HPS 5.0 both work from 100 F; HPS 5.0 is the more aggressive of the two, and Hawk describes it as built for high deceleration rates. EBC Yellowstuff is another fast-street option: EBC describes it as very low in metal content, gentle on rotors, strong on cold bite, and ECE R90 approved. If dust on the wheels bothers you more than outright bite, a ceramic street pad is the quiet, clean choice. Browse brake pads for street performance or low-dust ceramic brake pads.

Autocross and the occasional HPDE

This is the hardest case, because the car is driven to the event and then pushed hard once there. A crossover compound with a higher top end, such as Hawk HP+, handles more heat than a street pad. The honest advice for an S2000 that does more than one or two track days a year is to own two sets of pads and swap them at the track.

Regular track days

Use a dedicated track compound and treat it as track-only. EBC is direct about this: it says Yellowstuff is not recommended for track use because of its long bed-in time, and it points drivers to Bluestuff as an entry-level race pad that can be driven to and from the track, or to its RP and SR sintered series for serious track use. Hawk lists DTC-30 as a race compound with good cold effectiveness and DTC-60 for high-heat use.

Rotors, Lines and Fluid: What to Upgrade With the Pads

A track pad on a tired rotor with old fluid will disappoint. Plan the whole system:

• Rotors. Fresh, flat rotors matter for bedding; EBC notes that even a slight hollow in the rotor surface extends bed-in time considerably. Slotted rotors help clear gas and debris from the pad face under hard use. For 2000-2005 cars we carry the DBA Street Series T2 slotted front rotor and the heavier-duty DBA 4000 Series T3 slotted front rotor, plus the matching DBA 4000 T3 slotted rear rotor. For 1999-2009 cars there is the GiroDisc A1-104 slotted front rotor set.
• Brake lines. Stainless braided lines resist the swelling of rubber hoses under high pressure and tighten pedal feel. The Russell stainless braided brake line kit is listed for 2000-2006 S2000s.
• Fluid. Track heat can boil old, moisture-contaminated fluid, which shows up as a long, soft pedal. Flush with fresh high-temperature fluid that meets the specification in your owner's manual before any track event, and bleed again afterward if the pedal changes.
• Bigger brakes. If a track pad and good fluid still fade on your car, the answer is more rotor and caliper. The Brembo GT-S 6-piston front big brake kit fits 1999-2005 cars.

Match the rear pads to the front. The S2000's electronic proportioning helps, but a very aggressive front pad paired with a worn stock rear shifts the balance forward. Inspect pads, rotors and hardware together, and see our brake hardware kits for fresh clips and shims.

Bedding In and Heat Cycling

New pads need to lay an even layer of friction material on the rotor. EBC says its street grades carry a coating that seats the pads over roughly the first 100 miles, and that faster drivers should expect odor or light smoke the first time the pads see high heat, generally not before about 300 miles of use. EBC calls this burn-off of surface volatiles; it is normal, not a defect.

For a track pad, follow the maker's bed-in procedure exactly, on new or freshly resurfaced rotors, and let the brakes cool without holding the pedal down on hot rotors. EBC recommends heat paint on the rotor edge to confirm bedding temperatures were actually reached. Skipping this step causes much of the judder and uneven pad deposits that people blame on the rotors.

How Hard Is the Job?

Pad replacement on an S2000 is a straightforward driveway job for anyone who has done brakes before: remove the wheel, unbolt the caliper, swap pads and hardware, and push the piston back. Clean and lubricate the slide pins, torque every fastener to the value in the factory service manual, and pump the pedal before moving the car. Rotor replacement adds the caliper bracket. A fluid flush is easy with a helper or a pressure bleeder. Do a controlled bed-in before driving the car hard.

Frequently Asked Questions

Can I use a race pad like DTC-60 on the street?

You can fit it, but it works poorly there. Hawk lists its optimal range as 700-1,100 F, well above normal street temperatures, so cold stops feel weak and the pad is noisier and harder on rotors. Keep race pads for the track.

Is EBC Yellowstuff a good track pad for the S2000?

EBC itself no longer recommends Yellowstuff for track use because of its long bed-in. It suggests Bluestuff for entry-level track driving and its RP or SR series for serious track work.

Did Honda change the S2000 brakes during production?

Yes. For 2004 Honda upgraded the pads for fade durability, optimized the master cylinder power ratio and increased brake pedal rigidity. Honda's 2008 material also lists VSA stability control and describes 4-channel ABS with EBD.

Do I need new rotors when I change pad compounds?

It is strongly recommended when moving between very different compounds. Material from the old pad left on the rotor interferes with the new pad bedding in, and EBC notes that any hollow in the rotor surface extends bed-in time.

Should front and rear pads be the same compound?

Use compounds from the same family, or ones designed to work together, so the front-to-rear balance stays close to what Honda engineered. A much more aggressive front pad moves more of the braking work to the front axle.

Sources

1. Honda: 2008 Honda S2000 Chassis - rotor sizes, vented and solid rotors, piston diameters, pad area, Jurid632 front pad, booster size, 4-channel ABS, EBD, VSA
2. Honda: 2004 Honda S2000 Chassis - 2004 pad upgrade for fade durability, master cylinder ratio and pedal rigidity changes, 3-channel ABS
3. Hawk Performance: Street Compounds - HPS, HPS 5.0 and Performance Ceramic temperature ranges, iron-rotor compatibility
4. Hawk Performance: Motorsports Compounds - HP+, DTC-30 and DTC-60 temperature ranges and intended use
5. EBC Brakes: Yellowstuff Pad and Line Kit - Yellowstuff low metal content, cold bite, R90 approval, track guidance
6. EBC Brakes: How to Bed-In for Street or Track - bed-in mileage, surface volatiles, Bluestuff, RP and SR track recommendations, heat paint