• Fast Street use Pre Bed Fade 1 – drive 50 to 100 miles on Public road/highway normal driving to allow the pads to mate up to the disc and establish full contact followed by 8 stops from 80 mph to 30 mph at 300-yard intervals and then coasting allowing the brakes to cool.

Yellowstuff, although track-capable, is no longer recommended for track use on most cars due to its long bed in the process. BlueStuff is now our recommended entry-level race pad for all vehicles, which as a track hybrid is still great on the street and even better on track. But if you are to use Yellowstuff on the track, follow the below Fade procedures;

• FADE 2 – After the basic street pre-bed above is performed on the road or at the track if installed there …..Perform 10 medium pressure snubs at the track from 80-20mph leaving 300 meters between each snub (approx 0.4g decel)
  Allow pads to cool for 15 minutes minimum after coasting to the pits allowing brakes to cool a little.
• FADE 3 – Perform 6 high-pressure snubs from 90-20mph with a maximum acceleration between consecutive snubs. (approx 0.8g decel, or 80% of an emergency stop)
  Allow the brakes to fully cool for a minimum of 1 hour before the race session.
  We advise using disc heat paint to ensure green fade is avoided, continue reading below for more details

Real-world experienced driver – faster street bedding routine.

• We call this real world as it explains in a realistic and safe way how to accelerate this bed in the process. First, make sure you achieve the pad seating – we’re now going to bed the pads in with what we can describe as using “engine torque”.
• On a safe straight road with no cars close behind or in front at approx. 40-50 mph apply the brake to 30% or so pressure whilst continuing to press the accelerator to main vehicle speed for as long as safe to do so, you will need approximately a clear quarter mile to do this so make sure you have that. This will drag the brakes, get them hot and take them past the 400-500C level required for bed in and you may even smell brake odour. You may feel the pedal go a little spongy, if it gets too soft abort the process and start again later. What is too soft? Too soft means that you feel that the brakes are not responding well.
• Release the brake and coast for a mile, slowly, unless you have to make a stop.
• If you have to abort the process part way through, repeat it as soon as safe to do so.
• Coasting after the bed in to allow discs to cool as you should not park the vehicle with HOT brakes. So be sure you have a road where it is safe enough to do this procedure with no imminent bends or stops in front of you so you can roll for a while and allow discs to cool, but if you need the brakes USE THEM
• Allow the brake to fully cool ( if possible overnight) and repeat the exact same process again.
• Your pads should feel entirely different to before the process, they should feel sharp and much more responsive. This process is called eliminating “Green fade” by burning off those surface volatiles.
• You will see blue marks on the discs after you stop, these will go away in a few miles.

• Perform the Street Pre Bed Fade 1 routine as above (either on the road or at the track if installed there ) followed by Fade 2 at the race track.
• The latest Bluestuff DM3362 and Low Mu versions should only take Fade 2 and a 15 minute cooling time to be ready to race.
• Fade 3 should not be necessary unless poor disc condition has prevented proper seating but if you have time DO perform Fade 3.

You CAN use the “Real-world experienced driver – faster street bedding routine”-  described above if you are bedding the pads in on the street

Find this complicated? – we tend to agree but all organic pads no matter which brand do need some bedding in to avoid loss of brake and a lot depends on rotor condition, the slightest hollow of the rotor surface will extend the bed in times a lot. So being accurate is important.

How to check if pads have heat cured or chemically bedded – Brake bedding in causes heat and it is strongly advised to monitor this heat using heat paints  TWICE during bedding in on Blue and once only with RP series pads. What you do is, apply the heat paints on the outer edge of the rotor, run the pads for enough stops (8-10 stops ) to pass the 430C temperature ( 800 F ) which will be Fade 1, allow a few minutes for the system to cool and take a look at the heat paints to ensure they have passed the 430 C indicator, reapply new heat paints to a different cleaned area of the disc and drive again for 6-8 more hard stops which will take you past Fade 2 where temps should pass 430C (800F) again. Full cool down needed here of at least 20-30 minutes and if you CAN… overnight cool. You need to see the 430C heat paint go off TWICE to have completed Fade 2.

Fitting new discs at pad change also adds to bed in time as even if the discs are flat and smooth the pad and rotor have to “Square up” to each other and achieve 90% surface contact. As you use your pads on either a new or old disc stop every couple of laps and look for the blue-grey contact patch gradually widening across your rotor surface and don’t race until its almost a full sweep contact, any doubts pop the pads out and look at the surfaces to evaluate contact patch sweep.

Why so long to bed in any way – We can (but don’t) sell pads that are classed as soft and bed in even faster or very abrasive pads that scrub away at the rotor, cause lots of dust and give the impression of a shorter bed in time. So the balance here is to make a variety of pads according to the different driving styles and events so that users can choose what’s best for them.

Pads wearing too fast – Trackday or what the USA market call “Lapping” events just doing a few laps to enjoy your car are a tough test on brakes, Extra vehicle weight, seats, and spare wheel, etc and standard calipers make this kind of driving a tough test on brakes and you may need to consider moving up a grade. See this chart as a  guide on types of EBC compounds for different driving events

Pads still fading after bed in – it’s not JUST getting the pads flat and parallel it’s about taking them past their green fade point AFTER achieving a good contact band. for this reason, disc heat paints are very useful. Pads should be driven with caution until bedded flat and you have passed this green fade point at least twice and then allowed pads to cool so the disc is below 100C. Green fade only happens on organic pads – much less with our RP pads and not at all with our SR  pad range. There are two ways to know if you have passed the green fade point – one is the clever way with heat paints – the second way is to guess… So heat paints are the better option

Green fade points are 400 C or 650 F (Fade 1) and then the same again ( Fade 2) for the two fades required with Bluestuff and 400C/800F just the once for RP series pads RP pads. For this reason, EBC Heat paints first level indicate at a temperature of just over 400C/800 F so that once this paint changes colour, one fade cycle is done.

EBC Sintered SR11™ and SR21™ Bed-in Procedure – in stock now for most of the range

• These are a new generation of Sintered pads and do not require any chemical bedding. Pads merely need mating to the disc/rotor which again depends on rotor/disc condition but if flat or new this should take 3-5 snubs as mentioned in Fade 3 above – at the track.
• No Street Pre Bed needed or legally allowed, these are pure race track compounds, again we have many drivers who use these on the open road with no complaints but remember in the EU legislation makes it actually illegal to use a nonapproved pad on public roads.

Comparison of friction levels of the main EBC race materials below

The graph should not be confused with a “ fade test “

Any falloff in friction depends on the deceleration amount from V1 to V2 – and heavier stops see more fall off.

Still, in every case, the brake effect is still very significant and reliable

The test is a made-up lap of 9 stops repeated 5 times to give 45 stops in total.

All stops are at 0.7G but have different brake-on and brake-off speeds as shown below (in km/h) – the slower stops tend to produce higher friction levels irrespective of the material which is what gives the variability.

Stop	V initial Km/hr	V final Km/hr
1	224	144
2	200	80
3	208	128
4	192	64
5	144	48
6	208	128
7	216	112
8	144	40
9	192	96