- Fully floating 2-piece rotor that allows outer ring to expand freely in response to heat. This reduces stress which in turn extends rotor life and reduces the tendency for rotor cracking during extreme use.
- Drive bobbins machined from a single piece of stainless steel giving maximum strength and corrosion resistance. Stainless bobbins reduce the requirement for regular disc maintenance and ensures the outer ring continues to float freely even when used on the public road with corrosive salts and other road grime.
- Each bobbin assembly features an anti-rattle spring clip ensuring silent operation when driving on the public highway
- Rotor rings feature 48 directional internal curved vanes for improved rotor coolin
- Friction rings are cast from high carbon G3500 alloy giving excellent wear properties and improved thermal capacity. All EBC disc rings are cast using the ‘centre split’ casting method, ensuring a balanced casting that will not distort under high heat, an issue common with cheaper ‘moulded out’ castings.
- Unique Swept Groove slot design for effective evacuation of braking dust and gasses whilst ensuring good initial ‘bite’ on brake apply
- Replacement disc rings for EBC floating rotors are significantly less expensive than our major competitors.
Orangestuff full race brake pads
EBC Orangestuff Full Race Brake Pads
In its third year of use the Orangestuff compound has proved to be a great solution for medium/longer duration race use than its famous stable-mate the Yellowstuff brake pad grade which are a great brake pad for Trackday driving.
- Fast bed in due to factory pre-scorched surfaces
- Huge friction level
- Stable at highest temperatures
- Reduced rotor/disc damage
- Effective from cold making this material street usable
Users are reminded to follow the bed in instructions below which are unchanged and to realise this is a harder longer lasting material, the hardest in the EBC Brakes range and needs proper bedding to decent and flat discs.
Final “Lapsim” formulation curve of the latest material which is called DM2323 is shown below. There are three curves below.
1) The top curve has blue lines which are the friction level with the stop number shown at the bottom during the bedding process which is 25 stops. The red lines on this curve are disc temperature at the start (not finish) of the brakes cycle.
2) The Middle curve is the first Lap simulation race test, again blue lines are friction and red are disc temp. This simulates a 10 lap race at brake effect of 0.7G. We also then ran this same test at 1.0G decels and those results are shown in Lapsim 2.
3) The lower curve on Lapsim 2 is the toughest test we can really do on a dyno, simulates massive brake energy and discs glowing bright orange through the brake cycle, highly doubtful any driver would race to these temps but the pads still held on to a very decent level of friction. Important to note that on this second test the cooling was halved, simulating a poorly vented brake system that can occur on street based cars without improved ducting. The disc temps shot up to over 1000C here at the end of the stops and the friction dropped but there was still a decent brake effect as shown below. This is an unusual test to do and not realistic but this was a test to the very limits and Orangestuff survived. We also doubt if any manufacturer would ever A) Run or B) Dare to publish such results but there you go.
Following on from the huge success of the new EBC Bluestuff NDX range, customer demand has indicated the need for a more aggressive full race material for track only use that is not required to bring a vehicle to rest (which Bluestuff NDX was specifically designed to do) and this has led to the development of the orange grade material. The material will be dusty and slightly more aggressive on brake rotors (such as EBC Blade Brake Disc rotors) which is the trade off when using a full race pad and cannot be avoided.
The range of pads available in Orangestuff will be announced soon but similar to the Bluestuff NDX range and available for all faster street based caliper designs and aftermarket race calipers.
If you wish to drive your car to the track and race it, you cannot use Orangestuff. It is not European street legal or safe and likely never will be ECE R 90 street legal . Even in countries where there is no such consideration of ECE R 90 (a European brake safety regulation) Orange grade is NOT designed for highway style driving and is more designed to scrub off speed on track use. Orange is a track only material.
On the contrary Bluestuff is a material capable of track use on most vehicles. The different in the compounds is immense. Bluestuff may work great on better designed calipers on the track but the fastest cars on Street design calipers may push blue beyond its limits due to reduced cooling, reduced pad release and smaller rotor diameters associated with a standard set up.
Although a pre scorched pad some bedding in is still advisable.If this were a street legal pad, some earlier driving on the street to fully bed the pads in geometrically to your discs would be good and finish the heat cure in the pad. Steady braking with stops from 60 to 30 MPH for roughly 15 cycles would help a lot for the first bedding followed by 4-6 heavier stops to really get some heat into the pads.The pads MUST be allowed to cool fully preferably overnight.In Race bedding – After fitting to decent condition discs (read note below) , drive two laps at moderate speed, braking intermittently.Then drive two more laps with heavier braking , coasting to a stop and allow pads to fully cool.
Is important, an off-flat or ribbed and grooved rotor will treble bed in times for street or track use, this is a harder and more durable pad and rotors should be in almost dead flat condition. If you need to have your rotors skimmed we recommend only the very praiseworthy on car brake lathes from Pro Cut, which can be found using these links.
There are many excellent pads out there that work by surface coating discs with a carbon deposit film. Those types of pads actually brake on the deposit film and work by a transfer method back and forth between the pad and rotor surface film. That is not how the new EBC Orange pad material works and all traces of glaze or film deposited by carbon based pads must be removed by either having the discs Pro Cut skimmed or scrubbing the disc surface with fine abrasive paper to break down the surface film.
The new final formulation, Orangestuff brake pads product range
|DP9065||Nissan GT-R Alcon|
|DP91513||Audi 8 pad set|
|DP9066||Nissan GT-R Alcon|