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I'm looking for a solution for the constantly dirty stock 20's. Has anyone solved this one yet. Man I wash the car every two days and the rims stay dirty from the brake dust. Do you guys think changing the pads will fix the problem or a different rim will solve the issue.
P.S. This is the best car I ever owned. It really turns heads. The other day a Vett challenged me and lost. Boy did his mouth drop open. :shades:
only black & bright silver. does anyone know if any were built yet, or is this yet another delay? ordered 2/18, and as of 6/29, stuck in BX status.
wantit, and waiting.
Do they offer a mode where only the RWD works?
But given the rariety of this model, won't the markups be even worse?
The markup maybe more perhaps, but that may also depend on WHEN it is available. If its sometime later this year or early next year then I dont think it should be too bad. Either way I will wait for exacylt what i want and in the meantime they can workout all the kinks this model may have.
Pad and Rotor Bed-In Theory, Definitions and Procedures
StopTech’s Recommended Procedure for Bedding-in
Performance Brake Systems
by Matt Weiss of StopTech and James Walker, Jr. of scR motorsports
--------------------------------------------------------------------------------
When a system has both new rotors and pads, there are two different objectives for bedding-in a performance brake system: heating up the brake rotors and pads in a prescribed manner, so as to transfer pad material evenly onto the rotors; and maturing the pad material, so that resins which are used to bind and form it are ‘cooked’ out of the pad.
The first objective is achieved by performing a series of stops, so that the brake rotor and pad material are heated steadily to a temperature that promotes the transfer of pad material onto the brake rotor friction surface. There is one pitfall in this process, however, which must be avoided. The rotor and, therefore, the vehicle should not be brought to a complete stop, with the brakes still applied, as this risks the non-uniform transfer of pad material onto the friction surface.
The second objective of the bedding-in process is achieved by performing another set of stops, in order to mature the pad itself. This ensures that resins which are used to bind and form the pad material are ‘cooked’ out of the pad, at the point where the pad meets the rotor’s friction surface.
The bed-in process is not complete until both sets of stops have been performed. There’s one exception, however. Some pad manufacturers sell ‘race-ready’ pads, which have been pre-conditioned by flame heat-treating or laser etching, to provide a mature surface on the pad face. If race-ready pads are being used, then the second set of controlled stops is unnecessary. Also note that the same circumstances exist when a system to be bedded has new rotors and used pads (a strategy that professional teams use to break in their rotors ahead of time) one only has to perform a single set of stops to transfer pad material uniformly onto the new rotor.
Note that, if the brakes of a vehicle with high-performance or racing pads are not used continuously in an aggressive manner, the transfer layer on the rotors can be abraded (literally worn off). However, the transfer layer can be re-established, if needed, by repeating one series of stops in the bed-in procedure. This process may be repeated as often as necessary during the life of the pad.
This characteristic is useful when a system is already bedded-in with one pad friction and another is to be used going forward, like when changing between pad types for the street and track (and then after a track event, back again). The procedure under this case is different, where the new friction is installed and the vehicle is first driven for 5 to 20 miles (8 to 33 Km) with light use, keeping the pad friction and rotor cold. This promotes the abrasive friction mechanism cleaning the rotor surface of the previous pad material before performing either one or two bed-in cycles as prescribed below. One set of stops as outlined, if the pads being installed are used, two if the pads are actually new
The bed-in procedures below outline the steps required to effectively bed-in performance brake systems. We strongly recommend that, in order to complete the bed-in safely, the bed-in procedures be conducted in dry conditions on a race track or other controlled environment, so as not to endanger yourself or others. Please note that we neither recommend nor condone driving at high speeds on public roads. While it is important to get enough heat into the system to effectively bed-in the brakes, it is even more important to exercise common sense at all times, and to conduct the bed-in procedure responsibly.
Bedding-in Street-Performance Pads
For a typical performance brake system using street-performance pads, a series of ten partial braking events, from 60mph down to 10mph, will typically raise the temperature of the brake components sufficiently to be considered one bed-in set. Each of the ten partial braking events should achieve moderate-to-high deceleration (about 80 to 90% of the deceleration required to lock up the brakes and/or to engage the ABS), and they should be made one after the other, without allowing the brakes to cool in between.
Depending on the make-up of the pad material, the brake friction will seem to gain slightly in performance, and will then lose or fade somewhat by around the fifth stop (also about the time that a friction smell will be detectable in the passenger compartment). This does not indicate that the brakes are bedded-in. This phenomenon is known as a green fade, as it is characteristic of immature or ‘green’ pads, in which the resins still need to be driven out of the pad material, at the point where the pads meet the rotors. In this circumstance, the upper temperature limit of the friction material will not yet have been reached.
As when bedding-in any set of brakes, care should be taken regarding the longer stopping distance necessary with incompletely bedded pads. This first set of stops in the bed-in process is only complete when all ten stops have been performed - not before. The system should then be allowed to cool, by driving the vehicle at the highest safe speed for the circumstances, without bringing it to a complete stop with the brakes still applied. After cooling the vehicle, a second set of ten partial braking events should be performed, followed by another cooling exercise. In some situations, a third set is beneficial, but two are normally sufficient.
Bedding-in Club Race or Full Race Pads
For a typical performance brake system using race pads, the bed-in procedure must be somewhat more aggressive, as higher temperatures need to be reached, in order to bring certain brands of pad material up to their full race potential.
We typically recommend a set of ten partial braking events, from 60mph down to 10mph, followed immediately by three or four partial braking events, from 80mph down to 10mph. Alternately, a set of eleven stops, from 80mph to 40mph, or a set of seven stops, from 100mph to 50mph, would be approximately the same. As with street pads, each of the partial braking events should achieve moderate-to-high deceleration (about 80% of the deceleration required to lock up the brakes and/or to engage the ABS), and they should be made one after the other, without allowing the brakes to cool in between.
Again, depending on the make-up of the pad material, the brake friction will seem to gain slightly in performance, and will then lose or fade somewhat about halfway through the first set of stops. This does not indicate that the brakes are bedded-in, except where race-rea
The power curve seems almost limitless. The brakes rival my '03 Viper. I came out of an E class Mercedes so my expectations were high.
The firm ride is exactly what I wanted. It does not jar and feels like a tank on the road.
The car has more bells and whistles than my E430 did. I got everything but the "kickers" as the car was already in production when I learned about them and I could not catch it in time.
So far it is straight stock but I am considering an aftermarket grille. The one that looks like the Bentley. I have seen many 300's in my area with them so I think some of the dealers may be offering them as dealer installed options.
Brake dust is an issue but one that I expect to diminish somewhat with time and break-in. That's what happened with the Viper.
Those of you expecting to take delivery must remember to be very careful regarding the front end. The fascia is low. Watch parking bumpers, curbs and carwashes carefully. The fascia is just the right height to scrape the top of a parking bumper or low curb. Learned it the hardway.
The day after I got it my dealer called me. Seems a dealer in CA had called him trying to buy MY car out from under me. He claimed they were getting $18k over sticker in CA. The Chicago dealers claimed getting $10k over. I paid sticker. First time ever. I told the dealer earlier if he could get that kind of money go ahead and sell it. He refused. He sells a lot to Viper club members and is a member himself. Very reputable man.
The stock floor mats are pretty underwhelming. Anybody got a line on where I could find some SRT/8 mats? This car deserves them. Oh, by the way. On the way home I got 20.6 mpg over the 115 miles or so from my dealer. The sticker said I should expect 20 on the road. Not bad for a brand new engine.
Questions?
How do the parking sensors respond? Havent heard much about them, but im guessing from what you said, they dont do so well with curbs, just walls and other cars? About how many inches of ground clearance would you say you have? I may have to build a new driveway! Again, thanks, and i cant wait to write my book about the car tomorrow!
Btw, I have found 4 srt8's here in my area, 3 black and 1 silver here in southern CA. Those that already have your srt8's can you tell me how much over MSRP you paid? I just want to know how much over MSRP if at all would be a fair right now. Not saying paying over MSRP is fair at all, but if you want the hottest and latest thing then you will have to pay for it! Thanks in advance for any and all responses.
pressure
washer
be
careful
of
your
paint
I use a pressure washer almost exclusively to wash my cars. I use a Campbell-Hausfeld unit with, I think, 1750psi max pressure. Using a fan spray pattern, you don't get anywhere near the max pressure the unit can produce.
I mean not for the wheels, I agree that is a good idea. Personally I just wouldn't let a pressure spray anywhere near any painted surface. But I hear ya, and if it doesn't present problems for you under those circumstances, that's great.
To repeat myself, it seems scary to me. :P
THAT'S SCARY TOO!!!
:shades:
I like my garden hose and my special cotton rags and towels. But everyone certainly has different preferences and experiences. The pressure stuff just concerns me because it can take any very, very minor flaw in the paint and turn it into something major.
Maybe we should get back to the car now ....
I hope she comes back and posts them for you soon!
http://luridchoppers.com/srt8.html
My dealer had a black one which I was offered at same deal, but I chose to wait for the silver steel metallic. all I can say is -----keep the faith!!
Good man! You might not realize it now, but when the winter comes, you'll appreciate having it.
Another trick I employed was to go to my local Northern Tool & Equipment store and get an adapter for my electric unit that allows me to use high pressure soap. That little change was definitely a godsend!
You don't really have to worry about taking the paint off your wheels (besides the fact that the SRT8 wheels aren't painted :P ) because wheels have much more durable paint finishes than the car itself. Afterall, that is where the rubber meets the road. Gotta be able to take a beating and still look good. Anyway, I use the smallest fan pattern I can get for the best pressure for removing dirt/grime that's a little more stubborn. But there will always be times where you have no choice but to break out the ol' bucket, wash mit, and wheel/tire brush (I actually use a bottle washing brush with sponge inserts to wash the insides of the wheels on my 300M Special).