Search results

The question was answered.

The list is much larger. Personally, I like the look. The car could use a slight rake. This allows you to get the same tire-to-fender gap, but with the slight almost unnoticeable rake. But you can cry about LLM, but it is a fact Jack... :-) Go look at factory Porsche Cup cars as an...

Guess Ferrari is Ghetto lol

Performance Benefits Acceleration: Larger rear wheels increase the contact patch with the road, enhancing grip during acceleration. This is particularly beneficial for rear-wheel-drive (RWD) and all-wheel-drive (AWD) vehicles, as weight shifts to the rear during acceleration. Stability: A...

Stick all the way. Yes a dual clutch (or the current automatics are faster).. but you don't have that visceral connection to the engine. Had a 488GTB... same thing. Takes a ton of the driving experience away. Go look at Porsche... there are BIG premiums on cars with manual over dual...

I bet it's the GPS speed measurement and the tire circumference that don't jive resulting in the loss of the cruise control and crash avoidance. Some people here said you could compensate using Forscan as you can enter in the tire circumference but I don't have Forscan and am not aware (like...

A dual rate spring has exactly what that means two different rates, on each portion of the spring. Think of motorcycle shock that has multiple springs on it separated by spacers. Each one has a different stiffness. The The lightest one compresses first until it coil binds then the next softest...

Won't change the spring rates (it's a dual rate spring but since it's coil bound, it's effectively a single rate spring since the bound coils are essentially a spacer). But It may seat the spring differently which if not seated properly would be an issue.

Blue ember > black wheels

OK

That won't change the coil binding.... I guess unless the spring isn't fully seated.

Maybe the spring rates are different? Something looks wrong because of the apparent coil binding with the car not even moving. Never seen a spring setup like that on a street car.

Are they the same spring rates?

Take a look at this (not saying it's correct): https://www.perplexity.ai/search/cm-5560-ya-spring-fitment-G8lEDtl_TfmAu33DoC5Jhw#0

Cool ... I tried to find it at ford performance and couldn't find it by searching the rear spring p/n.

Flipping the spring over won't address a coil bind issue. It's still the same weight compressing the spring. Searching that P/N and this is what I find: The CM-5560-YA part number refers to Ford Performance Rear Track Lowering Springs designed for 2015-2023 Mustang GT and EcoBoost Fastback...

So I don't understand. If the car is in the air, the springs would be extended. The picture shows the top 6 coils of the spring in what appears to be coil binding. Even if they were slightly not touching each other statically... when the car is driven, they are going to touch. I would use...

If they are in coil bind, the spring will prematurely fail. From the pic, it's hard to imagine the spring not being in coil bind pretty much continuously.

Why does part of the spring look like its in coil bind? Seems odd.

If you have a lot of big braking zones (which it sounds like you do) ....you should not only do the ducts (and the control arm diverters) but the larger front DH brake calipers and rotors. These cars are very heavy... and while the front brakes are nice 4 piston Brembos, the rotors are on the...