sbsb
Member
This is my plan for a top speed run. The plan is to make it as well thought out and as safe as possible. THIS WILL BE DONE ON A WIDE OPEN HIGHWAY (NO OTHER CARS) WHERE THERE ARE NO ENTRANCE OR EXIT RAMPS. THE ONLY PERSON IN DANGER WILL BE MYSELF! I'll have a spotter on a cell phone to watch out for law enforcement on the ground or in the air. I will document the run from 2 digital video cameras. 1 from the in car perspective and the other as the car approaches and passes the camera. These are my preliminary ideas so far. Top speed should be between 160 and 175MPH. My car has a 3.15 rear end so I’m not sure how that will affect top end. Chevrolet has documented the C5 at 170 (I think, give or take 5) on a test track.
BTW, If I don't post the results of my top speed run you will know it didn't go as planned.
This is an intake mod I'll be doing soon. I'm also lowering the car 1" and installing a catback exhaust.
This is a rundown of the air intake mod:
Summation: Cut a rectangular hole in the lower radiator cover, install a screen and then the scoop shown below. Both the screen and the scoop will be under the car and not too far from the radiator. The scoop's plastic material will keep rradiated heat away from the filter at low speeds.
Details:
After spending quite a bit of time looking at radiator shroud cutout schemes for allowing cold air to reach my intake filter, I have come to a couple of conclusions:
1. K&N's FIPK design takes the conservative approach. They require that you create a flap that opens up to the opposite end of the airflow, protecting the air filter from water intrusion, but not encouraging a strong airflow pattern either.
2. Granatelli's approach is much more aggressive - their system includes a scoop that directs cold air through the cutout and at the filter (which is enclosed).
3. Opening up the fog light panels would bring in cold air indirectly, allowing it to mix with warm air before getting pulled through the filter. This is certainly better than not doing anything, but I consider this method to be a good secondary source, not the primary one.
Since I like the Granatelli method most, I feel that a screen is necessary, as a scoop with no screen may create a hurricane blast that could cause drivability issues
This is the Halltech stinger
Believe it or not, this will be used as the scoop and has been tested at 170MPH
This is the car
__________________
BTW, If I don't post the results of my top speed run you will know it didn't go as planned.
This is an intake mod I'll be doing soon. I'm also lowering the car 1" and installing a catback exhaust.
This is a rundown of the air intake mod:
Summation: Cut a rectangular hole in the lower radiator cover, install a screen and then the scoop shown below. Both the screen and the scoop will be under the car and not too far from the radiator. The scoop's plastic material will keep rradiated heat away from the filter at low speeds.
Details:
After spending quite a bit of time looking at radiator shroud cutout schemes for allowing cold air to reach my intake filter, I have come to a couple of conclusions:
1. K&N's FIPK design takes the conservative approach. They require that you create a flap that opens up to the opposite end of the airflow, protecting the air filter from water intrusion, but not encouraging a strong airflow pattern either.
2. Granatelli's approach is much more aggressive - their system includes a scoop that directs cold air through the cutout and at the filter (which is enclosed).
3. Opening up the fog light panels would bring in cold air indirectly, allowing it to mix with warm air before getting pulled through the filter. This is certainly better than not doing anything, but I consider this method to be a good secondary source, not the primary one.
Since I like the Granatelli method most, I feel that a screen is necessary, as a scoop with no screen may create a hurricane blast that could cause drivability issues
This is the Halltech stinger
Believe it or not, this will be used as the scoop and has been tested at 170MPH
This is the car
__________________