Just spoke w/Speedriven... Latest news is SICK!
With all the issues with cooling and you supercharged guys running tanks in the trunk or reservoirs in the engine compartment, what actually cools the tank besides filling with ice, once that melts the temp goes up. The lines running from the engine to the tank provide a method of cooling but most I see are rubber. Would it be an idea to run 1 inch copper tubes with aluminum fins wrap around to provide a method to dissipate the heat to and from the tank in the first place, also have not seen any tank with external cooling. Correct me if I am on the wrong track, just wondering out loud?
Not trying to be smart, just a question!
With all the issues with cooling and you supercharged guys running tanks in the trunk or reservoirs in the engine compartment, what actually cools the tank besides filling with ice, once that melts the temp goes up. The lines running from the engine to the tank provide a method of cooling but most I see are rubber. Would it be an idea to run 1 inch copper tubes with aluminum fins wrap around to provide a method to dissipate the heat to and from the tank in the first place, also have not seen any tank with external cooling. Correct me if I am on the wrong track, just wondering out loud?
Not trying to be smart, just a question!
I visited my car at Weistec today and they have some things in the works that will completely eliminate the Hot Air Intake issue, However they will not be altering their intake to a dual inlet design in my opinion.
The Best of Mercedes & AMG
I visited my car at Weistec today and they have some things in the works that will completely eliminate the Hot Air Intake issue, However they will not be altering their intake to a dual inlet design in my opinion.
I visited my car at Weistec today and they have some things in the works that will completely eliminate the Hot Air Intake issue, However they will not be altering their intake to a dual inlet design in my opinion.




Every 10° increase in intake temps cost you around 1% power. Cold air starting and finishing the compression process is the key to making power in forced induction engines.
Last edited by BlownV8; Jul 26, 2013 at 11:19 AM.
Every 10° increase in intake temps cost you around 1% power. Cold air starting and finishing the compression process is the key to making power in forced induction engines.
I've also read that the Autorotor design is actually MORE efficient than the Whipple/Lysholm design but Weistec states the other way around.
Can somebody chime in on which one is more efficient and why?




1. Rotrex 80% +
2. a. Autorotor 70% - 80%
2. b. Lysholm 70% - 80%
3. Vortech/Procharger 60% - 80%
4. Eaton 40% - 55%
In comparison to the Autorotor and Lysholm with similar displacement, the same size Autorotor will outperform the Lysholm.
The car has been running for months customer put around 5k miles on it until his trans went
After the dyno customer took the car, enjoyed the whole summer and dropped it off a month ago to rebuild the trans.







