I haven't been very active on Prime over past few years since I have been extremely satisfied with the car and i have not had any problems to solve since we all know how bulletproof the NSX is, but the truth is these new super cars are getting really dam fast and the Mod bug has bit again and I'm not getting rid of the NSX ever. any help on this future endeavor will be appreciated.
Any information about this supercharger setup would be nice I'm considering building something similar
(pics attached)
http://www.pasmag.com/features/vehi...k-comptech-buddy-club-volk-toyo-motul-sorcery
I have a Novi 1000 and will use an AEM infinity EMS w/ modern adjustable traction control and fail safes ect, and meth cooling and/or inter-cooler.
My intention is to set up the system very minimalistic with minimal moving parts and small pulley to build boost early and blow off the unwanted high boost in the higher RPM to attempt to create a flatter than usual power curve with minimal lag. My target is to match or improve this attached Dyno curve that a member J-RnsxT achieved on BBSC Novi 1000 running 7psi with Aem plus 4psi meth put down (pic attached) post #10 http://www.nsxprime.com/forum/showt...BBSC-amp-AEM?p=1271072&viewfull=1#post1271072
For reference and brief explanation of desired WHP; the car weighs 2520 lbs now (pic of weight slip attached), therefore Target HP is 400-425whp which will be comparable to 475-500whp on a 3000lb car. The car currently Dynos at 279whp (dyno run attached) (OEM ems & injectors / no chip) with power to weight ratio 8.9 of is already as fast now in N/A as a typical 350whp/3100lb CTSC NSX which also has a P/W ratio of 8.9 (reference: a stock GTR puts down 436whp and weighs 3827 for a ratio of 8.7) and on a 2500lb NSX w/ 400hp will be a 6.25 power to weight (that's better than Ferrari Italia=6.76 or C7 vette Z07=6.7, lambo LP 570=6.6 ect) and about all the whp I'm interested in handling at he moment.
I like the aspect of it being custom, but extremely simple with no shafts no additional weight like BBSC and it may be inter-cooled, and due to centrifugal design is less parasitic drag than the BBSC (same centrifugal but uses a shaft to relocate blower to intake side of engine) and much less than roots style of CTSC.
The novi-1000 weighs 19lbs the mounting bracket will weigh about 3-5lbs. I have some additional weight reductions i will be doing my NET target weight is 2500lbs even.
Recommendations on pulley size and blow off valves or anything else would be great.
Also looking for a recommendation for a tuner or shop with FI NSX experience in the Miami / FT Lauderdale area.
I also have a 1.7 CTSC autorotor that may be going up for sale once I make the final decision with this custom project. I bought it off of Dave / TURBO2GO last week and it's being shipped, once i receive it if I do not install it, it will likely go up for sale. We all know the autorotor CTSC is a great unit and hard to find since they sell fast, but I like custom things so this blower setup will better match my likings and has room to grow to 500whp intercooled if needed.
View attachment nsx dyno 279whp.pdf
Any information about this supercharger setup would be nice I'm considering building something similar
(pics attached)
http://www.pasmag.com/features/vehi...k-comptech-buddy-club-volk-toyo-motul-sorcery
I have a Novi 1000 and will use an AEM infinity EMS w/ modern adjustable traction control and fail safes ect, and meth cooling and/or inter-cooler.
My intention is to set up the system very minimalistic with minimal moving parts and small pulley to build boost early and blow off the unwanted high boost in the higher RPM to attempt to create a flatter than usual power curve with minimal lag. My target is to match or improve this attached Dyno curve that a member J-RnsxT achieved on BBSC Novi 1000 running 7psi with Aem plus 4psi meth put down (pic attached) post #10 http://www.nsxprime.com/forum/showt...BBSC-amp-AEM?p=1271072&viewfull=1#post1271072
For reference and brief explanation of desired WHP; the car weighs 2520 lbs now (pic of weight slip attached), therefore Target HP is 400-425whp which will be comparable to 475-500whp on a 3000lb car. The car currently Dynos at 279whp (dyno run attached) (OEM ems & injectors / no chip) with power to weight ratio 8.9 of is already as fast now in N/A as a typical 350whp/3100lb CTSC NSX which also has a P/W ratio of 8.9 (reference: a stock GTR puts down 436whp and weighs 3827 for a ratio of 8.7) and on a 2500lb NSX w/ 400hp will be a 6.25 power to weight (that's better than Ferrari Italia=6.76 or C7 vette Z07=6.7, lambo LP 570=6.6 ect) and about all the whp I'm interested in handling at he moment.
I like the aspect of it being custom, but extremely simple with no shafts no additional weight like BBSC and it may be inter-cooled, and due to centrifugal design is less parasitic drag than the BBSC (same centrifugal but uses a shaft to relocate blower to intake side of engine) and much less than roots style of CTSC.
The novi-1000 weighs 19lbs the mounting bracket will weigh about 3-5lbs. I have some additional weight reductions i will be doing my NET target weight is 2500lbs even.
Recommendations on pulley size and blow off valves or anything else would be great.
Also looking for a recommendation for a tuner or shop with FI NSX experience in the Miami / FT Lauderdale area.
I also have a 1.7 CTSC autorotor that may be going up for sale once I make the final decision with this custom project. I bought it off of Dave / TURBO2GO last week and it's being shipped, once i receive it if I do not install it, it will likely go up for sale. We all know the autorotor CTSC is a great unit and hard to find since they sell fast, but I like custom things so this blower setup will better match my likings and has room to grow to 500whp intercooled if needed.
View attachment nsx dyno 279whp.pdf
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