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The project for my tC has officially begun. I have finally exited the planning stages for turboing the tC and am now entering fabrication and parts ordering. Everything being done is almost 100% custom, no "kit" is being used. However, I may offer portions of the system I used as a kit to those interested.
I'd like to keep this a YSTC exclusive, so if you don't mind please keep it away from the other forums
Firsts first... where am I at specifically now? At this very moment I am awaiting for the e-Manage to arrive. The e-Manage will be used as a temporary stop-gap engine management system. It is by no means permanent, and remains only as long as a more efficient system is developed. I also bought a brand new exhaust gasket from my local Toyota parts dealer to start the fabrication of the turbo manifold. Measurements have been taken for a FMIC and the decision on the turbo has been made (GT2860RS).
As lo bux has brought up, the fuel system is by no means capable of handling any decent amount of additional power. Especially as far as forced induction. For that, we are converting the returnless fuel system to a return fuel system. We will custom-fabricate a fuel rail and use SS-braided lines. The key part is that we are making our fuel system completely modular so that we can upgrade in the future without any major headaches. The fuel system is one section that we will probably be providing as a "kit" to those interested.
The FMIC is a 20x7x3 Garrett intercooler bar-plate core that APR uses on all of their turbo kits. The intercooler has been pressure tested and checked for air-flow efficiency. This product is well-proven, and the fact that I get it at discounted rates is a plus.
The turbo that was decided upon is the GT2860RS, also known as the "disco donut". It was originally designed back in 2000 and was used on several project cars, and is the key reason that Garrett has become a key player in the aftermarket turbo industry.
As far as gauges and gauge pods go... we have decided to go with boost, EGT, oil pressure, and AFR. The gauge pod will be custom fabricated at APR and may also be something that is sold seperately (depending on demand). It will be mounted above the stock gauge cluster (behind the steering wheel) and will fade back to blend in with our dash. It will also be painted and wet-sanded to assure that it is aesthetically pleasing as well. The key here is to go with something that the driver can easily see (without taking their eyes off the road), matches the interior, and doesn't make it immediately obvious that the car has work done to it.
A custom down-pipe will also be fabricated (and mandrel bent). These are just the key components, things such as the 38mm wastegate, boost controller (EBC or MBC), blow-off valve, silicone couplers, and t-bolts are being left out.
Throught the process I will be providing pictures and why we chose a certain path.
Now as to who the "we" is. This system is being developed by myself and a close friend. I am currently receiving my degree in Computer Engineering and Physics and my friend has already received his degree in Aerospace Engineering and is currently attending Auburn for his Mechanical Engineering degree. All other "help" received is by use of facilities (courtesy of APR and Auburn) and consulting on parts only. The role of myself is specifically the electronics/engine-management and pressure testing (removing boost leaks). I will also be fabricating the gauge pod and doing all necessary wiring. My colleague will perform all metal work, running of lines, and fabricating/bending of metal (which is one of the most key portions). He is the brains behind the mechanical portion of the project
Keep in mind, this is only stage one of the process. Stage two will commence once this stage has been completed and determined to be stable.
I'd like to keep this a YSTC exclusive, so if you don't mind please keep it away from the other forums

Firsts first... where am I at specifically now? At this very moment I am awaiting for the e-Manage to arrive. The e-Manage will be used as a temporary stop-gap engine management system. It is by no means permanent, and remains only as long as a more efficient system is developed. I also bought a brand new exhaust gasket from my local Toyota parts dealer to start the fabrication of the turbo manifold. Measurements have been taken for a FMIC and the decision on the turbo has been made (GT2860RS).
As lo bux has brought up, the fuel system is by no means capable of handling any decent amount of additional power. Especially as far as forced induction. For that, we are converting the returnless fuel system to a return fuel system. We will custom-fabricate a fuel rail and use SS-braided lines. The key part is that we are making our fuel system completely modular so that we can upgrade in the future without any major headaches. The fuel system is one section that we will probably be providing as a "kit" to those interested.
The FMIC is a 20x7x3 Garrett intercooler bar-plate core that APR uses on all of their turbo kits. The intercooler has been pressure tested and checked for air-flow efficiency. This product is well-proven, and the fact that I get it at discounted rates is a plus.
The turbo that was decided upon is the GT2860RS, also known as the "disco donut". It was originally designed back in 2000 and was used on several project cars, and is the key reason that Garrett has become a key player in the aftermarket turbo industry.
As far as gauges and gauge pods go... we have decided to go with boost, EGT, oil pressure, and AFR. The gauge pod will be custom fabricated at APR and may also be something that is sold seperately (depending on demand). It will be mounted above the stock gauge cluster (behind the steering wheel) and will fade back to blend in with our dash. It will also be painted and wet-sanded to assure that it is aesthetically pleasing as well. The key here is to go with something that the driver can easily see (without taking their eyes off the road), matches the interior, and doesn't make it immediately obvious that the car has work done to it.
A custom down-pipe will also be fabricated (and mandrel bent). These are just the key components, things such as the 38mm wastegate, boost controller (EBC or MBC), blow-off valve, silicone couplers, and t-bolts are being left out.
Throught the process I will be providing pictures and why we chose a certain path.
Now as to who the "we" is. This system is being developed by myself and a close friend. I am currently receiving my degree in Computer Engineering and Physics and my friend has already received his degree in Aerospace Engineering and is currently attending Auburn for his Mechanical Engineering degree. All other "help" received is by use of facilities (courtesy of APR and Auburn) and consulting on parts only. The role of myself is specifically the electronics/engine-management and pressure testing (removing boost leaks). I will also be fabricating the gauge pod and doing all necessary wiring. My colleague will perform all metal work, running of lines, and fabricating/bending of metal (which is one of the most key portions). He is the brains behind the mechanical portion of the project
Keep in mind, this is only stage one of the process. Stage two will commence once this stage has been completed and determined to be stable.