J36 turbo 6th gen Accord coupe
#201
Ay yo.
Since I spun my turbo 180 degrees, down, and back in my engine bay, the exhaust side had pretty considerable heat radiation on the cold-side of my intake tubing, so my intercooler efforts were being thwarted. With inspiration from the Supra guys, I built a stainless steel turbo heat shield to re-direct the heat.
Without futher ado, on to the pizorz. Comments/critiques whalecum, as always.
1. I started with a stainless steel pot. I chose the brushed look to match my brushed strut bar, brushed aluminum coolant overflow tank, and brushed P2R plenums.
2. To start, I traced the circumference of the pot onto a cardboard box, then used a razor blade to cut the circle.
3. Since the purpose of the shield is to direct heat AWAY from the intake piping, the closed end of the shield will be facing the firewall. This end of the shield will rest on the vband flange on my downpipe. In order to get the size correct, I just grabbed a piece of 3" exhaust scrap and centered it up. Trace, then cut. Bada-bing.
4. Once the end-cap template was cut, I placed it on the turbo to ensure that the tolerances were where I wanted them. During this step, I did some trimming to ensure that the top and sides of the shield would meet perfectly flush with the compressor side of the turbo. Measure ten times, cut once.
5. With the end-cap template complete, I trimmed a bonnet comparable in depth to the actual pot. Once the correct size, I taped it up.
6. Test fit. Trim here, there, and everywhere for the perfect fitment.
7. Once I was happy with the template, I layed it over the $28 pot and traced it. With blue masking tape as my cut line (as well as to protect the pot from damage),I went ahead and cut it with a cutoff disc/jigsaw. This was tough though, because I didn't want to heat the stainless to a point where it would have heat penetration marks and or/warpage. I used an ice water soaked rag to cool every cut I made.
8. Test fit. Trim here, there, and everywhere for the perfect fitment. In this case, I had to torque the oil-feed fitting on my turbo to move it out of the way of the shield.
9. Once the shield fit to my liking, I went back and hand-sanded the edges to give it a perfect, finished look.
10. At this point, the shield itself was done. To mount it, I built two brackets from bolts on the exhaust side of the turbo. Once these were perfect, I tacked them from behind (again, with ice water soaked rags on the opposite side of the shield to prevent heat penetration damage in the finish).
11. Bada-bing. A turbo heat shield that fits/looks better than most/all of the aftermarket units available. Nobody will ever know this thing was once intended to cook spagetti.
12. Total cost: ~$30 and two hours of labor. It works beautifully as well, the intake piping is ice-cold again! Nom nom. Nom. I have a peice of the unused pot being engraved at a local trophy shop so that I can tack a "brand" on the topside. Should be dope!
Since I spun my turbo 180 degrees, down, and back in my engine bay, the exhaust side had pretty considerable heat radiation on the cold-side of my intake tubing, so my intercooler efforts were being thwarted. With inspiration from the Supra guys, I built a stainless steel turbo heat shield to re-direct the heat.
Without futher ado, on to the pizorz. Comments/critiques whalecum, as always.
1. I started with a stainless steel pot. I chose the brushed look to match my brushed strut bar, brushed aluminum coolant overflow tank, and brushed P2R plenums.
2. To start, I traced the circumference of the pot onto a cardboard box, then used a razor blade to cut the circle.
3. Since the purpose of the shield is to direct heat AWAY from the intake piping, the closed end of the shield will be facing the firewall. This end of the shield will rest on the vband flange on my downpipe. In order to get the size correct, I just grabbed a piece of 3" exhaust scrap and centered it up. Trace, then cut. Bada-bing.
4. Once the end-cap template was cut, I placed it on the turbo to ensure that the tolerances were where I wanted them. During this step, I did some trimming to ensure that the top and sides of the shield would meet perfectly flush with the compressor side of the turbo. Measure ten times, cut once.
5. With the end-cap template complete, I trimmed a bonnet comparable in depth to the actual pot. Once the correct size, I taped it up.
6. Test fit. Trim here, there, and everywhere for the perfect fitment.
7. Once I was happy with the template, I layed it over the $28 pot and traced it. With blue masking tape as my cut line (as well as to protect the pot from damage),I went ahead and cut it with a cutoff disc/jigsaw. This was tough though, because I didn't want to heat the stainless to a point where it would have heat penetration marks and or/warpage. I used an ice water soaked rag to cool every cut I made.
8. Test fit. Trim here, there, and everywhere for the perfect fitment. In this case, I had to torque the oil-feed fitting on my turbo to move it out of the way of the shield.
9. Once the shield fit to my liking, I went back and hand-sanded the edges to give it a perfect, finished look.
10. At this point, the shield itself was done. To mount it, I built two brackets from bolts on the exhaust side of the turbo. Once these were perfect, I tacked them from behind (again, with ice water soaked rags on the opposite side of the shield to prevent heat penetration damage in the finish).
11. Bada-bing. A turbo heat shield that fits/looks better than most/all of the aftermarket units available. Nobody will ever know this thing was once intended to cook spagetti.
12. Total cost: ~$30 and two hours of labor. It works beautifully as well, the intake piping is ice-cold again! Nom nom. Nom. I have a peice of the unused pot being engraved at a local trophy shop so that I can tack a "brand" on the topside. Should be dope!
#202
GO RANGERS!!!!!!!!!!!!!!!
iTrader: (6)
That is a great use of pot! lol
#203
B A N N E D
iTrader: (4)
time to cook some eggs
but as said for using a pot
for me i would have just used one of those turbo heatshield blankets that you can buy, and been done with it
also for the brand tacking, i think it would look better if you got your actual heatshield engraved, and not a little add on piece
Last edited by friesm2000; 01-24-2010 at 06:32 PM.
#204
Senior Moderator
NIce work!
#205
In the Mid-South meow
iTrader: (2)
Very creative. Nice work!
#206
Whats up with RDX owners?
iTrader: (9)
That is friggin awesome. Kudos good sir
#209
Chapter Leader (Southern Region)
Nice build!
#213
Advanced
sick build...buy my wheels...that's if you're looking for light and baller wheels...i have Black Chrome Volk TE37's if you're interested...wud go great with the car..
#216
your car is fvcking gay.... and i hate your soul
i heard envy is the greatest compliment and you can only measure success by how much your hated...
with that being said, sick build and when your ready to sell i have a 1 way plane ticket to Washington and i'll drive back
ps....what do u think the whole transition has run you? ball park number of course
i heard envy is the greatest compliment and you can only measure success by how much your hated...
with that being said, sick build and when your ready to sell i have a 1 way plane ticket to Washington and i'll drive back
ps....what do u think the whole transition has run you? ball park number of course
#219
Whats up with RDX owners?
iTrader: (9)
Im not impressed
#220
No reverse lights as of now. I'm working on integrating some into each side of my license plate in the bumper recess. My goal is to make it look OEM using e46 side markers.
Wat? lol. You'd be sick if you knew how much I didn't spend on this swap. The full powertrain, including built engine/trans/turbo, has probably only set me back ~$4k.
Thanks bud
Thanks We'll see BTW I hate my CF hood
your car is fvcking gay.... and i hate your soul
i heard envy is the greatest compliment and you can only measure success by how much your hated...
with that being said, sick build and when your ready to sell i have a 1 way plane ticket to Washington and i'll drive back
ps....what do u think the whole transition has run you? ball park number of course
i heard envy is the greatest compliment and you can only measure success by how much your hated...
with that being said, sick build and when your ready to sell i have a 1 way plane ticket to Washington and i'll drive back
ps....what do u think the whole transition has run you? ball park number of course
Thanks bud
#221
Whats up with RDX owners?
iTrader: (9)
When are we going to see some vids?
#222
that heat shield is sick
#227
Whats up with RDX owners?
iTrader: (9)
I just hit 2500 miles today. Im going to be doing some more work to it before I post videos. I also want to wait until it gets nicer out, this snow sucks.
#228
What's stressy though is that, like I said, I can't even come close to getting traction, and on both occasions, axles have broken in first gear when boost hit, NOT from a launch.
On that note, anyone looking for mounts, just get the new innovative units. They're a different design that addresses the sagging and damage that was previously a problem.
Old design/destruction:
New design, after lowered to clear hood:
#230
Whats up with RDX owners?
iTrader: (9)
Yep. Theres no point if I cant put the power down. The CL isnt even my "fun" car sadly.
#232
For me, the effort put forth into this motor/trans/turbo is massive compared to the effort it will take to correct the traction/axle issue. Easy shit.
Now if the trans turns out not to hold the power, that's a different story...
Last edited by MoneyPit; 02-03-2010 at 09:18 PM.
#233
Whats up with RDX owners?
iTrader: (9)
Paul made mention to the traction issues, but I was thinking about it before I even had the motor built. Its really pointless to have over 400whp if you cant put any of it down. Sure it gets fun after 80mph, but I dont spend alot of time at those speeds. I used to, but thats the reason why I no longer do that.
The CL is still a daily, so Id like to keep it as reliable as I possibly can. I have another vehicle to keep the fun factor up, and Ive also got the bike.
Im not trying to take anything away from your car though. Its a friggin beast and I wouldnt mind owning it, but I just dont think it's a smart idea for me to boost a daily when its already got plenty of power for now. If I end up getting bored, then I may revisit this idea, but for now its not going to happen.
The CL is still a daily, so Id like to keep it as reliable as I possibly can. I have another vehicle to keep the fun factor up, and Ive also got the bike.
Im not trying to take anything away from your car though. Its a friggin beast and I wouldnt mind owning it, but I just dont think it's a smart idea for me to boost a daily when its already got plenty of power for now. If I end up getting bored, then I may revisit this idea, but for now its not going to happen.
#234
Safety Car
Can you clarify for me... Did you break the second axle after you had eliminated the wheelhop problem?
If there was no wheelhop when the second axle broke, it may had been because the second axle was severely fractured(stress crack) from the previous hopping before you eliminated the hopping. It is entirely possible for an axle to have catastrophic stress cracks for a period of time, and then for it to actually completely break later.
The normal everyday street tires (not drag radials) should act as a "blow-off" valve (as a figure of speaking). The street tires will not allow enough traction for the axles to see sufficient torque to cause the axle to snap.
Just to be thorough with my previous thought, I might add that popping the clutch could snap an axle, even with street tires.
On a brighter note, congratulations on your project. You have great craftsmanship. The heat shield looks fantastic.
#235
Team Owner
MoneyPit,
Can you clarify for me... Did you break the second axle after you had eliminated the wheelhop problem?
If there was no wheelhop when the second axle broke, it may had been because the second axle was severely fractured(stress crack) from the previous hopping before you eliminated the hopping. It is entirely possible for an axle to have catastrophic stress cracks for a period of time, and then for it to actually completely break later.
The normal everyday street tires (not drag radials) should act as a "blow-off" valve (as a figure of speaking). The street tires will not allow enough traction for the axles to see sufficient torque to cause the axle to snap.
Just to be thorough with my previous thought, I might add that popping the clutch could snap an axle, even with street tires.
On a brighter note, congratulations on your project. You have great craftsmanship. The heat shield looks fantastic.
Can you clarify for me... Did you break the second axle after you had eliminated the wheelhop problem?
If there was no wheelhop when the second axle broke, it may had been because the second axle was severely fractured(stress crack) from the previous hopping before you eliminated the hopping. It is entirely possible for an axle to have catastrophic stress cracks for a period of time, and then for it to actually completely break later.
The normal everyday street tires (not drag radials) should act as a "blow-off" valve (as a figure of speaking). The street tires will not allow enough traction for the axles to see sufficient torque to cause the axle to snap.
Just to be thorough with my previous thought, I might add that popping the clutch could snap an axle, even with street tires.
On a brighter note, congratulations on your project. You have great craftsmanship. The heat shield looks fantastic.
Inaccurate, I have to agree. With the tires as the fuse, even if this thing made 700hp it's not putting any more stress on the axles than a stock car assuming the stock car can spin the tires. It is putting the max stress for a longer period of time though.
I had to lol at the heatshield. That looks almost identical to the factory GN headshields. I would've given you a chrome one nearly free.
Now I've got some reading to do, I skipped to the end so I have no idea of the hp of this car and I don't want to be like those in the 3g thread asking for dynos when it was already posted 10 pages ago.
#236
Chapter Leader (Southern Region)
^ no dynos.. fyi.. check out the new motor mounts though! I'm not sure the TL guys know about it yet..
#237
Safety Car
But to make it clear for other readers, these are not the new secret mounts that we are waiting to see from Excelerate. At least, I think these are not the ones
The 2G guys, mainly RUF87, have been working with Innovative for some time now to improve Innovative's design. This "sideways" mount is one of the beta's that RUF87 has tested for Innovative.
The 2G guys, mainly RUF87, have been working with Innovative for some time now to improve Innovative's design. This "sideways" mount is one of the beta's that RUF87 has tested for Innovative.
#238
Chapter Leader (Southern Region)
hmm.. well they seem to work from the OP's testimony..
#239
Paul made mention to the traction issues, but I was thinking about it before I even had the motor built. Its really pointless to have over 400whp if you cant put any of it down. Sure it gets fun after 80mph, but I dont spend alot of time at those speeds. I used to, but thats the reason why I no longer do that.
The CL is still a daily, so Id like to keep it as reliable as I possibly can. I have another vehicle to keep the fun factor up, and Ive also got the bike.
Im not trying to take anything away from your car though. Its a friggin beast and I wouldnt mind owning it, but I just dont think it's a smart idea for me to boost a daily when its already got plenty of power for now. If I end up getting bored, then I may revisit this idea, but for now its not going to happen.
The CL is still a daily, so Id like to keep it as reliable as I possibly can. I have another vehicle to keep the fun factor up, and Ive also got the bike.
Im not trying to take anything away from your car though. Its a friggin beast and I wouldnt mind owning it, but I just dont think it's a smart idea for me to boost a daily when its already got plenty of power for now. If I end up getting bored, then I may revisit this idea, but for now its not going to happen.
MoneyPit,
Can you clarify for me... Did you break the second axle after you had eliminated the wheelhop problem?
If there was no wheelhop when the second axle broke, it may had been because the second axle was severely fractured(stress crack) from the previous hopping before you eliminated the hopping. It is entirely possible for an axle to have catastrophic stress cracks for a period of time, and then for it to actually completely break later.
The normal everyday street tires (not drag radials) should act as a "blow-off" valve (as a figure of speaking). The street tires will not allow enough traction for the axles to see sufficient torque to cause the axle to snap.
Just to be thorough with my previous thought, I might add that popping the clutch could snap an axle, even with street tires.
On a brighter note, congratulations on your project. You have great craftsmanship. The heat shield looks fantastic.
Can you clarify for me... Did you break the second axle after you had eliminated the wheelhop problem?
If there was no wheelhop when the second axle broke, it may had been because the second axle was severely fractured(stress crack) from the previous hopping before you eliminated the hopping. It is entirely possible for an axle to have catastrophic stress cracks for a period of time, and then for it to actually completely break later.
The normal everyday street tires (not drag radials) should act as a "blow-off" valve (as a figure of speaking). The street tires will not allow enough traction for the axles to see sufficient torque to cause the axle to snap.
Just to be thorough with my previous thought, I might add that popping the clutch could snap an axle, even with street tires.
On a brighter note, congratulations on your project. You have great craftsmanship. The heat shield looks fantastic.
I agree that the street tires should be the weakest link in the system, BUT, I'd also like to point out that on both occasions, the axles did not break on a launch. They broke at a decent rolling speed, where a full burnout is less likely to happen.
Like I said, although I knew the axles were going to be an issue, I didn't expect to be dealing with them this early. I'm going to be replacing the axle with a new OEM unit, and then monitoring my driving very carefully. Seeing as the other turbo cl-s guys haven't had this much of an issue, it's definitely something I'll be paying attention to. As always, I'll update you guys.
First off I would like to say nice build! I saw the link to this from the 3g turbo thread.
Inaccurate, I have to agree. With the tires as the fuse, even if this thing made 700hp it's not putting any more stress on the axles than a stock car assuming the stock car can spin the tires. It is putting the max stress for a longer period of time though.
I had to lol at the heatshield. That looks almost identical to the factory GN headshields. I would've given you a chrome one nearly free.
Now I've got some reading to do, I skipped to the end so I have no idea of the hp of this car and I don't want to be like those in the 3g thread asking for dynos when it was already posted 10 pages ago.
Inaccurate, I have to agree. With the tires as the fuse, even if this thing made 700hp it's not putting any more stress on the axles than a stock car assuming the stock car can spin the tires. It is putting the max stress for a longer period of time though.
I had to lol at the heatshield. That looks almost identical to the factory GN headshields. I would've given you a chrome one nearly free.
Now I've got some reading to do, I skipped to the end so I have no idea of the hp of this car and I don't want to be like those in the 3g thread asking for dynos when it was already posted 10 pages ago.
But to make it clear for other readers, these are not the new secret mounts that we are waiting to see from Excelerate. At least, I think these are not the ones
The 2G guys, mainly RUF87, have been working with Innovative for some time now to improve Innovative's design. This "sideways" mount is one of the beta's that RUF87 has tested for Innovative.
The 2G guys, mainly RUF87, have been working with Innovative for some time now to improve Innovative's design. This "sideways" mount is one of the beta's that RUF87 has tested for Innovative.
Well they've only got a few thousand miles on them at this point, but so far so good.
#240
Burning Brakes
I had to check out thread after seeing the link from 3g turbo thread awesome build ,I see you've got everything pretty much completed , but if you ever need any help or just questions feel free to pm or email , we are here to learn help and expand our knowledge .....