We just got our shipment of TAKEDA intakes!!!
Takeda Intake and Battery Removal
I was just wondering if the battery is remove for the Takeda installation if the car will lose all memory settings, eg. XM radio channels, memory seats, songs on HDD playlist, navigation previous destinations, etc.
Thanks
Thanks
I think my seat settings were lost but everything else (radio presets, songs on HDD, navi destinations) were saved. You'll just have to input your navi code for the radio and nav to work after the install.
thanks! i just got my intake today but waiting for the car to return from the shop for a painted grille. cannot wait to hear this.
oh what code are you referring to? i dont want to lose all my settings after the installation
Well when I bought my car the dealer physically showed me the code(multiple prints on stickers on a paper backing) and placed them into my "leather package with the books". Usually it should be there. For my car, the code was 5 digits above some other code (not sure what this is).
Well when I bought my car the dealer physically showed me the code(multiple prints on stickers on a paper backing) and placed them into my "leather package with the books". Usually it should be there. For my car, the code was 5 digits above some other code (not sure what this is).
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From: www.ExceleratePerformance.com
Yes. Just go onto our website and put in your zip code to see a shipping quote.
http://store.excelerateperformance.com
http://store.excelerateperformance.com
Has anyone actually dyno'd their car with this intake yet? I think this intake makes our cars run too rich and actually loses some power.
I have a buddy that has the same exact intake on his 09 Accord V6 Sedan and when we dyno'd his car, it ran too rich and he actually lost power. I'm thinking this might be an issue with our cars also because I'm assuming that we have the same MAF sensor. His MAF sensor was detecting too much air coming into the engine and didn't know what to do so it just started dumping fuel into the engine hoping to correct it which causes the car to run rich. Just a thought, I dont have anything to back this up with so I might be wrong.
I have a buddy that has the same exact intake on his 09 Accord V6 Sedan and when we dyno'd his car, it ran too rich and he actually lost power. I'm thinking this might be an issue with our cars also because I'm assuming that we have the same MAF sensor. His MAF sensor was detecting too much air coming into the engine and didn't know what to do so it just started dumping fuel into the engine hoping to correct it which causes the car to run rich. Just a thought, I dont have anything to back this up with so I might be wrong.
I hope that dyno chart is right... gonna try to install tomorrow.
I was in Branford this weekend, and saw the Excelerate store! lol didnt stop by, cuz i didnt want the fiance to know i bought an intake. lol
I was in Branford this weekend, and saw the Excelerate store! lol didnt stop by, cuz i didnt want the fiance to know i bought an intake. lol
My buddy has dyno'd 3 different cars with the same Takeda intake and they all did the same thing, the cars all ran too rich. I'm pretty sure they were all accords so thats why I dont really know if it only happens in the accord or in our cars also.
I'm going to dyno my AWD with the intake within the next couple months so as soon as I do the dyno, I'll bring the results. Hopefully its not the same with the TL's.
I'm going to dyno my AWD with the intake within the next couple months so as soon as I do the dyno, I'll bring the results. Hopefully its not the same with the TL's.
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Did you do a write up for when you did this? I don't mean to make a big deal out of it if most people don't view it as a big deal, but to me, it's a big deal

What were your numbers then? Please go into as much detail as possible!
As for you, 2010_TL, the reason you can't dyno (or it's stupid hard to) is because our AWD systems aren't splitting the power 50/50 to each axle like, say, an EVO or STI. Acura's SH-AWD system is primarily front-drive biased and it will send power to the rear wheels only as the sensors are telling it that it needs it. So essentially a dyno rollers will read different HP outputs for the front and rear and computations of the actual WHP and WTQ will come out skewed.
If I am wrong on this, somebody please clarify.
I've been using the intake for months now and it's worth it for sound alone.
It can't hurt to have proof that it actually provides gains as well, and I don't mean the 1 car they put up on a dyno.
If anyone in the NY area is going to put their AWD on a dyno let me know, I've been meaning to get my RL on one as well.
You need to replace the ridgid(metal) tubes that are connected to the crank case. They are the two metal tubes that are connected together. They both need to be completely removed and replaced with the supplied rubber tubing. If you check the earlier pages of the thread you can see pics and posts on this very subject. Hope that helps.
The car starts and runs fine, I have the takeda power boost and sound, and no issues.
NOW i realize that I did wrong and that I was supposed to fully replace it with the 2 hoses, but is there anything wrong with what I did, and can I leave it?
Anyone with experience and knowledge can help me and let me know if its ok, or will this be an issue somewhere down the line???
Has anyone actually dyno'd their car with this intake yet? I think this intake makes our cars run too rich and actually loses some power.
I have a buddy that has the same exact intake on his 09 Accord V6 Sedan and when we dyno'd his car, it ran too rich and he actually lost power. I'm thinking this might be an issue with our cars also because I'm assuming that we have the same MAF sensor. His MAF sensor was detecting too much air coming into the engine and didn't know what to do so it just started dumping fuel into the engine hoping to correct it which causes the car to run rich. Just a thought, I dont have anything to back this up with so I might be wrong.
I have a buddy that has the same exact intake on his 09 Accord V6 Sedan and when we dyno'd his car, it ran too rich and he actually lost power. I'm thinking this might be an issue with our cars also because I'm assuming that we have the same MAF sensor. His MAF sensor was detecting too much air coming into the engine and didn't know what to do so it just started dumping fuel into the engine hoping to correct it which causes the car to run rich. Just a thought, I dont have anything to back this up with so I might be wrong.
I also brought the car to a race track again once after I installed the Takeda intake and there were absolutely no big different to a K&N air filter...
I may have to bring the car to my friend shop to have an ECU tune up to see can they get this right....
Last edited by ieh; Aug 28, 2010 at 09:49 PM.
I agree with you. I installed the Takeda intake to my AWD, to me and my friend, except the intake will makes louder noise when pass 4000 or 5000rpm, seriously we didn't feel any different to the stock box filter with a K&N air filter changed....also it actually feel slower at the 1 and 2 gears.....
I also brought the car to a race track again once after I installed the Takeda intake and there were absolutely no big different to a K&N air filter...
I may have to bring the car to my friend shop to have an ECU tune up to see can they get this right....
I also brought the car to a race track again once after I installed the Takeda intake and there were absolutely no big different to a K&N air filter...
I may have to bring the car to my friend shop to have an ECU tune up to see can they get this right....
Highway mileage stayed the same for some unknown reason.
I'm curious to know your experience as I was wondering if someone made controlled runs with the Takeda intake (not dyno but actual 1/4 mile or something similar) to see if there was some real, measurable gains.
I would really like to know if there's a way of tuning the ECU to return to what it was just after the install, that would be great.
What I didn't implied from my last post is that I'm discontent with the Intake. The sound is great, it's quiet when cruising around city or town. My only question is how faster the TL goes with the Takeda SRI vs stock one? Dynos are nice and cool but it's different to dyno a car with the hood open vs. racing down a 1/4 mile track with the hood closed and the engine bay heat soaked.
Has anyone actually dyno'd their car with this intake yet? I think this intake makes our cars run too rich and actually loses some power.
I have a buddy that has the same exact intake on his 09 Accord V6 Sedan and when we dyno'd his car, it ran too rich and he actually lost power. I'm thinking this might be an issue with our cars also because I'm assuming that we have the same MAF sensor. His MAF sensor was detecting too much air coming into the engine and didn't know what to do so it just started dumping fuel into the engine hoping to correct it which causes the car to run rich. Just a thought, I dont have anything to back this up with so I might be wrong.
I have a buddy that has the same exact intake on his 09 Accord V6 Sedan and when we dyno'd his car, it ran too rich and he actually lost power. I'm thinking this might be an issue with our cars also because I'm assuming that we have the same MAF sensor. His MAF sensor was detecting too much air coming into the engine and didn't know what to do so it just started dumping fuel into the engine hoping to correct it which causes the car to run rich. Just a thought, I dont have anything to back this up with so I might be wrong.
I think the issue is with the diameter of the tube. MAF was messing up air/fuel ratio.
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If the MAF readings were off it would throw a CEL. If this intake was not flowing properly for the MAF you would know it. Newer MAF-equipped cars are very finicky; the ECU has very stringent parameters for air flow and if it's exceeded or there is turbulence you would get a code.
Our cars might be different than the accords but when my buddy had the Takeda intake on his car, there wasnt any codes that came up or anything. But the dyno graphs proved that his car ran too rich.
We swamped his intake back to the stock airbox and after we let the ECU adjust for a day or so, it made a HUGE difference. His car got noticeably quicker than before.
We swamped his intake back to the stock airbox and after we let the ECU adjust for a day or so, it made a HUGE difference. His car got noticeably quicker than before.
Did you do a write up for when you did this? I don't mean to make a big deal out of it if most people don't view it as a big deal, but to me, it's a big deal 
What were your numbers then? Please go into as much detail as possible!
As for you, 2010_TL, the reason you can't dyno (or it's stupid hard to) is because our AWD systems aren't splitting the power 50/50 to each axle like, say, an EVO or STI. Acura's SH-AWD system is primarily front-drive biased and it will send power to the rear wheels only as the sensors are telling it that it needs it. So essentially a dyno rollers will read different HP outputs for the front and rear and computations of the actual WHP and WTQ will come out skewed.
If I am wrong on this, somebody please clarify.

What were your numbers then? Please go into as much detail as possible!
As for you, 2010_TL, the reason you can't dyno (or it's stupid hard to) is because our AWD systems aren't splitting the power 50/50 to each axle like, say, an EVO or STI. Acura's SH-AWD system is primarily front-drive biased and it will send power to the rear wheels only as the sensors are telling it that it needs it. So essentially a dyno rollers will read different HP outputs for the front and rear and computations of the actual WHP and WTQ will come out skewed.
If I am wrong on this, somebody please clarify.
https://acurazine.com/forums/showpos...8&postcount=54
Sorry, here is the thread. The shop I went to was really great, they took their time with each pull to put down a solid run. You will notice that this sheet is flat lines. There is no interference or strange lines like on some dynos. The first two charts are from my car, pure stock. You will note we did not take it to redline.
https://acurazine.com/forums/showpos...8&postcount=54
https://acurazine.com/forums/showpos...8&postcount=54
It's AWD, this is fairly typical, not to mention this particular dyno reads the lowest of many of the more common ones. The graph does flow left to right, not sure I follow you there.
Ahh yea - sorry that is was I was thinking. Usually they look like (on fwd or rwd) they go diagonally up from L to R, but sounds like that's a AWD thing to be flatter.


