gonna build my d..dont hate please
#101
Originally Posted by dseriesboulder
I work a full 40, as does my wife and we have bills and I'm really bad at saving money
ENOUGH SAID!!! PWN!
Posted from Honda-tech.com App for Android
#104
Re: gonna build my d..dont hate please
So you don't know what drivetrain loss is then.... plus is you'r engine BRAND NEW ? no it's not that rating is from a d16y8 with near zero miles you have 160K i know you'r compression isn't what it was factory rated. so with less compression=less power don't see how im wrong.
#105
#106
Honda-Tech Member
#108
Honda-Tech Member
iTrader: (3)
Re: gonna build my d..dont hate please
H2B swap
That is, if you don't want to have to do a ton of work for power returns.
It will just be a beast for you to squeeze into a civic engine bay.
Still do your manual conversion though for the love of all that is holy.
Example: Click me!
That is, if you don't want to have to do a ton of work for power returns.
It will just be a beast for you to squeeze into a civic engine bay.
Still do your manual conversion though for the love of all that is holy.
Example: Click me!
#110
Re: gonna build my d..dont hate please
You could probably piece together an okay turbo kit to net you about 200whp if you do research and shop around for barely more than the price of the bolt-ons you've bought. Plus d-series engines make good torque with a smaller turbo(150lf-ft).
#111
Honda-Tech Member
Thread Starter
iTrader: (1)
Join Date: Jan 2013
Location: OKC
Posts: 251
Likes: 0
Received 0 Likes
on
0 Posts
Re: gonna build my d..dont hate please
I'm in the process of looking for a beater civic with a b right now. found a couple of prelude si and some 240sx with skyline motors..lol..but all the civics i find for cheap all have d series motors..lol
Anyway..I found out what the issue was. The guy that did the work, didn't line the notch on the tpd with the 2 little prongs in the tb. I took it off, saw it, had the spread the prongs out a little with a flat head, but my cel went off for the tps, it runs better..have vtec now..lol
Have a top speed of 110 as opposed to the 100 I did before. So i guess thats a plus.
I have been researching a turbo setup and have found a few different turbos on craigslist. Will be doing more research in the mean time.
Anyway..I found out what the issue was. The guy that did the work, didn't line the notch on the tpd with the 2 little prongs in the tb. I took it off, saw it, had the spread the prongs out a little with a flat head, but my cel went off for the tps, it runs better..have vtec now..lol
Have a top speed of 110 as opposed to the 100 I did before. So i guess thats a plus.
I have been researching a turbo setup and have found a few different turbos on craigslist. Will be doing more research in the mean time.
#113
Honda-Tech Member
Thread Starter
iTrader: (1)
Join Date: Jan 2013
Location: OKC
Posts: 251
Likes: 0
Received 0 Likes
on
0 Posts
Re: gonna build my d..dont hate please
So I'll have 2 vehicles. And i was looking at f series swaps but they look very expensive.
What would a good h or f block and head be??
I like the single cams.. Lol
What would a good h or f block and head be??
I like the single cams.. Lol
#115
Honda-Tech Member
Thread Starter
iTrader: (1)
Join Date: Jan 2013
Location: OKC
Posts: 251
Likes: 0
Received 0 Likes
on
0 Posts
Re: gonna build my d..dont hate please
Side note: how doable is twin spools? I'm thinking of one feeding another. In theory couldn't I have boost from maybe 2k to recline?
#117
Honda-Tech Member
Thread Starter
iTrader: (1)
Join Date: Jan 2013
Location: OKC
Posts: 251
Likes: 0
Received 0 Likes
on
0 Posts
Re: gonna build my d..dont hate please
Just want something build able but for relatively good price. And the dual spool idea is for my d16y8.
#119
Honda-Tech Member
Re: gonna build my d..dont hate please
Anyway's i'm failing to see the point of this thread. You building a D-series like the title says? If you want to build something cheap, go buy a d-series, build it, and drop it in one weekend. & Honeslty i think you would come out ahead to sell your auto and just buy a car thats already manual. goodluck
#120
Honda-Tech Member
Re: gonna build my d..dont hate please
Twin-scroll turbocharger designs have two exhaust gas inlets divided by split walls inside the turbine housing, with both gas passages controlled by a waste-gate. A twin-scroll turbo recovers even more energy from the exhaust than a single-scroll turbocharger thanks to a divided manifold. The twin-scroll design separates the cylinders whose exhaust gas pulses interfere with each other resulting in improved pressure distribution in the exhaust ports and a more efficient delivery of exhaust gas energy to the turbocharger's turbine.
For example, at the start of the intake stroke of cylinder one, and when both the intake and exhaust valves of cylinder one are open (valve overlap period), cylinder three already starts its exhaust stroke with the exhaust valve open. If the exhaust passages of cylinder one and three were connected, the exhaust gas pulse from cylinder three would increase the back pressure of cylinder one. This would reduce the induction of the fresh air and increase the amount of hot residual gases inside the cylinder. However, with the twin-scroll turbocharger setup, this interference is minimized.
The result of this superior scavenging effect from a twin-scroll design leads to better pressure distribution in the exhaust ports and a more efficient delivery of exhaust gas energy to the turbocharger's turbine. This in turn allows greater valve overlap, resulting in an improved quality and quantity of the air charge entering each cylinder. In fact, with more valve overlap, the scavenging effect of the exhaust flow can literally draw more air in on the intake side. At the same time, drawing out the last of the low-pressure exhaust gases help pack each cylinder with a denser and purer air charge. Maximum boost from the turbocharger is 17.4 psi.
The twin-scroll turbocharger design has several other advantages over traditional, single-scroll turbocharging systems, including:
Improved combustion efficiency
Low engine-speed efficiency
Kinetic exhaust gas energy is not wasted or trapped
Cooler cylinder temperatures
Lower exhaust temperatures
Leaner air/fuel ratio
twin scroll does NOT mean twin turbo^ unless OP actually is thinking of running a TT set up with his current understanding of turbos and engines
For example, at the start of the intake stroke of cylinder one, and when both the intake and exhaust valves of cylinder one are open (valve overlap period), cylinder three already starts its exhaust stroke with the exhaust valve open. If the exhaust passages of cylinder one and three were connected, the exhaust gas pulse from cylinder three would increase the back pressure of cylinder one. This would reduce the induction of the fresh air and increase the amount of hot residual gases inside the cylinder. However, with the twin-scroll turbocharger setup, this interference is minimized.
The result of this superior scavenging effect from a twin-scroll design leads to better pressure distribution in the exhaust ports and a more efficient delivery of exhaust gas energy to the turbocharger's turbine. This in turn allows greater valve overlap, resulting in an improved quality and quantity of the air charge entering each cylinder. In fact, with more valve overlap, the scavenging effect of the exhaust flow can literally draw more air in on the intake side. At the same time, drawing out the last of the low-pressure exhaust gases help pack each cylinder with a denser and purer air charge. Maximum boost from the turbocharger is 17.4 psi.
The twin-scroll turbocharger design has several other advantages over traditional, single-scroll turbocharging systems, including:
Improved combustion efficiency
Low engine-speed efficiency
Kinetic exhaust gas energy is not wasted or trapped
Cooler cylinder temperatures
Lower exhaust temperatures
Leaner air/fuel ratio
twin scroll does NOT mean twin turbo^ unless OP actually is thinking of running a TT set up with his current understanding of turbos and engines
#121
Honda-Tech Member
Thread Starter
iTrader: (1)
Join Date: Jan 2013
Location: OKC
Posts: 251
Likes: 0
Received 0 Likes
on
0 Posts
Re: gonna build my d..dont hate please
I'm thinking of 1 of 3 things.
1: Boost my d. Manual swap.
2:Try to swap my auto for someones manual.
3: Find a good, build able, SOHC motro and build the ever loving **** out of it. Maybe for boost, maybe not. I'd like to stay N/A since it'll keep the cost down on the build.
Would like an easy swap. Something that is just drop in would be awesome.I know nothing ever "drops in".
How many other people have seen run two turbo's on here? There's your answer for how "doable" it is. If you have the proper components you should be able to achieve boost from about 2k to redline with one turbo.
Anyway's i'm failing to see the point of this thread. You building a D-series like the title says? If you want to build something cheap, go buy a d-series, build it, and drop it in one weekend. & Honeslty i think you would come out ahead to sell your auto and just buy a car thats already manual. goodluck
Anyway's i'm failing to see the point of this thread. You building a D-series like the title says? If you want to build something cheap, go buy a d-series, build it, and drop it in one weekend. & Honeslty i think you would come out ahead to sell your auto and just buy a car thats already manual. goodluck
#122
Honda-Tech Member
Thread Starter
iTrader: (1)
Join Date: Jan 2013
Location: OKC
Posts: 251
Likes: 0
Received 0 Likes
on
0 Posts
Re: gonna build my d..dont hate please
Twin-scroll turbocharger designs have two exhaust gas inlets divided by split walls inside the turbine housing, with both gas passages controlled by a waste-gate. A twin-scroll turbo recovers even more energy from the exhaust than a single-scroll turbocharger thanks to a divided manifold. The twin-scroll design separates the cylinders whose exhaust gas pulses interfere with each other resulting in improved pressure distribution in the exhaust ports and a more efficient delivery of exhaust gas energy to the turbocharger's turbine.
For example, at the start of the intake stroke of cylinder one, and when both the intake and exhaust valves of cylinder one are open (valve overlap period), cylinder three already starts its exhaust stroke with the exhaust valve open. If the exhaust passages of cylinder one and three were connected, the exhaust gas pulse from cylinder three would increase the back pressure of cylinder one. This would reduce the induction of the fresh air and increase the amount of hot residual gases inside the cylinder. However, with the twin-scroll turbocharger setup, this interference is minimized.
The result of this superior scavenging effect from a twin-scroll design leads to better pressure distribution in the exhaust ports and a more efficient delivery of exhaust gas energy to the turbocharger's turbine. This in turn allows greater valve overlap, resulting in an improved quality and quantity of the air charge entering each cylinder. In fact, with more valve overlap, the scavenging effect of the exhaust flow can literally draw more air in on the intake side. At the same time, drawing out the last of the low-pressure exhaust gases help pack each cylinder with a denser and purer air charge. Maximum boost from the turbocharger is 17.4 psi.
The twin-scroll turbocharger design has several other advantages over traditional, single-scroll turbocharging systems, including:
Improved combustion efficiency
Low engine-speed efficiency
Kinetic exhaust gas energy is not wasted or trapped
Cooler cylinder temperatures
Lower exhaust temperatures
Leaner air/fuel ratio
twin scroll does NOT mean twin turbo^ unless OP actually is thinking of running a TT set up with his current understanding of turbos and engines
For example, at the start of the intake stroke of cylinder one, and when both the intake and exhaust valves of cylinder one are open (valve overlap period), cylinder three already starts its exhaust stroke with the exhaust valve open. If the exhaust passages of cylinder one and three were connected, the exhaust gas pulse from cylinder three would increase the back pressure of cylinder one. This would reduce the induction of the fresh air and increase the amount of hot residual gases inside the cylinder. However, with the twin-scroll turbocharger setup, this interference is minimized.
The result of this superior scavenging effect from a twin-scroll design leads to better pressure distribution in the exhaust ports and a more efficient delivery of exhaust gas energy to the turbocharger's turbine. This in turn allows greater valve overlap, resulting in an improved quality and quantity of the air charge entering each cylinder. In fact, with more valve overlap, the scavenging effect of the exhaust flow can literally draw more air in on the intake side. At the same time, drawing out the last of the low-pressure exhaust gases help pack each cylinder with a denser and purer air charge. Maximum boost from the turbocharger is 17.4 psi.
The twin-scroll turbocharger design has several other advantages over traditional, single-scroll turbocharging systems, including:
Improved combustion efficiency
Low engine-speed efficiency
Kinetic exhaust gas energy is not wasted or trapped
Cooler cylinder temperatures
Lower exhaust temperatures
Leaner air/fuel ratio
twin scroll does NOT mean twin turbo^ unless OP actually is thinking of running a TT set up with his current understanding of turbos and engines
#125
Honda-Tech Member