Originally Posted by rxeightr
(Post 3515156)
Looking smoking good there my friend. So so close now - hang tough mate!
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Nice to see the progress of the installation.... ;-)
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Originally Posted by alz0rz
(Post 3515210)
interesting. ;)
Cheers, Hymee. |
Wow... fit and finish of the build looks great... especially for a kit that hasn't hit lots of cars yet.
But WOW thats a LOT of volume behind the MAF/TB... Are there any issues with that? |
Well, I didn't mean to kill the thread!
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^ lol
shhhhhh, it's sleeping. |
Updates please!? :molepoke:
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Originally Posted by speedy33
(Post 3564189)
Updates please!? :molepoke:
So pretty soon I'm thinking... :fingersx: |
Bump!
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I haven't heard from Hymee in weeks, either he's working like a mad man on this project or he as eaten by a rabid Kangaroo! :scared:
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Originally Posted by Jedi54
(Post 3567763)
I haven't heard from Hymee in weeks, either he's working like a mad man on this project or he as eaten by a rabid Kangaroo! :scared:
http://www.youtube.com/watch?v=g_FVD0BR2Mc |
yeah no customer updates or something..
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All you need to do is bug him..
He updated me May 7th. Said it was going to ship in a week from then, but yeah :) It won't be long!!!!!
Originally Posted by speedy33
(Post 3567781)
yeah no customer updates or something..
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He sent out a customer update late today. All dyno tuned and final updated pieces arriving this week. Hymee said for us to expect ~240hp at the wheels with his conservative street tune and 8-10psi. Higher power would require more aggressive dyno tuning and higher boost.
I'm just looking forward to the 60-70% torque boost at low RPM. He said peak rear wheel torque is ~225ft-lbs around 5000rpm with the blower, but it comes on very quickly at low rpm's. Shouldn't be too much longer.... |
you SC guys be careful you don't wipe your ECU's brain when you install Protuner ...............
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Originally Posted by Aerohead
(Post 3568105)
Hymee said for us to expect ~240hp at the wheels with his conservative street tune and 8-10psi.
The torque sounds fun but I would have figured 8-10 psi would give a bit more. I'm curious to see one of these in action and what can be done when this thing gets pushed. |
Yeah, 240hp is a bit low considering the amount of money that we have to put on the kit.
If it's all we can get I will probably change my mind and take a closer look at what Pettit is doing, I think they are more close to 280hp. |
Originally Posted by pgrothe
(Post 3568960)
Yeah, 240hp is a bit low considering the amount of money that we have to put on the kit.
If it's all we can get I will probably change my mind and take a closer look at what Pettit is doing, I think they are more close to 280hp. Did you not read the rest of the e-mail? He said at 14PSI the engine can put out 340 at the fly :) (which is dyno proven). The other number is Torque. 300 Nm, corrected at the Flywheel J Getting into diesel pulling power now, but with the nice bits of a rotary. I didn't sign up for this kit to blow by the turbo guys. I signed up because of the quality, finish, and how much of a perfectionist Mark is. If we have an issue, I guarantee you he won't leave us dead in the water. Less power, longer our engines will last anyways, right? :rock: |
Originally Posted by Jedi54
(Post 3568947)
Does anyone else think that's a bit low? I'm not knocking Mark's work, I'm a big fan of this kit but there's N/A cars that are at 210. (CRH).
The torque sounds fun but I would have figured 8-10 psi would give a bit more. I'm curious to see one of these in action and what can be done when this thing gets pushed. pettit have 280-300whp at 8psi with testpipe. i think boost = boost, at least with an SC. but that is what i always thought when i see the 340hp dyno from hymee at 14psi! that is something about 290-300WHP on a real car! why can pettit produce this at 8PSI??? |
Originally Posted by speedy33
(Post 3568979)
Yes its a bit low but i think its all about tuning..
pettit have 280-300whp at 8psi with testpipe. i think boost = boost, at least with an SC. but that is what i always thought when i see the 340hp dyno from hymee at 14psi! that is something about 290-300WHP on a real car! why can pettit produce this at 8PSI??? |
Originally Posted by tubingchamp
(Post 3568976)
That's with a basic tune..
Did you not read the rest of the e-mail? He said at 14PSI the engine can put out 340 at the fly :) (which is dyno proven). https://www.rx8club.com/showpost.php...postcount=2966 I don't want to clutter up his thread until he responds.
Originally Posted by tubingchamp
(Post 3568976)
Less power, longer our engines will last anyways, right? :rock:
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Originally Posted by RIWWP
(Post 3568988)
Check out my post here on what doesn't make sense...
https://www.rx8club.com/showpost.php...postcount=2966 I don't want to clutter up his thread until he responds. --
Originally Posted by RIWWP
(Post 3568988)
I'm not convinced that this isn't a contributing reason that S/Cs don't have the failure rate turbo's do (our engines) :)
Honestly, it's true that there is a higher failure rate with turboed engines. Because they make more power. I just like the measures Mark has put into ours.. To reduce belt slippage, stop it from creating stress on the shaft, and the heat it puts out... BTW, discharge temps at blower are getting up around 90+ Degrees C, but ambient on the discharge of the intercooler. If you put your hand on the cold side header tank, it feels just that: Cold Same for the boost pipe coming out of it. A bit of heat soak once it gets to the plenum. Also – that is not on the road, but with a bit of a fan going. |
Originally Posted by tubingchamp
(Post 3569005)
Not a dyno junky, nor do I really care honestly.. Numbers are numbers.. I plan on getting a bit closer to the higher number out of my engine though ;)
Originally Posted by tubingchamp
(Post 3569005)
What other reasons would there be?
Honestly, it's true that there is a higher failure rate with turboed engines. Because they make more power. I just like the measures Mark has put into ours.. To reduce belt slippage, stop it from creating stress on the shaft, and the heat it puts out... - #1 installation, either poor installation, bad quality installation, or simply wrong installation (like no heat shield around the turbo, or the boost controller lines swapped) - #2 tuning, either too risky, too aggressive, or just wrong If you get past those 2 just fine, then you get to the inevitable: - #3 more power. More power from the same engine = lower life span. Everyone agrees Just most turbo failures don't get past the first 2 :) |
you can go ask the pettit guys but they're getting 280-300 at 6-9PSI on the kit pulley and 300-330 on the bigger pulley at 11-13PSI (https://www.rx8club.com/showpost.php...postcount=6333). all to the wheels.
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Did Hymmee use E85 for the dyno pull?
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