Works 140 Progress Update
#31
Originally posted by NCETRY
I have heard around the middle of January. Thats the latest lie anyways.
I have heard around the middle of January. Thats the latest lie anyways.
#32
Sal,
I understand you taking offense, but I think he may have been speaking about REM? He posted this earlier:
Of course if he was directing that at you then excuse me while I butt out
later,
chris
I understand you taking offense, but I think he may have been speaking about REM? He posted this earlier:
Originally posted by NCETRY
I have been on the list at Razors Edge for awhile now. Can't wait to get mine. I plan on pushing this blower for all it has. Can't wait to see about 30psi on my boost gauge.
I have been on the list at Razors Edge for awhile now. Can't wait to get mine. I plan on pushing this blower for all it has. Can't wait to see about 30psi on my boost gauge.
later,
chris
#33
That was not directed at you Sal in anyway. A couple of weeks ago I was talkin with Paul at Razors and we were joking around saying that the new release of the blower now the middle of January was the latest lie. I know things like this take time can have delays. I work in the construction industry and know perfectly well about delays.
I can't wait to get one even though it will be months before I canuse it
I can't wait to get one even though it will be months before I canuse it
#34
#36
Originally posted by LightningTuner
. . .Tim's idea of testing is a good idea, but I really don't think it's a fair comparison. If you were testing two blowers of the same size, then you could fairly compare them based on outlet temps. But the Works 140 blower is almost 50% larger than the Eaton, so it's not really something that can be compared. Since the 140 moves so much more VOLUME of air, it can produce way more power. At high boost levels, the outlet temps are naturally going to go up (more compression=more heat). However, if the Eaton was capable of reaching the same boost levels, it's outlet temps would be WAY hotter. If you want to compare something between the Eaton and the 140, then look at a typical truck, with all the bolt ons, cranking 19 psi. . . .
. . .Tim's idea of testing is a good idea, but I really don't think it's a fair comparison. If you were testing two blowers of the same size, then you could fairly compare them based on outlet temps. But the Works 140 blower is almost 50% larger than the Eaton, so it's not really something that can be compared. Since the 140 moves so much more VOLUME of air, it can produce way more power. At high boost levels, the outlet temps are naturally going to go up (more compression=more heat). However, if the Eaton was capable of reaching the same boost levels, it's outlet temps would be WAY hotter. If you want to compare something between the Eaton and the 140, then look at a typical truck, with all the bolt ons, cranking 19 psi. . . .
Comparing 19 PSI with the Eaton is not really a fair comparison, Sal. At those boost levels, the Eaton is so far out of its efficient range that it's just making heat, not HP. I would think a more reasonable comparison would be about 10 or 12 PSI, which is just at the outer limits of the Eaton's useable boost range. I assume that the PSI-to-PSI gains should be roughly equivalent to those found by Holdener in his KB test. The 140 would just be able to provide more umph for a larger motor, correct?
p.s. - did you notice the A/C operated "SuperCooler" on the '04 Lightning concept truck? Remember our discussion of this several months ago? My engineer connection at Ford has never steered my wrong.
#37
Well, I used the 19 psi comparision because I thought it made sense. I really don't see the point of spending thousands of dollars on a blower kit like the 140 and only running 15 psi. That's barely half the blowers potential, and the Eaton still makes tons of torque down low, as proven by Dale's Works 112 dyno over 600 ftlbs. The 140 will be more efficient at the same psi for sure, but like I said, if you're going to spring for a 140, then I'd take advantage of it's power and put it on top of a built motor. But I'm game for testing when the time comes.
As for the supercooler on the 04 concept, I had that idea several years ago. I discussed the design at length with one of my customers in CA with the twin blown 99 (many of you know him) and he actually did it on it truck. I've not heard anyone else use that idea until this new article. Pretty cool (pun intended).
Oh BTW, all the graphs and data on the 112 on Eaton's site are bogus. They are not real tested data, they were "theoretical" made up data based on engineer speculation.
As for the supercooler on the 04 concept, I had that idea several years ago. I discussed the design at length with one of my customers in CA with the twin blown 99 (many of you know him) and he actually did it on it truck. I've not heard anyone else use that idea until this new article. Pretty cool (pun intended).
Oh BTW, all the graphs and data on the 112 on Eaton's site are bogus. They are not real tested data, they were "theoretical" made up data based on engineer speculation.
#38
Originally posted by LightningTuner
.. . As for the supercooler on the 04 concept, I had that idea several years ago. I discussed the design at length with one of my customers in CA with the twin blown 99 (many of you know him) and he actually did it on it truck. I've not heard anyone else use that idea until this new article. Pretty cool (pun intended).
.. . As for the supercooler on the 04 concept, I had that idea several years ago. I discussed the design at length with one of my customers in CA with the twin blown 99 (many of you know him) and he actually did it on it truck. I've not heard anyone else use that idea until this new article. Pretty cool (pun intended).
Keep the dyno data coming! Us stock motor/keep it simple guys need love too.
#39
Originally posted by LightningTuner
. . . like I said, if you're going to spring for a 140, then I'd take advantage of it's power and put it on top of a built motor. . . .
. . . like I said, if you're going to spring for a 140, then I'd take advantage of it's power and put it on top of a built motor. . . .
#40
Originally posted by LightningTuner
Well, I used the 19 psi comparision because I thought it made sense. I really don't see the point of spending thousands of dollars on a blower kit like the 140 and only running 15 psi. That's barely half the blowers potential, and the Eaton still makes tons of torque down low, as proven by Dale's Works 112 dyno over 600 ftlbs. The 140 will be more efficient at the same psi for sure, but like I said, if you're going to spring for a 140, then I'd take advantage of it's power and put it on top of a built motor. But I'm game for testing when the time comes.
Well, I used the 19 psi comparision because I thought it made sense. I really don't see the point of spending thousands of dollars on a blower kit like the 140 and only running 15 psi. That's barely half the blowers potential, and the Eaton still makes tons of torque down low, as proven by Dale's Works 112 dyno over 600 ftlbs. The 140 will be more efficient at the same psi for sure, but like I said, if you're going to spring for a 140, then I'd take advantage of it's power and put it on top of a built motor. But I'm game for testing when the time comes.
As for the supercooler on the 04 concept, I had that idea several years ago. I discussed the design at length with one of my customers in CA with the twin blown 99 (many of you know him) and he actually did it on it truck. I've not heard anyone else use that idea until this new article. Pretty cool (pun intended).
Oh BTW, all the graphs and data on the 112 on Eaton's site are bogus. They are not real tested data, they were "theoretical" made up data based on engineer speculation.
Oh BTW, all the graphs and data on the 112 on Eaton's site are bogus. They are not real tested data, they were "theoretical" made up data based on engineer speculation.
#41
Right, what I meant was at least have a short block that can handle what the 140 can produce. Heads are optional. The 140 has made over 500rwhp on a stock motored truck, so if that's the kind of power you are after, then you don't need heads. With the heads, at the same boost level, that same truck made almost 560, and that was not fully tuned ( just made a few pulls because the truck was snuck on the dnyo between cars). But of course you need a built bottom end to handle that kind of power. The truck used is a 99, so it's stock rods could handle the 500rwhp. The limit for an 01-up is about 450ish. As for price, check out our site for our complete lower end package, and we usually get about $4200 for a built shortblock, all new, no core, balanced and blueprinted.
#42
Built motors are usually like the specs on this REM shortblock
Good to 800 Horsepower
CP or Ross forged racing pistons
Plasma moly rings (filed to clearance fit)
Manley or Eagle H-Beam rods
Federal Mogul racing rod bearings
Federal Mogul trimetal main bearings
ARP main stud kit
ARP head stud kit
New Ford side studs (for mains)
Rotating assembly is computer balanced
Entire unit blue printed during assembly
Bored blocks are decked
They are not limited to simply replacing those components either. Many have higher flow oil pumps and more
There is also different terminology associated with the engines.
A short block has bottom end only, no heads or accesories. Oil pan included varies from builder to builder.
A long block includes heads and a lower intake i believe. I'm not sure how this works on engines such as the L's, whether or not a blower is included. I believe it's not
If i'm wrong on anything here feel free to correct me.
Good to 800 Horsepower
CP or Ross forged racing pistons
Plasma moly rings (filed to clearance fit)
Manley or Eagle H-Beam rods
Federal Mogul racing rod bearings
Federal Mogul trimetal main bearings
ARP main stud kit
ARP head stud kit
New Ford side studs (for mains)
Rotating assembly is computer balanced
Entire unit blue printed during assembly
Bored blocks are decked
They are not limited to simply replacing those components either. Many have higher flow oil pumps and more
There is also different terminology associated with the engines.
A short block has bottom end only, no heads or accesories. Oil pan included varies from builder to builder.
A long block includes heads and a lower intake i believe. I'm not sure how this works on engines such as the L's, whether or not a blower is included. I believe it's not
If i'm wrong on anything here feel free to correct me.
#43
Like Sal said the difference with a K/B or Works is that it does not fall off in the upper rpm bracket. The torque just gradually tapers off instead of dropping like a rock. The hp keeps climbing almost to the top of the run. At any boost level both of these blowers are way better than stock. At the same boost levels these blowers will make about 50 rwhp over stock. Just buy the one that you like. Skip
#44
I know of one of the prototype Works 140's out here. On a stock 99 motor, it conservatively made 441 RWHP.
The real impressive thing, is that number was made with no increase in pulley size. It had a stock bottom pulley and the standard size Works pulley. It's making about 15 lbs of boost.
This blower is very efficient.
The real impressive thing, is that number was made with no increase in pulley size. It had a stock bottom pulley and the standard size Works pulley. It's making about 15 lbs of boost.
This blower is very efficient.
#45
Originally posted by LightningTuner
... but like I said, if you're going to spring for a 140, then I'd take advantage of it's power and put it on top of a built motor. But I'm game for testing when the time comes...
... but like I said, if you're going to spring for a 140, then I'd take advantage of it's power and put it on top of a built motor. But I'm game for testing when the time comes...
Look at some of the mods that most of the people have:
electric fan
water pump
pulley's
exhaust's
air intake
porting the plenum
throttle bodies
The price of all those combined comes close to if not exceeds the price of the newer blowers and peoples reports are saying that it's giving about the same power as those. Plus at a later time you can add those mods for more power. I know a few people that would have gone the new blower first, and even though I don't really have many mods I'd would go that route also.
I think one of the things that Tim is getting to is with these newer more efficient blowers, how far can we push the stock blocks before we are forced into the built engine? I for one would like to know that because I'm considering that as my next performance mod, even though it's big $$$.