Nelsonmd
New member
Ok, I hate to flame this, but we need to correct a couple things here...
Don't start thinking that Toyota doesn't make mistakes (and big ones at that). Singtoe and I discussed how to improve the design of the 3rd gen's ball joint to prevent the catastrophic failures that have happened a number of times, and often results in a roll-over, and lo and behold, Milowilli showed that Toyota made the exact changes we were talking about on the 4th gen 4runners.
http://www.toyota-4runner.org/3rd-g...st-lower-ball-joint-failure-2.html#post914575
Also, someone can correct me if I am wrong here, but I believe they did away with separate tranny coolers for the V6 4th gen, and went to a proper external cooler (not radiator integrated like the 3rd gen) for the V8 4th gen. Not sure what the 5th gens have. Even if I am wrong on this one, I am willing to bet that at very least Toyota has redesigned the interface between the rad and tranny cooler to prevent the milkshake. Let's bring in the Toyota evolution to this discussion, because that will likely suggest where Toyota saw weaknesses in their own designs.
Sure, help people make an informed choice, but in order to do that, you have to present information and let everyone draw their own conclusion, don't say crap like "A small single cooler will be incapable of cooling the transmission." ("smaller" referring to smaller than the coolers you pictured). You don't know that coolers smaller than the ones you posted CAN'T cool the tranny, so quit making statements of fact that you can't back up with real scientifically acquired evidence. Keep it a discussion.
This is the first I have heard of hitting wildlife and causing a milkshake, but it doesn't seem out of the question, and yeah, it sure seems to me that having a skid plate on would be the best way to prevent that.
But your probabilities are WAY off. These failures are NOT an infinitesimal probability, nor are they anywhere near 1 in a million... I can't find all the sales figures, but 2000 was their best year, and here is 2000-2002
2000 111,797
2001 90,250
2002 77,026
So over the 7 year life of the 3rd gen lets say they produced at most 700k for the US market. A fraction of those were 4cyl, so 700k is way more than they actually made. On this forum alone there have been probably at least 10 people that have had a milkshake (and posted it). This forum is a statistically tiny fraction of the whole population. This was not a miniscule issue, just like the ball joint problem was not miniscule. It wasn't enough for a recall, but it was enough that Toyota changed their design for the next generation.
This is kind of a tautological argument... What it suggests though is that the way it was designed is best, and should be preserved, and I disagree with that. Big picture I agree, since Toyota's are basically the most reliable vehicles on the road, but I won't defend their mistakes, which they do make. We can't just blindly say that they know the best way to do everything.
Also, you can position your external cooler in front (coldest), between (middle of the road) or behind the radiator (warmest) to get different cooling rates. The B&M instructions discuss this; they recommend in front (coolest), but they are trying to acheive maximum cooling, so if that isn't what you want, then you can position it differently.
I love discussions like this, because we do end up getting some great information out there, but if you assert a fact, then you better have the scientific data to back it up.
In God we trust, all others bring data.
Well just let us all know when Mr. Toyota calls you up and offers you a job. Then we'll take your advice to the bank.
Don't start thinking that Toyota doesn't make mistakes (and big ones at that). Singtoe and I discussed how to improve the design of the 3rd gen's ball joint to prevent the catastrophic failures that have happened a number of times, and often results in a roll-over, and lo and behold, Milowilli showed that Toyota made the exact changes we were talking about on the 4th gen 4runners.
http://www.toyota-4runner.org/3rd-g...st-lower-ball-joint-failure-2.html#post914575
Also, someone can correct me if I am wrong here, but I believe they did away with separate tranny coolers for the V6 4th gen, and went to a proper external cooler (not radiator integrated like the 3rd gen) for the V8 4th gen. Not sure what the 5th gens have. Even if I am wrong on this one, I am willing to bet that at very least Toyota has redesigned the interface between the rad and tranny cooler to prevent the milkshake. Let's bring in the Toyota evolution to this discussion, because that will likely suggest where Toyota saw weaknesses in their own designs.
This wasn't meant to belittle or call all those who did this mod f'ing idiots. It simply was to point out that it is not right for everyone. Someone may find it works good for them. For some who don't understand what exactly they are messing with, it is meant to help open their eyes and make an informed choice.
Sure, help people make an informed choice, but in order to do that, you have to present information and let everyone draw their own conclusion, don't say crap like "A small single cooler will be incapable of cooling the transmission." ("smaller" referring to smaller than the coolers you pictured). You don't know that coolers smaller than the ones you posted CAN'T cool the tranny, so quit making statements of fact that you can't back up with real scientifically acquired evidence. Keep it a discussion.
This cult like mod is showing just how off balance some people are. If you don't like my opinion, ignore it. You all certainly have plenty of threads to show how smart you are. Not one of you have even considered discussing the merits or even the rationale of why it was designed this way to begin with. Only the evils of the one in a million risks of a broken radiator. When in fact, most failures have come from a lack of maintenance on the owners part.
Hitting a coyote? Really! That's your argument to delete the radiator? Stupid
comes to mind but I wouldn't say that outloud. How many millions of vehicles have a cooler inside the radiator and and just how many fail? It's infitesimal.
There what's possible and what's probable. The probability is small. So small it's not worth losing sleep over.
If you plan on running over some wild life, put your skid plate on. If you plan on trailing the rig, buy a better skid plate. But to scare the daylights out of some uninformed new T4r owner is wrong. I said it before, it's your truck, go ahead and break it if you want to.
This is the first I have heard of hitting wildlife and causing a milkshake, but it doesn't seem out of the question, and yeah, it sure seems to me that having a skid plate on would be the best way to prevent that.
But your probabilities are WAY off. These failures are NOT an infinitesimal probability, nor are they anywhere near 1 in a million... I can't find all the sales figures, but 2000 was their best year, and here is 2000-2002
2000 111,797
2001 90,250
2002 77,026
So over the 7 year life of the 3rd gen lets say they produced at most 700k for the US market. A fraction of those were 4cyl, so 700k is way more than they actually made. On this forum alone there have been probably at least 10 people that have had a milkshake (and posted it). This forum is a statistically tiny fraction of the whole population. This was not a miniscule issue, just like the ball joint problem was not miniscule. It wasn't enough for a recall, but it was enough that Toyota changed their design for the next generation.
*By bypassing the radiator you'll guarrantee that you'll run your truck the way it wasn't designed to be run. Tbst is correct.
This is kind of a tautological argument... What it suggests though is that the way it was designed is best, and should be preserved, and I disagree with that. Big picture I agree, since Toyota's are basically the most reliable vehicles on the road, but I won't defend their mistakes, which they do make. We can't just blindly say that they know the best way to do everything.
Also, you can position your external cooler in front (coldest), between (middle of the road) or behind the radiator (warmest) to get different cooling rates. The B&M instructions discuss this; they recommend in front (coolest), but they are trying to acheive maximum cooling, so if that isn't what you want, then you can position it differently.
I love discussions like this, because we do end up getting some great information out there, but if you assert a fact, then you better have the scientific data to back it up.
In God we trust, all others bring data.
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