ADK Explorer
New member
Gotta outpace my haters.
Just pickin'. I ain't no hater. Love you man!
Gotta outpace my haters.
It all depends on the tune and a comparison to a V8 with a supercharger and a v6 isnt a fair comparison. You also dont want too much immediate tq or you will start breaking things especially if your stock. The curve on the tune currently being ran is very smooth and has power when you need it.
I guess there are a few different philosophies.
I would prefer low-end torque in a truck. The throttle response driving in town won't be an issue if you have proper throttle deadening. (Don't install a sprint booster).
A supercharger is probably easier to mount than a turbo in our application, but if you don't have the lower-end power a typical supercharger gives you you're missing the biggest performance benefit that it has over a turbo.
The 8" rear diff hardly holds up to what I've been doing in the rocks with the stock V8. Of course I've got a lot of extra weight and 35's but I killed the original diff by not doing a whole lot. We'll see how the new diff with the solid pinion spacer holds up...
It's hard to tell what the stock vs supercharged dyno graph may be by guessing at this point (I haven't seen one anyway...) But with a supercharger I've always thought you do get a decent boost at the lower RPMs too. Check out this F150 dyno run. +30hp and +100tq at 2000rpm. If the 4Runner graph resembles this trend, it might be closer to +15hp and +40tq so maybe not much, but like I said, IMO the OEM diff can't really handle stock power on the rocks with 34s-35s and extra weight, let alone adding a supercharger on top of things.
I think you missed the sarcasm
Stating the obvious but if you have a 4th gen different rear diff. 8" vs 8.2. Not really a size difference in reality, but it is stronger. Seen the 4th gen one break quite often. Still have not seen a 5th one break yet. Not saying it won't... just seems to be quite a bit better. The housing and shafts probably have worse limits than the diff. You break stuff with a heavy foot and big tires.... Shock loads will bust up just about anything other than a Dana 60 or other custom axle with all chromoly...
Front end is a different story and should be the same.. Still CVs typically let go before the diff.
There will be some boost down low, just not without throttle... we can speculate all day... but driving it will truly be the only way to tell for sure what it feels like.
The supercharger will not cause you to break in the rocks.. Your right foot might.
My concern with the axle is going up a pass with a trailer, I step on the throttle and get a hard down shift. For me that's pretty normal use. In generally I think the 8.2 has proven to be pretty reliable and durable. I'm not sure if anyone has broken one yet. If they have I haven't seen much info about it. Front Range builds a direct bolt in Toyota 9.5 housing that retains all the parts except the differential and housing - so it's fixable without a huge price tag. Or a limited with AWD is Toyota's default solution. But I am curious how hard Magnuson has pushed it's test mule.
So no updates on who was picked yet? I'm excited to buy one when they're done working the kinks out.
Stating the obvious but if you have a 4th gen different rear diff. 8" vs 8.2. Not really a size difference in reality, but it is stronger. Seen the 4th gen one break quite often. Still have not seen a 5th one break yet. Not saying it won't... just seems to be quite a bit better. The housing and shafts probably have worse limits than the diff. You break stuff with a heavy foot and big tires.... Shock loads will bust up just about anything other than a Dana 60 or other custom axle with all chromoly...
Front end is a different story and should be the same.. Still CVs typically let go before the diff.
There will be some boost down low, just not without throttle... we can speculate all day... but driving it will truly be the only way to tell for sure what it feels like.
The supercharger will not cause you to break in the rocks.. Your right foot might.
I've seen 5th gen blow a rear-end, the same way the 2nd gen Tundra, 1st gen Tundra, and 2 Tacomas did this year. They spooled up on ice and when they finally hit pavement it shattered the rear-end (One Tacoma shoved a 1/4 of the ring gear into the housing hard enough that the tip of it was poking out). That's not including 1 Tundra front diff and 2 transfer cases.
Geesuz, understandable you could damage to failure in that that scenario but sending a shard through the casing, that is pretty crazy.
I havent read the whole thread ...
what programmer are you guys using for tuning ???