finally dynoed on the efr
I did check out the 1st post I updated it a while ago with a graph... it was cut off a bit which kinda sucks but that's all I got lol
I hate dyno dynamics shitty ****. I've seen them run way higher HP or way to low. Well I should say all dynos haha. I think we should invent a look at car dyno! Would it make any money haha
There should be one thread of all the issues you efr guys enounter during your install consolidated into it. That way people who install EFRs after you guys know what to expect and kinda have an idea what they need to do to alleviate an issue or for even the vendor, pretty much zzp, can see these particular common issues which can help them mitigate them before the product goes to the customer. One example is that extra pcv port issue. It also Saves time from jumping through multiple efr build threads also. Just an idea. Thanks to all you EFR guys for blazing the trail for the rest to come
DYNO-mite Dynamometer - Engine Dyno & Chassis Dynamometer...
^^^ Those guys are good ^^^
I spent an entire day at their facility just discussing everything. $35,000 for a new 2wd unit with 24" rollers.
^^^ Those guys are good ^^^
I spent an entire day at their facility just discussing everything. $35,000 for a new 2wd unit with 24" rollers.
There should be one thread of all the issues you efr guys enounter during your install consolidated into it. That way people who install EFRs after you guys know what to expect and kinda have an idea what they need to do to alleviate an issue or for even the vendor, pretty much zzp, can see these particular common issues which can help them mitigate them before the product goes to the customer. One example is that extra pcv port issue. It also Saves time from jumping through multiple efr build threads also. Just an idea. Thanks to all you EFR guys for blazing the trail for the rest to come
Yes, that too. Hopefully we can figure it out tonight!
The PCV port has been addressed. We are adding a fitting on the turbo inlet and including a 10mm vacuum hose to connect to the valve cover.
When we receive our EFRs in the future, we will be using the high pressure actuators. I agree that the low pressure actuators need too much preload to run the boost levels that most people are going to run these at. They work with a lot of preload, but then the travel of the disk is reduced. There wouldn't be much point in bolting on an EFR to run 18psi, either, so we need the high pressure actuators.
When we receive our EFRs in the future, we will be using the high pressure actuators. I agree that the low pressure actuators need too much preload to run the boost levels that most people are going to run these at. They work with a lot of preload, but then the travel of the disk is reduced. There wouldn't be much point in bolting on an EFR to run 18psi, either, so we need the high pressure actuators.
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