..

[Hellbilly429]

Says he got math done.

DOESNT FUCKING SHARE ANYTHING

lmao

I think what he means is he finally took all those empty beer cans back to the redemption center, and bought more beer, then of course listened to Pantera or some shit like that, hence the pic

[Mr.JaunDurfle]

Nothing wrong with Pantera!

Now get those numbers up!

[funky]

Aright bitch better get those numbers up!

[Kyblack76]

Sorry guys.

The testing it did, wasnt as accurate as i could have been. (door open here, window down there,, among other issues).

So, that all went in the garbage.

Also, im talking with TaylorFade, and Singer to really understand what is going on here.

I know about Damores thoughs on the subject, but, im also looking at other things that play here, and gathering the info.

And, that info, im trying to make as accurate as possible. (even though i know this clamping method isnt accurate, im lookin at OTHER things here. )

Hold tight. Im as curious as you are.

[CJ18]

Just to give you a general percentage(yes I know this isnt 100% accurate), but this will give you closer to a realistic actual power number.

10k-

1 ohm 70-75% efficient

2 ohm- 80% efficient

4 ohm- 86%+ efficeint

Take your clamped number and figure your actual ohm load. Pick the appropriate number from above that is closest to your actual reactive ohm load and multiple by that percentage. This will give you a more realistic power number. This is by no means 100% accurate, but based on efficiency I have pulled from the 10k, it will give you a good general reference.

Example

"clamped" power of 8000w @ 2 ohm reactive.

8000 x .80= 6400w. This would be a much more believable power figure at 2 ohms than 8000w would be, given the actual power rating of the 10k being 5500w @ 2ohm.

[banginHOE]

B==================✊=============D

[Kyblack76]

Just to give you a general percentage(yes I know this isnt 100% accurate), but this will give you closer to a realistic actual power number.

10k-

1 ohm 70-75% efficient

2 ohm- 80% efficient

4 ohm- 86%+ efficeint

Take your clamped number and figure your actual ohm load. Pick the appropriate number from above that is closest to your actual reactive ohm load and multiple by that percentage. This will give you a more realistic power number. This is by no means 100% accurate, but based on efficiency I have pulled from the 10k, it will give you a good general reference.

Example

"clamped" power of 8000w @ 2 ohm reactive.

8000 x .80= 6400w. This would be a much more believable power figure at 2 ohms than 8000w would be, given the actual power rating of the 10k being 5500w @ 2ohm.

Thanks bro... Understood.

I was going to message you, after i got some things sorted. Thanks for the support.

B==================✊=============D

OHHHHHHHHHHHhhhhhhhhhhhhh You....

Welcome, and sloppy kisses.

[[email protected]]

I've been reading this for 5 days, dedicated every freetime I had those days to read the entire thread lol.

Kylar, dude your BL is amazing I hope someday I'll build my own wall in a sedan

I've to confess that I really wanted to see the door panels but I guess that will be ready soon, right?

Keep doing whatever you're doing to finish the blazer lol I wish you some big numbers

BTW, I'm the guy from Chile I talked to you through Youtube.

[Kyblack76]

I've been reading this for 5 days, dedicated every freetime I had those days to read the entire thread lol.

Kylar, dude your BL is amazing I hope someday I'll build my own wall in a sedan

I've to confess that I really wanted to see the door panels but I guess that will be ready soon, right?

Keep doing whatever you're doing to finish the blazer lol I wish you some big numbers

BTW, I'm the guy from Chile I talked to you through Youtube.

Well god damn bud!!!.. GREAT to see you. LOL

I told you to post on THIS forum.. and well fuck me you did.

I much much appreciate someone like you, even LOOKING a my lil shit build... thanks bro. Really.

Welcome to the forum bro. For real.

[Kyblack76]

With Bryan.

Shirt is free... window is like 1/5th up. Weak i know.

Here we go !