11" long 7.4v GGTS with a UFSv2 in extended mode

[rwechsler]

I figured I'd throw up some pics of my current GG setup. I'm vaping at 7.4v using 2 18650 AW IMR high drain batteries on a 3.5ohm dual coil atomizer. The device itself: SS endcap->fuse upgrade->SS GGTS #1996 body-->SS stealth connector->SS GGTS #446 body->ss telescope->extender tube->the UFSv2 in extended mode.

EDIT: Typo in the title, it's only 10" (tiny)


IMG_1711 by rwechslerPV, on Flickr


IMG_1713 by rwechslerPV, on Flickr


IMG_1719 by rwechslerPV, on Flickr


IMG_1715 by rwechslerPV, on Flickr


Picture 7 by rwechslerPV, on Flickr

Here it is with the SS stealth cap on it

IMG_1708 by rwechslerPV, on Flickr


IMG_1709 by rwechslerPV, on Flickr

 

[loft]

Good lord! I want!

 

[rwechsler]

You can has! Just buy 2 SS GGTSs (or 1 and a stealth) and a ufs!

 

[loft]

I'll stick with my one GGTS for now, lol.

I'm a tard. I have all of that. Ignore me, looks great though! lol

 

[Zogem]

Would need a Concealed Weapon permit to carry that beast .

A bit much for my tastes. A pair of 18350s does me just fine.

But you should be able to stack the UFS bottom pieces. Keep building, and you should get to 2 weeks charging capacity, and 1/2 liter of juice before you reach the limits of physically being able to hit the button

-Z

 

[fright88]

That is freaking epic. I thought about doing something like that but the button hole on the second bottom tube kept annoying me.

 

[Skuggi]

"Yo dawg we heard you like GGTS's so we put a GGTS on yo GGTS!"

 

[B-Rad_The_Mad_Vapr]

Keep building, and you should get to 2 weeks charging capacity
-Z

It's only going to still be 1600mAh... Running batteries in a series (no matter how many you stack in there will only increase the voltage not the mAh). You need to run them in parralel (positive to positive & negative to negative to increase the mAh and the voltage will remain 3.7v then).

 

[rwechsler]

Please expand on that^
Is it possible to do in my current setup?

 

[The Yeti]

It's only going to still be 1600mAh... Running batteries in a series (no matter how many you stack in there will only increase the voltage not the mAh). You need to run them in parralel (positive to positive & negative to negative to increase the mAh and the voltage will remain 3.7v then).

Well, now there's something I never knew - gonna have to try this.

 

[B-Rad_The_Mad_Vapr]

Please expand on that^
Is it possible to do in my current setup?

No, it's not possible in a tube to do, battery packs for RC's and such are wired in parralel like this. This can be achieved in a box mod, but in a tube you will be running in a series.

 

[rwechsler]

so would this work?:
Endcap[ |-18650+| |+18650| ] Atty connector
Any need for a magnetic battery spacer on the either - ends?

 

[Vaporologist]

so would this work?:
Endcap[ |-18650+| |+18650| ] Atty connector
Any need for a magnetic battery spacer on the either - ends?

Please pay attention to B-rads last post!

Do NOT attempt this in your GG!!!!!!!!!!!!!

 

[silentt]

Here's my baseball bat sized GGTS

 

[The Yeti]

Silentt wins - I get a scroll bar under his pic. ;-)

 

[B-Rad_The_Mad_Vapr]

so would this work?:
Endcap[ |-18650+| |+18650| ] Atty connector
Any need for a magnetic battery spacer on the either - ends?

No and please DO NOT ATTEMPT it as I stated above it cannot be done in a tube mod You are stuck with only stacking batteries (series) to increase voltage but it won't increase your mAh.

 

[Torqueguy]

Here's my baseball bat sized GGTS

That's the thing Robert DeNiro used to kill someone in the Untouchables!!!. Quick, wipe off the prints....

 

[jpracing]

Here's my baseball bat sized GGTS

Didn't Marilyn Chambers have one of these?

 

[Shaitaan]

It's only going to still be 1600mAh... Running batteries in a series (no matter how many you stack in there will only increase the voltage not the mAh). You need to run them in parralel (positive to positive & negative to negative to increase the mAh and the voltage will remain 3.7v then).

*agreed*.....Ohm's law, knowing that V=I x R, voltage in a series circuit: vt= v1 +v2+V3.. current: It=I1=I2=I3... resistance: R1+R2+R3..... in a parallel circuit: Vt=V1=V2=V3... , It=I1+I2+I3..., RT= 1/(1/R1+1/R2+1/R3)

 

[bobthesalesclerk]

Someone did this at philharmonic vape meet last year. It was a beast.

Sent from my flashback honeycomb gtablet