Yes Sir she is a Long retired Flat Tracker a freind of mine gave me many Moon's ago.... I was about ready to let my neighbor haul it to the dump!! :BLAA:
anybody want to figure out what those dimensions look like?
somebody better double check my math.
Ok
12,000 W = 5,454v * 2.2 Ah (Using Shreveports Batteries) : Ok, I won't break it down by the cell this time but by the pack, there are 3 cells to a pack providing, 11.1v 2.2Ah so we would need 5,454v / 11.1v = 491 of these packs at a weight of .229 kg each = 112.439 kg * 2.20462262 lbs = 247.89 lbs for a cost of $4,170.
Volume would be, 103mm * 33mm * 24mm * 491 packs = 40,053,816mm3, I have no idea how big that actually is
Ok, if you take the cubed root of 40,053,816mm3 then you get 342.1485mm to a side, so a box made up of these packs would be roughly 34.5 cm to a side or a little over 1' X 1' X 1'
Is that the smell of batteries burning or my brain
That is very funny,
how far will 30 pack's get us and is it enough power to even try and go this route? i'm not trying to reach our goal yet I'm trying to build the cheapest prototype I can so we can find all of our weak point's before any real money is spent,because I know we are gonna have to learn alot before we can bulid anything close to our goal and having this test subject is the easiest and most exciting way to to that.... :rockon: :rockon:Ok
12,000 W = 5,454v * 2.2 Ah (Using Shreveports Batteries) : Ok, I won't break it down by the cell this time but by the pack, there are 3 cells to a pack providing, 11.1v 2.2Ah so we would need 5,454v / 11.1v = 491 of these packs at a weight of .229 kg each = 112.439 kg * 2.20462262 lbs = 247.89 lbs for a cost of $4,170.
Volume would be, 103mm * 33mm * 24mm * 491 packs = 40,053,816mm3, I have no idea how big that actually is
Ok, if you take the cubed root of 40,053,816mm3 then you get 342.1485mm to a side, so a box made up of these packs would be roughly 34.5 cm to a side or a little over 1' X 1' X 1'. That would be 30 packs laid side by side 3 deep (103 mm * 3 = 30.9 cm) x 10 wide (33 mm * 10 = 33 cm), and stacked 16 high (24 mm * 16 = 38.4 cm) with 11 packs left to stick wherever.
Is that the smell of batteries burning or my brain
how far will 30 pack's get us and is it enough power to even try and go this route? i'm not trying to reach our goal yet I'm trying to build the cheapest prototype I can so we can find all of our weak point's before any real money is spent,because I know we are gonna have to learn alot before we can bulid anything close to our goal and having this test subject is the easiest and most exciting way to to that.... :rockon: :rockon:
I've seen Drag EV's powered by cell phone batteries.... my electric Impact wrench is 9.6volts and will break lug nuts loose ... one of these batteries could make my 14lbs R/C car go over a 100mph these are not weak batteries at all they will pull the bike and me,just remembered a drag ev powered by drill batteries.... this video is my r/c brushless truck running one 7.2v lipo pack.... [ame=http://www.youtube.com/watch?v=yHOonGUGip4]Project Short Wheelbase P.S.W. - YouTube[/ame]
