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i do have a paypal account. mattio79@hotmail.com.

i found some woven 3k carbon fiber/kevlar-29 cloth that i can wrap the cells in and soak the living heck out of it with epoxy, get a foodsaver bag system and vacuum it all together and let it set inside the bag. the total cost ( for me to purchase all of the things i need to make this happen)...

when i say cost, i mean my cost, plus shipping ( just wanted to clarify that).

i would also make it to where the monitor wasn't drawing voltage constantly by incorporating a switch. i would also incorporate a balance connector so when you charge the pack ( using a Junsi iCharger (either a 106b+ or a 206b (10A max and 20A max, respectively) you can make sure the cells...

oh, and for the total-loss folks, i would install a cell-monitoring readout device along with a battery protecting circuitry so that you have warning and knowledge of the status of your cells and total pack voltage.

oh, i just found the dimensions of these cells. a pack made with 4 of them ( in series) would measure 166mm x 227mm x 28mm ( each one is 7mm thick) then, figure i'd use .090" thick lexan glued to them on all 6 sides. they would be encapsuled with either liquid rubber or silicone, then i would...

the capacity is about 288 watt-hours. (14.4v * 20AH)

the total weight of the 4 cells needed to make such a battery would weigh 1920 grams. and cost $128.44. now about a case, i would have to purchase the cells, fasten them together, solder them in series and then find out how big that makes them and then find/make a case for them and then solder...

if it is any assistance, i may be able to source some 20AH LiFePO4 cells and make a starting battery for you guys' jets.