Sexy!
True. If there is one more you are the first one in line
Thanks, I will write it down but just know that there were people in line for quite some time now. Anyhow if someone wants to give their spot I will let you know
@rey8801 @Lobap Do you mind sharing the pictures of the details of where you placed the charge port, loop key and on-off switch?
I still having doubts on this
Thanks!
Mine you can see it in the Thanosā thread. I CAD it and milled out of aluminium for the charge port and unity switch.
Thanks, Iām going to reread that entire thread
You donāt need it. For the charge port there is not that much more to see. Itās really simple. There is a bit of routing to do it but I like the final effect
And dont you have problems with water or dust having the power button on top of the deck?
I really like how It looks in your board.
Ah I donāt ride in the rain anyway. But both the charger and switched are fully sealed underneath. The top of the switch is the classic one. Even if you have it below the deck will take water anyway in case of rain.
Cool! I hope it works out
Looks good! Now you would have space for thicker cells.
Go onā¦
PS: same problem otherwise Iād have been all over this.
Anyhow all the decks for EU folks are hipped and the US are on their way @Sender with the enclosures from @BigBen. Great collab for sure
I tried a 36" Evo a while back on a sweet build, and realized I need a minimum amount of real estate to feel planted.
Not muchā¦ the neoprene compresses when I tight the enclosure bolts but I needed some space to fit the focbox dual heatsinkā¦
True but you should get the thickness of the xt90 at least. Those mm are gold in some occasions.
Beautiful!
I was spazzing out about this in the PM thread. Gonna bring it here (if you donāt mind @rey8801)
Revisiting this. Mostly organizing and tracking my thoughts.
For 21700, 21x9 == 189 which means 4.5mm relief on each side. The cells are cylindrical so we could route it at an angle or even curved. Lengthwise, 70x5 = 350 which leaves 80mm for esc and allows 13s3p.
I want nummies for this if at all possible. Donāt have a lot of personal experience, but expectations are needing more torque due to diameter, and wh/mile increasing 1.5-2x? So need both discharge-amps and capacity? Lol.
For me, I donāt need big top speed or huge range with this build.
cell | layout | discharge A | wh | difficulty | notes |
---|---|---|---|---|---|
30Q | 12s3p | 60A | 388.8 | EASY | |
30Q | 13s3p | 60A | 421.2 | EASY | |
VTC5A | 12s3p | 75A | 324 | EASY | |
VTC5A | 13s3p | 75A | 351 | EASY | |
P26A | 13s3p | 75A | 351 | EASY | better than VTC5A, on sale at $4/cell on 2/2/2020 |
LG HG6 20650 3AH | 12s3p | 90A | 362 | EASY | on sale $2, wh calculated at 2.8ah/cell |
LG HG6 20650 3AH | 13s3p | 90A | 393 | EASY | on sale $2, wh calculated at 2.8ah/cell |
30Q | 12s4p | 80A | 518.4 | HARD | need to route, creative wiring |
- | - | - | - | - | |
30T | 12s2p | 70A | 259.2 | EASY | 30T can do 35A discharge. light. low range. |
P42A | 12s2p | 60A | 362.9 | EASY | 30A discharge 4.2ah/cell |
30T | 13s2p | 70A | 280.8 | EASY | 30T can do 35A discharge. light. low range. |
P42A | 13s2p | 60A | 393.1 | EASY | 30A discharge 4.2ah/cell |
30T | 12s3p | 105A | 388.8 | HARD | no routing, very creative wiring |
40T | 12s3p | 75A | 518.4 | HARD | no routing, very creative wiring |
P42A | 12s3p | 90A | 544.3 | HARD | no routing, very creative wiring |
30T | 12s3p | 105A | 388.8 | HARD | route ~5mm each side, easy wiring |
40T | 12s3p | 75A | 518.4 | HARD | route ~5mm each side, easy wiring |
P42A | 12s3p | 90A | 544.3 | HARD | no routing, very creative wiring |
- | - | - | - | - | |
A123 M1A | 15s2p | 70A-ish | 227.7 | EASY | lol! Have cells on hand. Tall. |
A123 M1B | 15s2p | 70A-ish | 247.5 | EASY | M1B is 2.5AH vs M1A 2.3AH |
Nothing jumping out as a clear winner. Well maybe VTC5A 13s3pā¦ I have 30Q on hand, and thatās a strong argument. But I can see arguments for 30T and 40T.