Same lol it’s scary
How did you manage to pump the amps so much without getting overcurrent errors?
With ABS overcurrent filtering and the higher current reading capability of the DV6 pro we’ve never had ABS overcurrent not once.
So… Is nobody else gonna ask about the Pi? No?
Ok, I’ll bite: what’s with the Raspberry Pi?
The Pi is running the RTS system.
Bit of chassis testing. Landings are smooth as butter.
Flight of 6 stairs in the last one…
i love stairs! unhealthy obsession with shaking my board to desrh lol
Lol Dylan loves it. Be curious to know how many big jumps it takes to break the deck
He loves it so much. We’re going to be giving him a board to spend a few months with so he can actually get used to it properly. Get ready to see an electric skateboard do things you’ve never seen before when that happens.
I’d say the chassis would actually be the last thing to break with repeated huge drops. Axles are definitely first to go which is good because they are easily replaceable.
If he can’t break it, nobody can! Super keen to see what he gets up to with it!
Is the swingarm suspension locked out on those jumps too? I can’t see any give in the swingarm when he lands. Pretty wild either way
Fuuuuck that’s so sick, I think I need to sell my current thane board and just straight up buy this one
Any chance I could buy the board with no battery? Mostly so I could repurpose my current battery in my thane board
We will sell the chassis but not till after the first batch of boards next year
I don’t see why not. However your existing battery probably wont fit.
T-race!
It’s cool I’ll reuse the p42a cells to build the necessary config? 12s6p right?
12S6P but double offset stack longways.
You can make it using wide nickel and folding the banks back to back but you either need to use .1mm copper or .4mm worth of nickel to handle the current which will may not fold well.
We could provide the PCB system which would be much easier.
I’d be down to try my hand at the PCB method