Hey guys,
After an all-nighter and a lot of determination, I've planned the motors, ESC, controller, and battery. Before I make my purchases I would appreciate some expert advice, as I'm new to the e-vehicle world - but I plan to stay.I plan on running a dual motor setup on the rear trucks of my longboard.
To avoid the cutting, welding, and precise calibrations for the gears and belts, I decided to use the motor mounts found here. http://diyelectricskateboard.com/product/dual-rear-electric-longboard-kit/
Since I live in hilly Binghamton, I wanted a motor with sufficient power to climb hills, without sacrificing too much max speed. I planned on buying 2 of these motors.
http://diyelectricskateboard.com/product/electric-skateboard-motor-6355-230kv-2650w/
To support the two motors, each of which can have 80A max amps, I planned on using a 180A Rotorstar ESC because it could support more batteries if I cared to push my max speed.
http://diyelectricskateboard.com/product/electric-skateboard-motor-6355-230kv-2650w/
-Regarding the ESC though, I want to be sure that it has regenerative breaking. If this one doesn't, I'd appreciate it if someone could direct me to one that does.
-Also, this particular ESC mentioned a LED status display - if anyone has owned one of these, what does it tell the status of..?
(I am now realizing that since I have two motors I may need two ESCs? Maybe smaller max amps? Or instead do I just need to split the wires in the ESC to both motors?)
For a controller, I plan on using a simple 2.4GHz transmitter. I plan on 3D printing a smaller case for it since my campus offers 3D printing services. http://www.hobbyking.com/hobbyking/store/__31671__HobbyKing_174_8482_HK_GT2B_3CH_2_4GHz_Transmitter_and_Receiver_w_Rechargable_Li_ion_Battery.html
The case if anyone else is interesed: http://www.thingiverse.com/thing:922378
For batteries I plan on wiring 2 x 5000mAh 3S1P 30C LiPo in series to create a 6S battery without the worry of too little clearance. I can also wire another 2 of these in series, as the ESC above supports 4~14S battery power. This should double my Voltage and push my max speed.
http://www.hobbyking.com/hobbyking/store/__14085__ZIPPY_5000mAh_3S1P_30C_Hardcase_pack.html
Since LiPo batteries can be harmed if drained too low, I also planned on including 2 LED Rx Voltage Battery Checker 6.6~7.4V LiPoly/LiFe.
But do I need two of these? Or should I rewire the batteries together using a converter before plugging into the battery checker.
The only thing I'm missing as far as I know is the battery chargers, something to safely house the components, and the card required to program the ESC (which I would appreciate help on).
Please send me your input, as I'm ready to invest and get started. Thanks!
After an all-nighter and a lot of determination, I've planned the motors, ESC, controller, and battery. Before I make my purchases I would appreciate some expert advice, as I'm new to the e-vehicle world - but I plan to stay.I plan on running a dual motor setup on the rear trucks of my longboard.
To avoid the cutting, welding, and precise calibrations for the gears and belts, I decided to use the motor mounts found here. http://diyelectricskateboard.com/product/dual-rear-electric-longboard-kit/
Since I live in hilly Binghamton, I wanted a motor with sufficient power to climb hills, without sacrificing too much max speed. I planned on buying 2 of these motors.
http://diyelectricskateboard.com/product/electric-skateboard-motor-6355-230kv-2650w/
To support the two motors, each of which can have 80A max amps, I planned on using a 180A Rotorstar ESC because it could support more batteries if I cared to push my max speed.
http://diyelectricskateboard.com/product/electric-skateboard-motor-6355-230kv-2650w/
-Regarding the ESC though, I want to be sure that it has regenerative breaking. If this one doesn't, I'd appreciate it if someone could direct me to one that does.
-Also, this particular ESC mentioned a LED status display - if anyone has owned one of these, what does it tell the status of..?
(I am now realizing that since I have two motors I may need two ESCs? Maybe smaller max amps? Or instead do I just need to split the wires in the ESC to both motors?)
For a controller, I plan on using a simple 2.4GHz transmitter. I plan on 3D printing a smaller case for it since my campus offers 3D printing services. http://www.hobbyking.com/hobbyking/store/__31671__HobbyKing_174_8482_HK_GT2B_3CH_2_4GHz_Transmitter_and_Receiver_w_Rechargable_Li_ion_Battery.html
The case if anyone else is interesed: http://www.thingiverse.com/thing:922378
For batteries I plan on wiring 2 x 5000mAh 3S1P 30C LiPo in series to create a 6S battery without the worry of too little clearance. I can also wire another 2 of these in series, as the ESC above supports 4~14S battery power. This should double my Voltage and push my max speed.
http://www.hobbyking.com/hobbyking/store/__14085__ZIPPY_5000mAh_3S1P_30C_Hardcase_pack.html
Since LiPo batteries can be harmed if drained too low, I also planned on including 2 LED Rx Voltage Battery Checker 6.6~7.4V LiPoly/LiFe.
But do I need two of these? Or should I rewire the batteries together using a converter before plugging into the battery checker.
The only thing I'm missing as far as I know is the battery chargers, something to safely house the components, and the card required to program the ESC (which I would appreciate help on).
Please send me your input, as I'm ready to invest and get started. Thanks!
