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To thanks for all customers support to MICHOBBY. Promotion time: 25th Nov-25th Dec, 2020. Lowest price in the market. Advantages of this SUPERFOC6.8 compaired to VESC50A/100A/200A

How to make VESC/VESC based controllers work with thumb throttle  VESC can be used for many electric models: electric skateboards, electric scooters, electric bikes, electric car, robots, car parking system etc. This blog is to introduce how to adjust VESC and make it work with thumb throttle for electric scooters or electric bikes. The GUI screen shots and pictures are based on:MTVESC50A( Or SUPERFOC6.8) based on VESC: Firmware updatable; Hardware Version 4.12 (SUPERFOC6.8 hardware is based on 6.0);VESC_TOOL for Windows OS;MTEBT1701 Maytech thumb throttle. Thumb throttle signal is called "Voltage Signal" in e-bike industry. It is corresponding to "ADC" in VESC. Ⅰ. Connect the thumb throttle with Maytech SuperESC or SUPERFOC6.8: Check...

Advantages of fully waterproof 300A ESC with internal receiver MT300A-OPTO-SF-WP (Scroll down to the end of the blog for coupon!) 1. To achieve the simplest external wiring, this ESC has integrated the voltage sampling of the main battery, motor phase wire RPM measurement, hall sensor RPM measurement with pull-up resistor, and DC-DC module(UBEC). You only need to connect the ESC 10 signal wires accordingly. 2. The 10 signal wires derived from the ESC have the functions of upgrading the firmware of the receiver, adjusting ESC parameters, two switches, hall RPM detction, etc. If you don't need these functions, these wires...

Coupon Code: 10%OFF Limit time: 25th Nov-25th Dec, 2019 How to use Coupons: 1. Click link: https://michobby.com/discount/10%25OFF, it will automatically apply coupon when check out. 2. Put coupon code manually:  

1. Two batteries in series:voltages are summed (doubled)current remains the same for both batteries as for a single battery 2. Two batteries in parallel:currents are summed (doubled)the total voltage remains the same for both batteries as for a single battery For examle:one X battery = A volts, B amps of currenttwo X batteries in series = 2*A volts, B amps of currenttwo X batteries in parallel = A volts, 2*Bamps of current But please make sure: When connect batteries in series, please make sure two batteries internal resistance and capacity are same; When connect batteries in parallel, please make sure...