L293D Motor Shield Board Wireless Wifi Esp8266 Esp 12E Node MCU Development Kit NodeMCU Rc Toy Remote Control IoT Smart Car

L293D Motor Shield Board Wireless Wifi Esp8266 Esp 12E Node Mcu Development Kit Nodemcu Rc Toy

L293D Motor Shield Board Wireless Wifi Esp8266 Esp 12E Node MCU Development Kit NodeMCU Rc Toy Remote Control IoT Smart Car

SKU:ZH0138
Regular price $9.99 USD

  • Based on ESP-12E development kit, it can facilitate the development of WiFi Smart car, free to send Android phone source.
  • ESP12 DEV KIT development board expansion module;
  • lead ESP12 DEV KIT All-function pins: SPI, UART, GPIO, AI and 3.3V power connector;
  • expand two-way motor-driven, two-way direct drive motor;
  • onboard power switch;
  • Motor power range: 4.5V ~ 36V;
  • Control power range: 4.5V ~ 9V;
  • Motor power, control power separation; In the experiment, by short-circuiting block the merger, the VIN and VM short, while power supply to the motor and the control board.
  • Precautions
  • When l insert ESP-12E module, please note the direction consistent with an expansion board antenna;
  • use of short modules that can simultaneously control board and motor.

trust seal
  • guaranteeQuality checked
  • Special gift cardsSpecial gift cards
  • Free return Within 60 days
  • Consultancy86-0755-85201155

  • Based on ESP-12E development kit, it can facilitate the development of WiFi Smart car, free to send Android phone source.
  • ESP12 DEV KIT development board expansion module;
  • lead ESP12 DEV KIT All-function pins: SPI, UART, GPIO, AI and 3.3V power connector;
  • expand two-way motor-driven, two-way direct drive motor;
  • onboard power switch;
  • Motor power range: 4.5V ~ 36V;
  • Control power range: 4.5V ~ 9V;
  • Motor power, control power separation; In the experiment, by short-circuiting block the merger, the VIN and VM short, while power supply to the motor and the control board.
  • Precautions
  • When l insert ESP-12E module, please note the direction consistent with an expansion board antenna;
  • use of short modules that can simultaneously control board and motor.