Ks0192 keyestudio 4WD Bluetooth Multi-functional Car: Difference between revisions
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After power-on, power indicator D1 is on, and LED on Bluetooth module is blinking; open Bluetooth on mobile phone, pair them, input 1234, and finish pairing as shown in Figure 1 ; open APP—Bluetooth serial communication assistant, connect it to Bluetooth, select normal mode, complete connection, and LED on Bluetooth module is on as shown in Figure 2; input an “a” in the assistant, and display “keyestudio” in it as shown in Figure 3. | After power-on, power indicator D1 is on, and LED on Bluetooth module is blinking; open Bluetooth on mobile phone, pair them, input 1234, and finish pairing as shown in Figure 1 ; open APP—Bluetooth serial communication assistant, connect it to Bluetooth, select normal mode, complete connection, and LED on Bluetooth module is on as shown in Figure 2; input an “a” in the assistant, and display “keyestudio” in it as shown in Figure 3. | ||
'''Figure 1:''' | '''Figure 1:'''-- ----------------------------'''Figure 2:'''--------------------------- ---------- '''Figure 3:''' | ||
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Revision as of 05:27, 11 April 2018
keyestudio 4WD Bluetooth Multi-functional Car
Introduction
keyestudio 4WD Bluetooth Multi-functional Car is a learning application development system based on microcontroller and with ATmega-328 as core. It has functions of line tracking, obstacle avoidance, IR remote control, Bluetooth remote control and distance detection. This kit contains plenty of interesting programs and can extend an external circuit module to increase more functions of this car. The kit aims to disengage users from boring theories and obtain capacity of system development when they are learning Arduino .
Parameters
1.Motor: Voltage: 6-9V Reduction Ratio: 1:48
2.Choosing L298N driver module l as control motor, separated from microcontrollor
3.Three line tracking modules, having higher precision when detecting white and black lines,able to realize anti-falling
4.IR remote control module making up a remote control system of the car
5.Using ultrasonic module to realize obstacle avoidance
6.Pairing mobile phone Bluetooth with Bluetooth remote control module to control the car
7.Able to connect with external voltage at 7~12V,and equipped with various sensors to complete different functions as much as possible



























