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micro:bit robit smart car(without micro:bit board)

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micro:bit robit smart car(without micro:bit board)


SKU: EF08195

weight:426g

Robit smart car is a kind of smart car which is based on micro:bit and ElecFreaks robit. Besides the RJ25 wiring port and motor port in Mbot, the robit is also equipped with 2-way DC motor connectors , 2-way stepping motor connectors(Stepping motor connectors and 4-way DC motor connectors are multiplexed ) and 8-way PWM signal output connectors. It can drive PWM signal driving devices like servo

Ship from: [51]

Availability: In stock

$59.90
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    Introduction

    Robit smart car is a kind of smart car which is based on micro:bit and ElecFreaks robit. Besides the RJ25 wiring port and motor port in Mbot, the robit is also equipped with 2-way DC motor connectors , 2-way stepping motor connectors(Stepping motor connectors and 4-way DC motor connectors are multiplexed ) and 8-way PWM signal output connectors. It can drive PWM signal driving devices like servo. It has 8-way G-5V-S digital signal connectors(for connecting with OCTOPUS electric bricks) and 4-way G-5V-S analog signal connectors(for connecting with OCTOPUS electric bricks). Robit can realize all current basic functions of MBOT and it can be regarded as the new generation of Mbot.

     

    Characteristics

    • Support 4 channels of DC motor and 2 channels of stepping motors.

    • With 8-way PWM signal output connectors.

    • With 8-way G-5V-S digital signal connectors(for OCTOPUS electric brick).

    • With 4-way G-5V-S analog signal connectors(for OCTOPUS electric brick).

    • DC power supply input voltage: DC 3.7V-6V.

    • Lithium battery power supply input voltage: DC 3.7-4.2V.

     

    Diagram for Installment of Chassis

    Step 1: Install TT motor with four M3*25 countersunk screws

    https://raw.githubusercontent.com/elecfreaks/learn-cn/master/microbitKit/robit_smart_car/images/robit_smart_car_02.JPG

    Step 2: Attach the hook side of HOOK & LOOP to the aluminum chassis.

    https://raw.githubusercontent.com/elecfreaks/learn-cn/master/microbitKit/robit_smart_car/images/robit_smart_car_03.JPG

    Step 3: Fasten the four 4*6 single-pass coppers with four nuts to the Robit board.

    https://raw.githubusercontent.com/elecfreaks/learn-cn/master/microbitKit/robit_smart_car/images/robit_smart_car_04.jpg

    Step 4: Fasten the four M3*30 single-pass coppers on the aluminum chassis.

    https://raw.githubusercontent.com/elecfreaks/learn-cn/master/microbitKit/robit_smart_car/images/robit_smart_car_05.JPG

    Step 5: Fasten the Robit board with four M3*5 screws to the aluminum chassis.

    https://raw.githubusercontent.com/elecfreaks/learn-cn/master/microbitKit/robit_smart_car/images/robit_smart_car_06.JPG

    Step 6: Install the Fender with M4*5 screws.

    https://raw.githubusercontent.com/elecfreaks/learn-cn/master/microbitKit/robit_smart_car/images/robit_smart_car_07.JPG

    Step 7: Install the universal wheel and line-following module with 2 M4*10 countersunk screws.

    https://raw.githubusercontent.com/elecfreaks/learn-cn/master/microbitKit/robit_smart_car/images/robit_smart_car_08.JPG

    Step 8: Install the wheels.

    https://raw.githubusercontent.com/elecfreaks/learn-cn/master/microbitKit/robit_smart_car/images/robit_smart_car_09.JPG

    Step 9: Install 2 M4*6+6 single-pass copper cylinders on the head of the car.

    Step 10: Install sonar module with 2 M4*5 screws.

    https://raw.githubusercontent.com/elecfreaks/learn-cn/master/microbitKit/robit_smart_car/images/robit_smart_car_11.JPG

    Step 11: Stick the loop side of the Hook&Loop onto the battery.

    https://raw.githubusercontent.com/elecfreaks/learn-cn/master/microbitKit/robit_smart_car/images/robit_smart_car_12.JPG

    Finished Products

    https://raw.githubusercontent.com/elecfreaks/learn-cn/master/microbitKit/robit_smart_car/images/robit_smart_car_01.JPG

    Finished Products


    https://raw.githubusercontent.com/elecfreaks/learn-cn/master/microbitKit/robit_smart_car/images/robit_smart_car_01.JPG

     
     

    Sample Code

    Click "Add Package" and search with "robit", then add the robit package. 

    The code of moving forward is listed below, you can have your car moving forward after downloading.

    https://makecode.microbit.org/_7RrcC6R3T5MP

    You can also download it directly:

     

    Technical Parameter

     

     Packing List

    Documents

    FAQ

     

     

     

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