Top Tweets for #MIROBO

DrakerDG @draker_dg

almost 2 years ago

Continuing with some improvements to the BLE control APP for the BEAPER Nano robot, these are some functionality tests adding an additional mode, sound and vibration. I continue working on C++ code of the robot. #robotics #mirobo #arduino #nano #esp32 #c++ #freeRTOS#multitask

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DrakerDG @draker_dg

almost 2 years ago

Simulation and reality Robot: BEAPER Nano Developer: @mirobotech 3D model: @tinkercad Texture Mapping: @Blender Simulator: @webots Controller: Python Microcontroller: @arduino Nano ESP32 (C++) #robotics #mirobo #arduino #nano #esp32 #tinkercad #blender #webots #python #freeRTOS

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DrakerDG @draker_dg

almost 2 years ago

This is the improved version of New Rally X on the @mirobotech BEAPER Nano robot. It's time to dance! 🕺🏽 Turn on! 🔊🎶🎵🎶 @tinkercad example of the C++ code: https://t.co/47aa1GEWSL #robotics #mirobo #arduino #nano #esp32 #dance #music

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DrakerDG @draker_dg

almost 2 years ago

After making some adjustments to the PID and adding an additional task in the code to manage the display, the @mirobotech BEAPER Nano robot works at its maximum motor capacity (500 RPM), using 4 sensors. #robotics #mirobo #arduino #nano #esp32 #LineFollower

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DrakerDG @draker_dg

almost 2 years ago

Small track travel, works fine, but I think it could work better by changing the type of infrared LED. That will be the next step. #robotics #mirobo #arduino #nano #esp32 #LineFollower

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DrakerDG @draker_dg

almost 2 years ago

Testing two provisional sensors to complete 4 on the second @mirobotech BEAPER Nano robot. The next step will be to test on the track to compare the performance. #robotics #mirobo #arduino #nano #esp32 #LineFollower

draker_dg's tweet photo. Testing two provisional sensors to complete 4 on the second @mirobotech BEAPER Nano robot. The next step will be to test on the track to compare the performance.

#robotics #mirobo #arduino #nano #esp32 #LineFollower https://t.co/7JDFYFvqaj

draker_dg's tweet photo. Testing two provisional sensors to complete 4 on the second @mirobotech BEAPER Nano robot. The next step will be to test on the track to compare the performance.

#robotics #mirobo #arduino #nano #esp32 #LineFollower https://t.co/7JDFYFvqaj

draker_dg's tweet photo. Testing two provisional sensors to complete 4 on the second @mirobotech BEAPER Nano robot. The next step will be to test on the track to compare the performance.

#robotics #mirobo #arduino #nano #esp32 #LineFollower https://t.co/7JDFYFvqaj

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DrakerDG @draker_dg

almost 2 years ago

Testing music on @mirobotech's BEAPER Nano robot using a small speaker. Music is mathematics, so with the note A4 any musical note can be generated in any octave! Turn on! 🔊🎶🎵🎶 Reference: https://t.co/gZAAzE53lR #robotics #mirobo #arduino #nano #esp32 #notes #midi #music

draker_dg's tweet photo. Testing music on @mirobotech's BEAPER Nano robot using a small speaker. Music is mathematics, so with the note A4 any musical note can be generated in any octave!

Turn on! 🔊🎶🎵🎶

Reference: https://t.co/gZAAzE53lR

#robotics #mirobo #arduino #nano #esp32 #notes #midi #music https://t.co/QAhTWHRfFg

draker_dg's tweet photo. Testing music on @mirobotech's BEAPER Nano robot using a small speaker. Music is mathematics, so with the note A4 any musical note can be generated in any octave!

Turn on! 🔊🎶🎵🎶

Reference: https://t.co/gZAAzE53lR

#robotics #mirobo #arduino #nano #esp32 #notes #midi #music https://t.co/QAhTWHRfFg

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DrakerDG @draker_dg

almost 2 years ago

Full charge!! 🔋🔋💯💯 The two BEAPER Nano robots ready to continue playing 😁👍🏽👍🏽 #robotics #mirobo #arduino #nano #esp32

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DrakerDG @draker_dg

almost 2 years ago

Understanding a little about BLE, services and characteristics. This is a Beta app made in @MITAppInventor. I'm making a controller in C (WIP) for the @mirobotech's BEAPER Nano robot. To be continued... #robotics #mirobo #arduino #nano #esp32 #BluetoothLE #MITappInventor

draker_dg's tweet photo. Understanding a little about BLE, services and characteristics. This is a Beta app made in @MITAppInventor. I'm making a controller in C (WIP) for the @mirobotech's BEAPER Nano robot. To be continued...

#robotics #mirobo #arduino #nano #esp32 #BluetoothLE #MITappInventor https://t.co/ha2RuI3AmZ

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DrakerDG @draker_dg

almost 2 years ago

Double pit stop! 🤖🤜🏼🤛🏼🤖 Twins! #robotics #mirobo #arduino #nano #esp32

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DrakerDG @draker_dg

almost 2 years ago

I managed to get the Arduino Nano ESP32, the HC-SR04 and the 1.54" LCD screen, I proceeded to print the LCD support and now I have everything ready to get the new @mirobotech's BEAÉR robot working 😁👍🏽 LCD support: https://t.co/i3OQ4boYpy #robotics #mirobo #arduino #nano #esp32

draker_dg's tweet photo. I managed to get the Arduino Nano ESP32, the HC-SR04 and the 1.54" LCD screen, I proceeded to print the LCD support and now I have everything ready to get the new @mirobotech's BEAÉR robot working 😁👍🏽

LCD support: https://t.co/i3OQ4boYpy

#robotics #mirobo #arduino #nano #esp32 https://t.co/z5mwalE6BU

draker_dg's tweet photo. I managed to get the Arduino Nano ESP32, the HC-SR04 and the 1.54" LCD screen, I proceeded to print the LCD support and now I have everything ready to get the new @mirobotech's BEAÉR robot working 😁👍🏽

LCD support: https://t.co/i3OQ4boYpy

#robotics #mirobo #arduino #nano #esp32 https://t.co/z5mwalE6BU

draker_dg's tweet photo. I managed to get the Arduino Nano ESP32, the HC-SR04 and the 1.54" LCD screen, I proceeded to print the LCD support and now I have everything ready to get the new @mirobotech's BEAÉR robot working 😁👍🏽

LCD support: https://t.co/i3OQ4boYpy

#robotics #mirobo #arduino #nano #esp32 https://t.co/z5mwalE6BU

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DrakerDG @draker_dg

almost 2 years ago

New robot, new options! Testing analog inputs of @mirobotech's BEAPER Nano robot. I've changed the phototransistor for an LDR, I've left connections instead of potentiometers. I use a joystick 🕹️, a potentiometer and a hall effect sensor 🧲 #robotics #mirobo #arduino #nano

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DrakerDG @draker_dg

almost 2 years ago

I have changed the motors for 500 RPM motors on the Mirobo BEAPER Nano robot. It is necessary to adjust the PID and work on the display so that it affects the control of the robot as little as possible. #linefollower #robotics #mirobo #arduino #nano #esp32

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DrakerDG @draker_dg

almost 2 years ago

Testing with the @mirobotech BEAPER Nano robot, using 4 infrared sensors. #linefollower #robotics #mirobo #arduino #nano #esp32

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DrakerDG @draker_dg

almost 2 years ago

A new chassis, a new robot? The BEAPER Nano robot from @mirobotech is great! Website: https://t.co/xTToQN5xiA #tinkercad #mirobo #robotics #electronics #BEAPER

draker_dg's tweet photo. A new chassis, a new robot?

The BEAPER Nano robot from @mirobotech is great!

Website: https://t.co/xTToQN5xiA

#tinkercad #mirobo #robotics #electronics #BEAPER https://t.co/UNwegtKU2M

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DrakerDG @draker_dg

almost 2 years ago

I decided to change my piece of cardboard for a tool to bend the legs of the resistors, using the 3D model made in @tinkercad by @mirobotech. Works perfectly! link: https://t.co/0DsJ5PJEnP #tinkercad #mirobo #robotics #electronics #BEAPER

draker_dg's tweet photo. I decided to change my piece of cardboard for a tool to bend the legs of the resistors, using the 3D model made in @tinkercad by @mirobotech.

Works perfectly!

link: https://t.co/0DsJ5PJEnP

#tinkercad #mirobo #robotics #electronics #BEAPER https://t.co/xqXZp1Y0Ad

draker_dg's tweet photo. I decided to change my piece of cardboard for a tool to bend the legs of the resistors, using the 3D model made in @tinkercad by @mirobotech.

Works perfectly!

link: https://t.co/0DsJ5PJEnP

#tinkercad #mirobo #robotics #electronics #BEAPER https://t.co/xqXZp1Y0Ad

draker_dg's tweet photo. I decided to change my piece of cardboard for a tool to bend the legs of the resistors, using the 3D model made in @tinkercad by @mirobotech.

Works perfectly!

link: https://t.co/0DsJ5PJEnP

#tinkercad #mirobo #robotics #electronics #BEAPER https://t.co/xqXZp1Y0Ad

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DrakerDG @draker_dg

almost 2 years ago

This is a code test using the Basic Multi Threading Arduino Example as a base, I have generated two additional loops (tasks), one in core 1 (graphics) and the other in core 0 (RGB LED). #robot #mirobo #arduino #BEAPER #nano #esp32 #FreeRTOS #DualCore

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DrakerDG @draker_dg

almost 2 years ago

Completing the test of the HC-SR04 distance sensor, the @mirobotech BEAPER Nano robot is able to detect obstacles and avoid collisions. #robot #mirobo #arduino #BEAPER #nano #esp32 #HC_SR04

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DrakerDG @draker_dg

almost 2 years ago

Testing with the HC-SR04 sensor on the @mirobotech's BEAPER Nano robot. Turn on! 🔊 #robot #mirobo #arduino #BEAPER #nano #esp32 #HC_SR04

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DrakerDG @draker_dg

about 2 years ago

Do you wanna dance again? 💃🏼👾🕹️🕺🏽 Turn on! 🔊 Code sample: C++ https://t.co/x8sqy296wP #robot #mirobo #arduino #BEAPER #nano #esp32 #tinkercad #dance #NewRallyX #arcade

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