raspberry pi robot kit

Assemblea facile
L'auto robotica adotta un design umanizzato per un facile montaggio. Grazie alla doppia spina molex sul modulo del driver Model Pi e ai cavi personalizzati, può semplificare notevolmente la procedura di assemblaggio e la stabilità del collegamento dei cavi. Il modulo Modello Pi dispone anche di un'uscita di potenza micro USB da 5 V per Raspberry Pi e semplifica enormemente il sistema di alimentazione Raspberry Pi.

Sensori di tracciamento di linea
5 sensori neri / bianchi sono inclusi in questo. In questo kit sono inclusi due programmi di esempio Python che possono aiutarti a capire come utilizzare GPIO Raspberry Pi per controllare e testare lo stato del sensore e fare in modo che l'auto segua una linea nera.

Auto robot intelligente
L'auto in questo kit è controllata da Raspberry Pi che ha Linux Operation System. Con Linux OS, l'auto robotica può completare compiti che sono molto più complessi della tradizionale Arduino Car. In questo kit forniamo un esempio di webcam Car che può inviare immagini in tempo reale a un server web linux e puoi utilizzare l'app browser o cellulare per monitorare e controllare l'auto del robot tramite internet.

Se si desidera eseguire un compito più impegnativo, in teoria è possibile trovare una soluzione google (cioè open source per computer vision e machine learning su Raspberry Pi) e creare il proprio progetto STEM basato su Linux. Siete invitati a condividere il vostro progetto nei commenti di Amazon o nel nostro sito Web osoyoo.com

Manuale utente dettagliato e codice open source
Viene fornito un manuale utente elaborato, che include la spiegazione del codice e diagrammi schematici esaustivi.
Inoltre abbiamo pubblicato diversi video tutorial per il funzionamento. Il codice per la macchina è scritto in Python e interamente open source.

Please note this kit DOES NOT include Raspberry Pi and batteries.

Supported models:
Raspberry Pi 3 Model B / B+ (Recommended)
Raspberry Pi 2 Model B
Raspberry Pi 1 Model B+

Tutorials and codes:
We provide detailed tutorial(PDF) and complete code, you can download them before purchasing:

https://github.com/Freenove/Freenove_Three-wheeled_Smart_Car_Kit_for_Raspberry_Pi/archive/master.zip

Android APP:
You can use your Android device to control this smart car:

*View on Google Play:
https://play.google.com/store/apps/details?id=com.freenove.suhayl.Freenove

*Download apk:
https://github.com/Freenove/Freenove_App_for_Android/raw/master/freenove.apk

Package includes:
1x Freenove Smart Car Shield for RPi
1x Freenove Passive Buzzer Module
1x Freenove RGB LED Module
1x HC-SR04 Ultrasonic Module
2x DC Speed Reduction Motor
1x USB Camera
1x 18650x2 Battery Holder
1x Micro USB Cable
20x Jumper Wire M/M
3x Servo
2x Driving Wheel
1x Driven Wheel
1 set x Machinery Parts (21 kinds)
1 set x Acrylic Sheet
1x Cross Screwdriver
1x Slotted Screwdriver
1x Multifunctional Spanner

Self-prepared parts:
2x 18650 3.7V rechargeable lithium battery (Pointed head, no protective board)
1x Raspberry Pi

Introduction
The PiCar-V is an open source robot learning kit compatible with Raspberry Pi model B+, 2 model B ,3 model B and 3 model B+.
Equipped with a wide-angle USB webcam, it is powerful together with three whole new circuit boards and less but simpler wiring.
Some acrylic plates in a well-designed structure, and complete code suitable for almost all platforms to control the car.
Python code is provided for the car, and you can also program and debug it with Dragit, a Snap-based graphical interface, by just simple dragging and dropping the code blocks for complex functions.
There are many ways to control the robot remotely: with the app on PC (works on any OS), you can control the car and the cam's direction on the UI and view the image it takes in real time; or, with the related code, realize the same functions on a web browser, means it can works with any mobile phones, tablets, etc.

Package Included
1 * Robot HATS
1 * PCA9685 PWM Driver
1 * TB6612 Motor Driver
1 * 2x18650 Battery Holder
2 * DC Gear Motor 
3 * SunFounder SF0180 Servo
1 * 120° Wide-angle USB Camera
2 * Rear Wheel
2 * Front Wheel
1 * USB Wi-Fi Adapter
1 * Ribbon (30cm)
1 * Cross Screwdriver
1 * Cross Socket Wrench
1 * M2.5/M4 Small Wrench
1 * M2/M3 Small Wrench
Several wires
Needed screws, nuts, and standoffs

5.... 4.... 3.... 2.... 1.... Turn your Raspberry Pi into a spaceship! This robot chassis is designed to be used with the Pimoroni Explorer HAT, the Pimoroni Explorer HAT Pro, or the Pimoroni Explorer pHAT boards though it will work with other motor drivers! The kit is a great way to introduce yourself to robots and controlling motors with your Raspberry Pi. It even includes a camera mount so your little robot can take pictures while it's roaming around! There is no soldering required and the whole kit can be put together with a small flat-head screwdriver. Connor Plant has create a build video here: https://www.youtube.com/watch?v=jHn3ZiPG69w Kit includes: Laser cut chassis Raspberry Pi camera mount 2 x super-grippy moon-buggy wheels 2 x push header motors (298:1 ratio) 0.5" front castor wheel Jumper leads 2 x motor mounting brackets 2 x battery clips (battery optional and not included) Nuts, bolts, and other fixings Build up your robot and program it in Python, Scratch, or whatever language you prefer! Add a USB battery pack (not included) and a WiFi dongle and you can make it roam free! Does not include the Raspberry Pi, Raspberry Pi Camera, or Explorer HAT (Pro or pHAT).

This smart video car is a great kit to get started with robot. We provide multiple parts, instructions and code needed, so you can assemble them by yourself, with the help of the user guide and thus enjoy the fun of making!

The car control can be realized on a PC with Linux system, or you may also apply it in a Linux virtual machine.

In this kit, MJPG-streamer is applied for image capturing and video transmission in a real-time manner. You may view the video by web browser on any device. Firefox and Google Chrome are recommended.

Component List
1 pack x Acrylic plates
1 pack x Threaded fasteners
1 x Tower Pro Micro Servo SG90
2 x Gear Reducer
2 x Driven wheel
2 x Active wheel
1 x 16-Channel 12-bit PWM driver
1 x L298N DC Motor Driver Module
1 x Step-down DC-DC Converter Module
1 x USB Wi-Fi Adapter
1 x USB Camera
1 x Dual 18650 battery holder
1 x Ribbon
1 x USB Cable
Serval Dupont Wires
1 x Screwdriver
1 x Cross Socket Wrench

Self-provided Parts
1 x Raspberry Pi Model B+
2 x 18650 Rechargeable Li-ion Battery (3.7V) without protection circuit board
1 x TF-card

Note: The materials are not provided with a CD any more. You may find them at
https://www.sunfounder.com/learn/category/Smart-Video-Car-for-Raspberry-Pi.html

Feature:
The Pi Car-S is a cool smart car that can work with Raspberry Pi model B+, 2 model B ,3 model B and 3 model B+.
With three sensor modules including ultrasonic obstacle avoidance, light follower, and line follower, you can better learn the programming on how to control the car.
Some constructure plates in a well-designed structure, unbreakable, durable and shatterproof. Updated with high performance 9g servo motors which confirm good quality.
Python code is provided for the car, and you can also program and debug it with Dragit, a Snap-based graphical interface, by just simple dragging and dropping the code blocks for more complex functions.

Package List:
1 Set x Acrylic Plate
1 * Robot HATS
1 * PCA9685 PWM Driver
1 * TB6612 Motor Driver
1 * 5-CH Line Follower Module
1 * Ultrasonic Obstacle Avoidance Module
1 * Light Follower Module
2 * 18650 Battery Holder
2 * DC Gear Motor
1 * SunFounder SF0180 Servo
2 * Rear Wheel
2 * Front Wheel
1 * USB Wi-Fi Adapter
1 * Ribbon (30cm)
1 * Cross Screwdriver
1 * Cross Socket Wrench
1 * M2.5/M4 Small Wrench
1 * M2/M3 Small Wrench
Several wires
Needed screws, nuts, and standoffs

Video:
https://youtu.be/ZMXEJfxHKaQ

Supported devices:
You can use the following devices to control this robot:

*Computer:
Laptop or desktop computer with Wi-Fi adapter. (Run Windows, Mac or Linux, including Raspberry Pi)

*Android device:
Android phone or tablet. (Run Android 4.2 or later)

*Remote control:
Freenove remote control. (FNK0028, not included in this kit)

Tutorial and code:
We provide detailed tutorial(PDF) and complete code, you can download them before purchasing:

https://github.com/Freenove/Freenove_Quadruped_Robot_Kit/archive/master.zip

Android APP:
You can use your Android device to control this robot:

*View on Google Play:
https://play.google.com/store/apps/details?id=com.freenove.suhayl.Freenove

*Download APK file:
https://github.com/Freenove/Freenove_App_for_Android/raw/master/freenove.apk

Package includes:
1 set x Acrylic Parts (18 pieces)
1 set x Mechanical Parts (8 kinds)
1 x Calibration Graph
1 x Freenove Crawling Robot Controller
1 x ESP8266 WiFi Module
1 x USB Cable
12 x EMAX ES08AII Servo
50cm x Cable Tidy
1 x Cross Screwdriver

Self-prepared Parts:
2 x 14500 3.7V rechargeable lithium battery (Refer to tutorial for detailed information)

Please note this kit DOES NOT include Raspberry Pi.

Supported Models:
Recommended:
 Raspberry Pi 4B / 3B+ / 3B
Compatible:
 Raspberry Pi 3A+ / 2B / 1B+ / 1A+ / Zero W / Zero

Tutorials and Code:
This kit contains 2 detailed PDF tutorials, one (Tutorial.pdf) using C and Python, another (Processing.pdf) using Java.
You can download the tutorials and code before purchasing:

https://git.io/fjgTR

Contents of Tutorial.pdf:
Preface
Raspberry Pi
Install the System
Chapter 0 Preparation
 Component List
 Optional Components
 Raspbian System
 Remote desktop & VNC
Chapter 1 LED
 Project 1.1 Blink
  ...
(Download tutorial for details)
  ...
Chapter 26 WebIOPi & IOT
 Project 26.1 Remote LED
Chapter 27 Solder Circuit Board
 Project 27.1 Solder a Buzzer
 Project 27.2 Solder a Flowing Water Light
What's next?

Contents of Processing.pdf:
Preface
 Install Processing Software
 First Use
Chapter 1 LED
 Project 1.1 Blink
 Project 1.2 MouseLED
Chapter 2 LEDBar Graph
 Project 2.1 FollowLight
  ...
(Download tutorial for details)
  ...
Chapter 18 Infrared Motion Sensor
 Project 18.1 Sense LED
App 1 Oscilloscope
 App 1.1 Oscilloscope
  ...
(Download tutorial for details)
  ...
App 5 Tetris Game
 App 5.1 Tetris Game
What's next?

Perché usarlo?

Il kit per il tuo robot AlphaBot2 è progettato per essere utilizzato esclusivamente con Raspberry Pi 3 Modello B. Per questo motivo, presentano molte funzioni in comune, tra cui il Line tracking, la possibilità di evitare gli ostacoli, la videosorveglianza, controllo a distanza tramite WiFi / raggi infrarossi / Bluetooth, ecc.

Grazie al design modulare altamente integrato, montarlo sarà un gioco da ragazzi! Non è necessario saldare né tanto meno cablare i cavi! Bastano pochi minuti per montare l'hardware, dopodiché il grosso è fatto. Con i nostri codici demo potrai metterti subito al lavoro!

Specifiche tecniche:

AlphaBot2.

Regolatore di tensione LM2596 per offrire una potenza stabile di 5 V al tuo Pi.
Chip di acquisizione TLC1543 AD che permette al Pi di utilizzare sensori analogici.
Servoazionamento PCA9685 per far ruotare la testa del tuo robot con maggiore facilità.
Covertitore CP2102 UART per controllare facilmente il tuo Pi tramite UART.

Nota: per poter funzionare, questo prodotto necessita di due batterie 14500; che non sono incluse nella confezione e che devono essere acquistate separatamente.

Contenuto della confezione:

Raspberry Pi 3 Modello B 1.
1 scheda AlphaBot2-Pi.
1 chassis AlphaBot2-Base.
1 fotocamera RPi camera (B).
1 scheda micro SD da 16 GB.
1 alimentatore standard per gli Stati Uniti da 5 V / 2,5 A con uscita USB.
2 servoazionamenti SG90.
1 kit per spostamenti su superfici piane e inclinate; grado di libertà: 2.
1 telecomando a infrarossi.
1 cavo FC-20P da 8 cm.
1 cavo USB di tipo A verso mini B.
1 cavo FFC 15 pin da 25 cm.
1 vite per AlphaBot2-Pi.
1 lettore scheda micro SD.
1 cacciavite.