Adeept 4WD Robot Kit Omni-Directional Mecanum Wheels Car for ESP32-S3 Banana Pi PicoW-S3 DIY STEM Remote Educational Robotic with LCD1602 Display, Python Code PDF Tutorials
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Availability:
15 left in stock
Arrives
Monday, Nov 3
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Features
- 4WD Omni-directional wheels Educational Programming Robot Car Kit, 4WD Omni-directional wheels and DC Motor robotic car uses the latest mecanum wheels for omnidirectional movement and allow your robotics to not only travel forward and backward, but also sideways and diagonally((Left/Right Parallel Shift,Forward/Backward,Upper Left/Right Diagonal shift, Lower Right/Left Diagonal Shift). Perfect for tight spaces.
- Learn Programming & Robotics This Omni-directional Mecanum Wheels Robotic Car Kit is designed for learning coding, building and programming. It is developed based on the Banana Pi PicoW-S3(ESP32-S3), using MicroPython as the programming language, the code is easy to read and easy to modify, it is the best choice for learning programming and robotics.
- Development boardThe Banana Pi BPi-PicoW-S3 is equipped with a low-power microcontroller ESP32-S3, a development board designed for IoT development and Maker DIY projects. The size is same as the Raspberry Pi Pico board, supports 2.4G Wi-Fi and BT LE dual-mode wireless communication, peripherals are compatible with its low-power hardware design, and consumes only 10uA in deep sleep mode. In terms of programming, PicoW-S3 supports ESP-IDF, Arduino, micropython, CircuitPython and other mainstream platforms.
- Easy to Assemble and Build Detailed tutorials(205 Pages, 27 Lessons) and complete Python code are provided. The download link can be found on the card in the box (Paper tutorials are NOT available as the tutorials are updated frequently).
- Various Control Methods IR/Wi-Fi APP Remote Control, Obstacle Avoidance, Line Tracking.
Description
Important Tips: This kit is loose pieces, you need to assemble it yourself! Lessons: 0001 Adjust the initial angle of the servo 0002 Assemble 001 About Mecanum Wheel Car 002 Introduction Banana Pi PicoW-S3 003 About Pico Robot Expansion Board 004 Configure PicoW-S3 operating environment 01 Blink LED 02 How to Control the onboard WS2812 LED 03 Buzzer 04 Servo Motor 05 Measure Distance 06 Control the 16x8 LED Matrix 07 WS2812 RGB LED 08 How to Control a DC Motor 09 Line Tracking 10 IR receiver and IR remote 11 I2C LCD1602 12 View PicoW-S3 Information 13 Obstacle Avoidance 11 IR Remote Control Car 14 IR Car 15 Line Tracking Car 16 Follow 17 Comprehensive Function 18 Connect WiFi 19 TCP Communication 20 WiFi Car 21 Upload TinyUF2 firmware Package List: 1 Set Structure Parts(Acrylic） 1x Banana Pi PicoW-S3(ESP32-S3 Board) 1x Pico Robot Expansion Board 1x I2C LCD1602 Display 1x Ultrasonic Module 1x 3CH Line Tracking Module 1x 16x8 LED Matrix Module 1x IR Remote Control 4x TT Motor 4x Mecanum Wheel(2R + 2L) 1x Servo Motor 1x Battery Holder 1x Micro USB Cable Other Necessary Accessories(Cables, Nuts, Screws, Copper Standoffs, Nylon Standoffs, Tools, etc.)
Product Dimensions: 9.7 x 6 x 2.9 inches
Item Weight: 2.9 pounds
Item model number: ADE032-1-UK-1
Manufacturer recommended age: 16 years and up
Manufacturer: Adeept
Frequently asked questions
If you place your order now, the estimated arrival date for this product is:
Monday, Nov 3
Yes, absolutely! You may return this product for a full refund within 30 days of receiving it.
To initiate a return, please visit our Returns Center.
View our full returns policy here.
To initiate a return, please visit our Returns Center.
View our full returns policy here.
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Top Amazon Reviews
I'm a huge fan of the Omni Directional robot car that features a Banana Pi PicoW S3 from Adeept. This is my fourth or so Adeept Robot kit and like the others it was easy to follow the tutorials and get everything working. Features: - Banana Pi PicoW S3 (WIFI, Bluetooth) - Mecanum Wheels (allow for the omnidirectional movement) - 3 Line Finders (together as one unit to properly follow along a line -- ie 0 1 0 where each sensor detects the presence of the line) - Onboard buzzer - 4 servo controllers (uses 1 for the project to control the neck) - 4 WS2812 "Neopixels" - Ultrasonic module - LCD display - IR receiver and remote - LED Matrix This was my first use of a Banana Pi PicoW S3. It has an Espressif ESP32S3 on board. The board is setup to work with CircuitPython a flavor of python for microcontrollers. I did end up using Arduino with the board as well which I'll talk to later but CircuitPython makes it very easy to get started as it acts as a drive you can edit the code directly on. On top of that the popularity of the platform means a lot of additional libraries exist making upgrades feasible. In the associated zip for the car they have assemble instructions, lesson documents, and associated code for using each element of the car. The assembly is pretty straightforward just requiring some care when attaching the wheels as the configuration to work is described in the document and any other setup will cause the car to behave erratically (the wheels are the key to the omni-directional movement). The lessons are nice as you can see pretty easily how each of the individual elements come together to work. For example the line finder one is pretty useful as you can calibrate (via screws) each of the line finder units individually until you get it working great so you know later on the robot will be fine. In addition to the lessons and their code there is the robot control code. There's logic for the IR remote to control the car in each direction and also the ability to control the code over its own access point (it uses the ESP32S3 in access point mode). I was able to send commands to it to control via a socket connection which was neat. They have an app you can download to control the car as well via that connection. In addition I was able to modify the car myself to add some neat features. It wasn't too hard to add support for controlling the car via my voice using a offline voice recognition module over i2c. You'll want to make sure if connecting a cable to i2c you confirm the pinout of the sensor connecting. Pin 20 is SDA, Pin 21 SCL. For control of the car via Arduino there isn't a built in guide but if you're able to read the schematics it's not too difficult. Some things to keep in mind: you need to use tweezers to hit the boot solder points while pressing reset to program the board in Arduino (you can use the Espressif Arduino core), the board uses the generic "ESP32S3 Dev Module" within Arduino so you need to refer to the pins on the ESP32S3 vs the board pins when programming that way. So yeah, it's a great car with a lot of space for upgrading. The car is neat in regards to how you can control its direction. I'd highly recommend it.
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Reviewed in the United States on June 24, 2024 by T.L. T.L.
Banana Pi S3 version is half-baked. I spent days figuring out why the distance module (lesson 04) would not work. Surely it had to be something I did. Nope, bad code. Looked at the Raspberry Pi code, that made sense. 5-star reviewers, let me see your output on lesson 04! The stuff is really neat, I expect the Raspberry Pi version would be really fun.
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Reviewed in the United States on August 19, 2024 by Cliff The Engineer
This robot car kit is geared toward the intermediate-to-advanced STEM student, but is an excellent kit. It’s quite an involved build process (lots of small screws, etc.), but the directions and tutorials are excellent (but you have to download them – PDF only). No soldering is required, everything is plug-and-socket. For more intermediate students, the build tutorial takes you through how each part works on its own, partly for testing the part, and partly for learning in general, as you assemble it. There is a lot of coding (all Python), but all of it is pre-written for you. This is where advanced students will like this kit, because they will be able to change or edit any of the code as they like. A few things to note about this kit: The picture shows yellow wheels, but my wheels were all black. It does come with the two 18650 batteries you need, even though the Amazon page doesn’t say so. It takes almost a full day to assemble, following the tutorials, but it’s totally worth it. The mecanum wheels can move directly side ways (left-right) without having to go forward while turning. It’s really an interesting sight, and an ingenious invention. There is also an app, so you can drive this robot from your phone or tablet, instead of the IR remote, or letting it run on its own (obstacle avoidance, or line-follow modes). It also comes with two “faces” that you can build. One with an ultrasonic range sensor, the other with an LED matrix display (both shown on sellers page). Overall, my kids and I had a lot of fun building this. Well, I probably had more of the building fun, they have more fun playing with it! It’s a great kit, definitely worth 5 stars!
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Reviewed in the United States on September 25, 2023 by Scrimshaw
This is very cool for what it is. Works well and is a ton of fun, especially for younger kids. There are certainly more customizable and robust options out there but it seems well set up and well described for what you'll get. The coding piece will likely need adult support and it isn't the easiest option that might be out there.
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Reviewed in the United States on October 17, 2024 by P. Larsen