Product Description

5V stepper motor 1

5V stepper motor driver board a

1602LCD screen a

Tri-color SMD 1

Big button 10

Plug-in rushing (green bread plate) 1

Level 1

Bread Line * 651

Small button 5

Infrared receiver element 1

LM35 element 1

Fire element 1

Switch element 1

The photosensitive member 1

RFID red plate 1

Key 1

1 * 8 pin 1

5K adjustable potentiometer 1

HHC small motor 1

SR04 Ultrasonic 1

Four digital tube 1

A digital tube 2

8 * 8 dot matrix 1

F5 LED White 6

F5 LED yellow 10

F5 LED Green 10

F5 LED red 10

Black rocker 1

F UNO R3 1

White card 1

USB cable 1

Active buzzer element 1

Passive buzzer element 1

10K adjustable potentiometer 1

MAX7219 IC 1

9 g servos 1

Single 5V relay 1

1 * 40 straight needle 1

1 * 40 looper 1

Female-female DuPont line 10 / row 1

830 holes Breadboard 1

6 on the 5th battery box 1

595IC 1

4 * 4 membrane keys 1

1K 5

10K 5

220R 8

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Do you want to learn about programming? As long as you are passionate about science and dare to explore new things, this kit is surely the best choice for you. The kit is used to Arduino-based Scratch graphical programming and C language. You can create numerous fascinating experiments with the PLUS mainboard，sensors，modules and electronic components. As much as 32 project tutorials are provided, which contain detailed wiring diagrams, component knowledge, test code, and so on. In addition, you can master the use of electronics, physics, science and programming by building up experiment with this kit.

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The Detailed Online Tutorials can be found here: pironman5.rtfd.io. Online Tutorials Available in EN, ES, DE, FR, IT and JA.

The Pironman 5 includes the Pi5 NVMe PIP (PCIe Peripheral Board), a PCIe adapter board specifically designed for NVMe solid-state drives. This board supports four sizes of NVMe SSDs: 2230, 2242, 2260, and 2280, all of which can be installed in an M.2 M key slot. The connection is certified for Gen 2.0 speeds (5 GT/sec), but can be forced to Gen 3.0 (10 GT/sec) for faster performance.

Compatible NVMe SSDs include:

ADATA Legend 700, 800, and XPG SX8200 Pro, Axe Memory Generic Drive, Crucial P2, P3, P3 Plus M.2, Inland PCIe NVMe SSD, KIOXIA EXCERIA and EXCERIA G2 NVMe SSD, Kingston KC3000, NV2, Lexar NM710, NM620, Netac NV3000, NV2000 NVMe SSD, Origin Inception TLC830 Pro NVMe SSD, Pineberry Pi Pinedrive (2280), PNY CS1030, Sabrent Rocket 4.0, Rocket Nano, Samsung 970 EVO Plus, 980, 980 Pro, Team MP33, Western Digital SN850, SN740, SN570, SN530, and Black SN750 SE (Phison Controller), and Blue SN550/SN580 series.

(If you know how to install the latest rpi-eeprom updates, pieeprom-2024-01-24.bin fixed the Western Digital Blue SN550 nvme boot issue.

Incompatible NVMe SSDs:

Due to compatibility issues, we recommend avoiding the following NVMe SSD drives equipped with a Phison controller:

Western Digital Green SN350 series,Black SN850 series, Black SN770, Inland tn446 nvme drive, Corsair MP600 SSD, Samsung PM991, Kingston OM8SEP4256Q-A0, Transcend 110Q (TS500GMTE110Q). Specifically, SN350 and SN570 prevent the Raspberry Pi 5 from booting at all.

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DIY Ultrasonic Ranging Obstacle Avoidance Car Electronic Kit LED Display Programming Intelligent Car Welding Practice DIY Kit

Function introduction:

Ultrasonic ranging avoidance, automatically rotate or retreat when encountering obstacles. The digital tube shows the distance of the current obstacle in real time, up to 5 meters. Introduce a new simulation design concept to make the circuit board more like a car chassis, a special motor drive chip, control the forward and reverse of the motor, and flexibly control the forward, backward, in-situ rotation and other movements of the car; the STC single-chip microcomputer control system is more convenient to use.

Function setting instructions:

1. Use ultrasonic distance measurement and display the distance on the digital tube, up to 5 meters.

2. Set the obstacle avoidance distance by pressing the button, obstacle avoidance setting range: 0~2.55 meters, the best obstacle avoidance The set range is 0~0.5 meters, the default obstacle avoidance distance is 0~0.2 meters, and 0 means that the obstacle avoidance function is prohibited.

3. Automatically rotate or retreat to avoid obstacles when encountering obstacles.

4. Long press SW1, the digital tube shows the obstacle avoidance distance and flashes.

5. Adjust the distance through the “+” or “-” button, then press SW1 to save and exit.

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Introduce：

The MidTBot is a small and simple little pen plotter. All of the custom parts are 3D printed. The rest of the parts are low cost and easy to get.The controller uses an ESP32 running Grbl_ESP32 firmware. It can be controlled via USB, Bluetooth or Wifi. You can simply upload gcode files to the unboard SD card and print.The machine is controlled by a unique H-bot configuration, that uses a single belt. Two small stepper motors drive that belt in a special way to move in the X/Y plane. The pen is lifted by a hobby servo using a very simple and accurate mechanism.Here is a link to a video of the plotter in action.The project is open source，We have collected all the components and compiled them into a collection for sale to everyone. However, the sales of the components, software, and copyright belong to the original authors. Thank you again for the contribution of the open source developers!

Size:

Provide：

Real Shooting:

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Please note

Pay attention

The
starter box
does
not include the R3 board.

If you want to buy the
product with the R3 board
you need to buy the
pro box

Please note

The
starter box does
not include the R3 board.

If you want to buy the
product with the R3 board you need to buy the
pro box

Starter Package Included
1pcs Power Supply Module WARNING: Pls. do not use the voltage higher than 9V
1pcs 830 tie-points Breadboard
1pcs 65 Jumper Wire
140pcs Solderless Jumper Wire
20pcs Female-to-male Dupont Wire(10pcs Female-to-male & 10pcs Female-to-female)
2pcs Pin header (40pin)
1pcs Precision Potentiometer
2pcs Photoresistor
1pcs Thermistor
5pcs Diode Rectifier (1N4007)
5pcs NPN Transistor (PN2222)
1pcs IC 4N35
1pcs IC 74HC595
1pcs Active Buzzer
1pcs Passive Buzzer
10pcs Button (small)
10pcs 22pf Ceramic Capacitor
10pcs 104 Ceramic Capacitor
5pcs Electrolytic Capacitor (10UF 50V)
5pcs Electrolytic Capacitor (100UF 50V)
10pcs White LED
10pcs Yellow LED
10pcs Blue LED
10pcs Green LED
10pcs Red LED
1pcs RGB LED
10pcs Resistor (10R)
10pcs Resistor (100R)
10pcs Resistor (220R)
10pcs Resistor (330R)
10pcs Resistor (1K)
10pcs Resistor (2K)
10pcs Resistor (5K1)
10pcs Resistor (10K)
10pcs Resistor (100K)
10pcs Resistor (1M)

Pro Package Included

1 X R3 Board

1 X USB Cable

1 X Jump Cable

1 X Breadboard

5 X LED Light

1 Pack Resistor

1 X Female to male dupond line

1 X Potentiometer

1 X Buzzer

1 X 74HC595

1 X Infrared receiver

1 X LM35

1 X Flame Sensor

1 X Ball Switch

1 X Photoresistor

1 X Key button

1 X Remote control

1 X 4-digit display tube

1 X 8*8 Dot matrix module

1 X 1-digit display tube

1 X Stepper motor driver board

1 X Stepper motor

1 X 9g Servo

1 X IIC 1602 LCD

1 X XY joystick module

1 X Temperature module

1 X Water test module

1 X RFID Module

1 X RFID keychain

1 X RFID White card

1 X Sound Module

1 X Relay Module

1 X Clock Module

1 X 4*4 Key board

1 X RGB 3 color module

1 X 9V battery Snap

Scope of business
Auto IC, Digital to analog circuit, Single chip microcomputer, Photoelectric coupling, Storage, Three-terminal Voltage regulator, SCR, Field effect, Schottky, Relays, Resistors capacitors, Light tube, Connectors, and other one-stop supporting services!

Please trust us, we will give you satisfactory products and services.
Due to the wide variety of electronic components. So it may not be available. If the required components are not found in the link. You can directly consult customer service and provide the type and quantity of electronic components you need.

If you like our products, please remember to leave us a Five-Star review, it is very important to us.

Thanks for coming.

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Projects Video : //www.youtube.com/playlist?list=PL2K0ws7Tl3rGI5gbLAGtkJYKrxkC9MCbq

super learning kit is suitable for Aduino enthusiasts. This kit includes 32 projects with detailed tutorials, starting from the basics to more complex projects. Different from other kits, it adds some functional modules, such as RFID, temperature and humidity module. There is connection diagram and code for each project, making it easy for you to learn.

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introduction

hi guys， I have always wanted to design a conveyor belt suitable for learning OPENCV or industrial automation testing. Today, it has arrived. The conveyor belt is short and powerful, suitable for demonstrating various desktop automation projects. The motor of the conveyor belt is integrated with a driver board (simple and clear driving method). In order to make it accessible to everyone, I have equipped it with UNOR3, a potentiometer knob, computer software, etc. The entire project provides a complete experimental routine. Value for money, I hope my friends will continue to support me. Every project in the store is open source and worth learning from. Stay tuned, thank you!

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D2-5 Intelligent Tracking Line Smart Car Suite DIY Kits DC 3V Motor Electric Accessories Soldering Project Kits

Description:

There is a 16 mm wide black runway in the white field.Our tracking car can drive along the black runway automatically.No matter how the runway is bent, the car can be driven automatically.We all know that the reflectivity is different when the light source to the white objects and black objects.Here we use red light source.The light is reflected through the ground to the photoresistor.By detecting the resistance of the photosensitive resistor can determine whether the car is driving in the white area.If the detection is black runway, then the car to change the direction of driving and motor will slow down or even stop and Red LED OFF on PCB front side.Drive the car in the opposite direction so that the car is always running along the runway.

Parameter:

1>. Model: D2-5

2>. Name: D2-5 Intelligent Tracking Car DIY Kit

3>. PCB Size:104*72*1.6mm

4>.Installation dimension:104*72*55mm

5>. Work Voltage:3V

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Description

I wanted bionic eye that could really look at me.So I made this project, which consists of a pair of bionic eyes, two SG90 servos, and an expansion board, including battery charging and discharging and downloading circuits.Collect photos through the camera, and then calculate the position of the face to control the position of the eyeballs so that the bionic eyes always look at you. Video can be connected via WIFI. Everything is open source and as described.

Product photos

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The product is assembled, and the product contains two 18650 lithium batteries.
The control core is arduino nano.
The programming tool is arduino ide.
The structure of 3D printing is rough, but it does not affect the use.
We provide source code programs, wiring schematics.
The product includes six SG90 servos, one is responsible for turning the eyeball left and right, one is responsible for turning the eyeball up and down, two are responsible for the opening and closing of the upper eyelid, and two are responsible for the opening and closing of the lower eyelid, they can move together. The demo system came with simple buttons, and he was in charge of the blink demo. A potentiometer knob is responsible for the size of the eye opening, and an X Y dual-axis joystick controls the position of the eyeball.
Happy DIY friends.

Product photos:

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Note :There two choice for choose ,if you need ESP32 board ,please choose “with ESP32 board”,otherwise it would not include

42 in 1 sensor kit mainly contains 42 commonly used sensors/modules, a ESP32 board, a ESP32 expansion board and Dupont wires.
The 42 sensors and modules are fully compatible with the ESP32 Expansion Board. You only need to stack the ESP32 mainboard onto the ESP32 Expansion Board, and hook up them with Dupont wires, which is simple and convenient.
To make you master the electronic knowledge, detailed tutorials (Arduino C), schematic diagrams, wiring methods and test code are included. Through these projects, you will have a better understanding about programming, logic and electronics.

Note:ThisESP32-IO Shieldis only compatible with 8266 modules with a pin

spacing of 22.86mm. shown below:

Description

The Keyestudio ESP32 42 in 1 sensor kit mainly contains 42 commonly used sensors/modules, a ESP32 board, a ESP32 expansion board and Dupont wires.

The 42 sensors and modules are fully compatible with the ESP32 Expansion Board. You only need to stack the ESP32 mainboard onto the ESP32 Expansion Board, and hook up them with Dupont wires, which is simple and convenient.

To make you master the electronic knowledge, detailed tutorials (Arduino C), schematic diagrams, wiring methods and test code are included. Through these projects, you will have a better understanding about programming, logic and electronics.

KS5003 With ESP32 Mainboard

KS5004 No ESP32 Mainboard

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Based on programming language, the product uses multiple sensors and modules to realize automated and intelligent management.

C/C++ and KidsBlock programming languages are provided in tutorials, which contain detailed project introduction, making programming method, logic and electronic circuit more accessible to you.

Importantly, it not only enhances our hands-on ability, but cultivates the awareness of scientific and technological innovation and problem-solving ability, which features strong practicality and creativity.

By the way, the sensors and modules are fully compatible with the PLUS main board ports, and the wires are convenient and easy to use.

If you have any difficulties or questions about this tutorial and toolkit, please feel free to contact us.

Features

• Integrity： We are able to learn multiple sensors.

• Practicability： Detailed working principles of sensors are provided.

• Innovation： The product can enhance our scientific and technological innovation and problem-solving ability.

• Flexibility： PLUS board offers good flexibility and scalability.

• Interactivity： Experimentation platform and communication communities can be used to share experiences with other learners.

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DIY Leaf Swing Magnetic Levitation Electronic Kit 5V Power Supply With LED Flow Light Scientific Practice Welding DIY Kit

Function introduction

Electromagnetic swing is a kind of swing driven by electromagnetic force. Its working principle is to use the magnetism of the magnet (same repulsion) to control the swing of the swing. When the magnet is above the Hall sensor, the Hall sensor detects a magnetic field and will output a low level. The triode Q2 will no longer be conductive, and the tertiary tube Q1 will be conductive. When the current passes through the magnetic levitation coil, the generated magnetic force will repel the magnet of the swing, thus changing the swing state.

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When it comes to programming, many consider it difficult. However, KEYES group rolls out a 4WD Mecanum Robot kit to cope with this problem. This product not only allows your child to learn the knowledge of programming, but also electronics, mechanics, control logic and computer science.

This is a low-cost, easy-to-operate and open source programming kit. In fact, it is also simple to install and connect from complex electronics integrated into a backplate and a 2.54 anti-plug terminal, which solely need a few simple assembly steps to build your own Mecanum Robot car.

It contains an IR remote control, 7-color LEDs, RGB2812, a line tracking sensor, a servo, motors and Mecanum wheels, an ultrasonic module,etc. Furthermore, the detailed projects will guide you to learn the working principle of sensors and modules.

There are 12 programming courses in this kit, which rang from simple to complex. If this can not meet your demand, you can seek to alter code and add extra modules to enrich the functions. That sounds entertaining, right? Let’s get started!

Features

1.Multi-purpose function: Color light display, IR control, bluetooth control, universal wheels control, ultrasonic following, ultrasonic obstacle avoidance, 4WD drive, car tracking and UNO PLUS control board.

2.Easy to build: Motor drive , RGB2812 and seven-color LEDs have been integrated on the bottom plate and without welding circuit.

3.Novel style: We use the Mecanum wheels and the wirings between modules are simple.

4. High extension: Preserve IIC, UART, SPI, ESP8266 WIFI and you can extend other sensors and modules. What’s more, the matrix keyboard has a strong controllability.

5. Basic programming learning：Using C language for Arduino IDE and Scratch graphical programming.

Parameters

• Input voltage：7-12V

• Working voltage：5V

• Maximum power consumption：15W

• Motor speed: 5V 200RPM

• Motor drive mode: DRV8833 Motor drive

• Ultrasonic induction angle: <15 degrees

• Ultrasonic detection distance: 2cm-400cm

• Infrared remote control distance: 10M (measured)

• Bluetooth remote control distance: 50M(measured)

• Bluetooth control: Support Android and iOS system

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Unleash Your Creativity!

Are you ready to dive into the exciting world of robotics and programming? Look no further! Our Smart Robot Car Kit is here to ignite your imagination and propel you into the realm of endless possibilities. With this kit, you can embark on a thrilling journey of discovery, unleashing your inner engineer and programming genius!

What sets our Smart Robot Car Kit apart is its exceptional versatility and user-friendly design.

It comes equipped with everything you need to assemble your intelligent robot car, all you need to do is bring your creativity and a pair of 18650 batteries (3.7v) to power it up! That’s right, no limitations on battery capacity, giving you the freedom to customize your robot’s runtime according to your needs.
But that’s not all. We believe in providing you with the best learning experience possible. That’s why we offer a comprehensive set of instructions and tutorials, available for download through a convenient link or QR code provided

with the kit. Whether you’re a beginner or a seasoned enthusiast, our step-by-step guide will take you through the

entire process, from assembly to programming, unlocking the true potential of your kit.

The Smart Robot Car Kit is specifically designed as a beginner-friendly programming learning tool. It serves as an excellent starting point for those venturing into the fascinating

world of coding. As you develop your skills and explore the possibilities, you’ll find yourself tackling more complex

projects, impressing your friends, and gaining the confidence to tackle any programming challenge that comes your way.
Not only is this kit a valuable learning tool, but it also makes for a fantastic project kit for school or class events. Imagine the excitement in the classroom as students work together to build their robot cars, fostering teamwork and sparking their interest in STEM subjects. It’s an ideal way to captivate young minds and inspire a lifelong passion

for technology.

Key Features:

● Battery type: 18650 (3.7v) with no capacity limit.
● Easy-to-follow instructions and tutorials are accessible through a downloadable link/QR code.
● Build essential engineering and programming skills.
● Ideal project kit for schools, classes, and group events.
So why wait? Ignite your curiosity and start your journey into the exciting world of robotics with our Smart Robot Car Kit. Unleash your creativity, develop your skills, and bring your wildest ideas to life. Get your kit today and prepare to be amazed!

(Note: The kit does not include batteries. 18650 batteries are required to power the robot car.)

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