Description

Bullet Points

20 GUIDED ROBOTICS LESSONS WITH CODE - Go beyond assembling a robot with 20 step-by-step lessons and ready-to-use example code covering robotic movement, servo control, OLED display, RGB lighting, buzzer, wireless control and more.
4 WAYS TO CONTROL - Use the Adeept app on Android or iOS through WiFi, operate the arm with the included IR remote, Interactive control using a Processing-based PC control interface, or write your own Arduino programs for customized robotic movements.
UPGRADED 5-DOF ROBOTIC ARM - Two AD004 high-torque servos and a linkage-driven gripper provide stronger and more stable movement, while the redesigned controller adds an OLED display, 2 WS2812 RGB LEDs and a buzzer for interactive projects.
SMART CONTROLLER & USB-C CHARGING - The custom board integrates an ESP8266 WiFi module, infrared receiver and 2S Li-ion charging circuit, with USB-C connectivity for convenient recharging. Batteries NOT included.
BUILT FOR HANDS-ON STEM LEARNING - Explore robotics, mechanics, electronics, programming, wireless communication and automation through guided lessons, hands-on building and creative projects for makers and students.

MORE THAN A ROBOTIC ARM - A COMPLETE ROBOTICS LEARNING EXPERIENCE
The Adeept 5-DOF Robotic Arm Kit is designed for makers, students, hobbyists and STEM learners who want more than a robot to assemble and control.
With upgraded mechanical components, a redesigned smart controller, 4 control methods and 20 guided robotics lessons with accompanying example code, this kit provides a structured path from your first robotic movement to your own custom projects.

20 GUIDED LESSONS WITH CODE
Don't stop after assembling the robot.
The kit comes with 20 step-by-step robotics lessons and supporting example code, designed to help you progressively explore the hardware and learn how the robotic arm works.

Lessons can cover topics such as:

Robotic arm movement and servo control
Gripper operation
OLED display
WS2812 RGB LED control
Buzzer and sound feedback
Infrared remote control
WiFi and mobile app control
Programming and custom robotic movements
Electronics and hardware interaction
Creative robotics projects

The guided lessons make it easier to learn at your own pace, experiment with the robot and build a foundation for creating your own programs.

4 WAYS TO CONTROL YOUR ROBOT

MOBILE APP + WIFI
Connect through WiFi and use the Adeept app on Android or iOS to control the robotic arm wirelessly from your smartphone.

IR REMOTE CONTROL
Use the included infrared remote for quick and intuitive hands-on control without needing a smartphone or computer.

PROCESSING PC CONTROL
Connect the robotic arm to a computer and use the Processing-based control interface for visual PC control and interactive robotics projects. It provides another way to explore robotic movement and experiment with computer-based control.

ARDUINO PROGRAMMING
Move beyond remote control and write your own programs to experiment with servo movements, sequences, automation and custom robotics projects.

UPGRADED MECHANICAL DESIGN
The redesigned 5-DOF robotic arm features two AD004 high-torque servos and a linkage-driven gripper.
The upgraded mechanical structure provides stronger and more stable movement while giving you a better platform for exploring real robotic mechanisms.

A SMARTER AND MORE INTERACTIVE CONTROLLER
The new custom control board integrates an ESP8266 WiFi module and infrared receiver for wireless control.
It also includes an OLED display, two programmable WS2812 RGB LEDs and a buzzer, giving your projects visual and audio feedback and creating more opportunities for interactive programming.

CONVENIENT USB-C CHARGING
The controller integrates a charging circuit designed to support a 2S Li-ion battery system.
Connect a USB-C cable for convenient recharging and spend more time building, coding and experimenting.

LEARN BY BUILDING
Robotics is easier to understand when you can see your code control something in the real world.
Build the mechanical structure. Program the servos. Control the gripper. Display information on the OLED. Add RGB lighting and sound. Experiment with WiFi and infrared control.
Each step gives you an opportunity to understand how different parts of a real robotic system work together.

FROM FOLLOWING LESSONS TO CREATING YOUR OWN PROJECTS
Start with the guided lessons and example code. Learn how each component works. Then modify the code, experiment with new ideas and create your own robotic applications.
The possibilities include pick-and-place experiments, object handling, drawing projects, motion sequences, interactive demonstrations and other custom robotics projects.

20 Lessons. Multiple Ways to Control. Endless Ways to Create.

Build it. Learn it. Code it. Make it yours.
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Important Tips:
1. This robotic arm kit is loose pieces, you need to assemble it yourself;
2. Batteries NOT included, you need to buy 2x18650 battery by yourself.

Compatibility:
The Main Controller - Adeept Robotic Arm Control Board is developed based on ATMEGA328P and it is fully compatible with Arduino IDE. You should select the board model as (Arduino UNO R3) in the Arduino IDE.

Download Tutorials:
https://www.adeept.com/learn/detail-103.html