Robust Metal DIY Robot Maker Project Laboratory Gear Advanced Teaching Programming Aid

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Basic Specifications

Model NO.	181017
Product Name	6 in 1 Evolution Robot Kit
Certification	RoHS, ISO9001, CE, CCC
Application	Teaching and Learning
Feature	Maker Learning / Electronic DIY
Type	Coding Steam Education Robotics Kit
Warranty	1 Year
Software	Weeecode (Scratch 2.0 + Arduino IDE)
Package Size	31.00cm * 23.00cm * 10.00cm
Gross Weight	1.800kg

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Product Description

6 in 1 STEAM Educational Robot Kit

The 6-in-1 Evolution is an extraordinary DIY STEAM educational robot kit designed to inspire and educate young minds. With over 50+ types of components and electronic modules, this kit offers endless possibilities for exploration and learning.

It seamlessly integrates mobile and PC platforms, allowing control through APP, graphical programming, and coding in Arduino and Scratch. The kit features six classic robot forms, enhancing assembly skills and programming abilities.

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Six Versatile Robot Forms

4DOF Robot Arm

Features four degrees of freedom, driven by two encoder DC motors, one 37 DC motor, and one servo motor for the gripper.

Robot Arm Tank

Combines a heavy-duty tank chassis with a robot arm structure and a durable metal gripper for versatile operations.

Forklift Robot

Simulates real-world machinery with a lifting mechanism made of a slider and transmission structure.

Ball Launcher Robot

Equipped with a shooting mechanism for table-tennis balls. Great for competitive and physics-based learning.

Walking Robot

Simulates bipedal-style movement using a single encoder DC motor and complex transmission mechanisms.

Self-balancing Robot

A two-wheeled robot supported by a 3-axis gyroscope sensor and precise encoder DC motors for stability.

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Advanced Control & Programming

Powerful ELF Mainboard

Modular design with a replaceable microchip (Supports ATMEGA-328P, ESP32, etc.). Features uniform ports for motor drivers and sensors, making wiring simple and clean via RJ11 connections.

Multi-Level Coding

Supports Scratch 3.0 graphical programming for beginners and Arduino IDE for advanced users. The dedicated mobile App provides manual control, line-following, obstacle avoidance, and voice control modes.

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Technical Specifications

Electronics	RGB ultrasonic sensor, Double-way line-following sensor, Light sensor, Sound sensor, IR receiver, Bluetooth 4.1 module.
Mechanical Parts	Over 350 pieces / 50+ types of components.
Communication	USB port, Bluetooth, 2.4G Wireless (Optional).
Motor Support	Supports up to 4 motors simultaneously.
Sensor Ports	10 Ports (4x RJ11, 6x Optional).
Dimensions	315 x 170 x 145 mm \| Weight: 1800g.

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Global Recognition

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Frequently Asked Questions

Why does the robot have no response when turned on?

Check for low battery voltage and recharge or replace them. Ensure batteries are installed with correct polarity (+/-) and verify the wiring on the battery holder.

The robot moves backward when I command it to move forward. How to fix?

The motor wiring is likely connected in reverse. Simply swap the motor connection ports to correct the direction.

How do I restore the factory settings?

Connect the robot to your PC via USB, open the software, and select "Restore Firmware". Choose "Factory Firmware" to resume original settings or "Mobile Firmware" for App control.

Why can't the robot move when connected only via USB?

USB power only supports the mainboard chips and sensors. To drive high-power components like DC motors or servos, you must connect the battery pack and turn on the power switch.

The Line-following sensor isn't working correctly. What should I do?

Ensure the sensor is 1-2cm from the map. Avoid using it under strong direct light, as IR interference can occur. Also, ensure the map is made of non-reflective material.

Do you offer customization services?

Yes, we offer customization, OEM, and ODM services for various educational projects. Please reach out with your specific requirements for detailed inquiries.