Weeemake 6 in 1 Weeebot Evolution Robot Kit Toy Robot Smart 6 in 1 Educational Experiment DIY Robotics STEM Education Coding Robot Kit

Name: Weeemake 6 in 1 Weeebot Evolution Robot Kit Toy Robot Smart 6 in 1 Educational Experiment DIY Robotics STEM Education Coding Robot Kit
Brand: ROBOTICS EMBEDDED EDUCATION SERVICES PRIVATE LIMITED
Price: 28994.0 INR
Availability: InStock

Price 28994.0 INR/ Piece

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MOQ : 1 Piece

Weeemake 6 in 1 Weeebot Evolution Robot Kit Toy Robot Smart 6 in 1 Educational Experiment DIY Robotics STEM Education Coding Robot Kit Specification

Power Supply
Direct Current (DC) System

Operating Temperature
0 to +50 Celsius (oC)

Usage
Algorithmic Thinking Development, AI & Robotics Training, K12 Innovation Labs, ATL Frameworks

Interface
4 x Dedicated RJ11 Smart Sensor Ports, 2 x DC Motor Outlets, 4 x Versatile Motor Gateways, 6 x Pin Conversion Terminals, 1 x USB Type-B Port, 1 x Bluetooth/2.4G Wireless Channel Slot

Sensors Specification
Integrated High-Accuracy RGB Ultrasonic Distance Ranger Sensor (4cm to 500cm detection zone), Double-Way Infrared Ground Line-Following Array

Components
380+ Pieces (Inclusive of Fasteners, Wheels, Tracks, Adapters, and Tools)

Power Source
On-Board Dual Rechargeable Batteries (Requires 2 x 18850 High-Capacity Lithium-Ion Batteries)

Output
Heavy-Duty High-Thrust Output via 10-Way Internal Motor Matrix Channel (M1 to M10)

Input
6V DC to 12V DC Range

Power Rating
Heavy-Duty High-Thrust Output via 10-Way Internal Motor Matrix Channel (M1 to M10)

Product Type
Educational Robotic Kits

Application
STEM Institutes, Smart Classrooms, Electronics Laboratories, Student Coding Competitions

Supply Voltage
6V DC to 12V DC Range Ampere (amp)

Function
STEAM Education, Hands-on Mechatronics Engineering, Multi-Form Robotic Prototyping

Color
Industrial Anodized Matte Orange and Structural Black Accents

Weight
1800 Grams (g)

Usage & Applications
Algorithmic Thinking Development, AI & Robotics Training, K12 Innovation Labs, ATL Frameworks. STEM Institutes, Smart Classrooms, Electronics Laboratories, Student Coding Competitions.

Cable Type
Custom 4-Core Double-Ended Polarized RJ11 Plug-and-Play Quick Cabling Harnesses

Display Type
Optional Expansion Interface Support (Compatible with 7*21 Blue LED Matrix Panels)

Conductor
High-Flexibility Heavy Insulated Stranded Ribbon Wire Connections

Rated Current
1.5A Continuous Output Current Limit Protection per Motor Channel Ampere (amp)

Material
Heavy-Duty CNC-Machined Anodized Aluminum Alloy Structure Plates with Composite Elements

Weeemake 6 in 1 Weeebot Evolution Robot Kit Toy Robot Smart 6 in 1 Educational Experiment DIY Robotics STEM Education Coding Robot Kit Trade Information

Minimum Order Quantity
1 Piece

Delivery Time
10 Days

About Weeemake 6 in 1 Weeebot Evolution Robot Kit Toy Robot Smart 6 in 1 Educational Experiment DIY Robotics STEM Education Coding Robot Kit

Description

The REES52 Weeemake 6-in-1 WeeeBot Evolution is a premium, industrial-grade DIY STEAM educational robotics platform engineered to teach advanced coding, mechanical engineering, and robotics automation. Constructed with structural anodized-aluminum mechanical plates, this all-in-one package features over 55 component categories and 380+ individual parts that can transform into six distinct pre-set operational robot forms. Powered by the high-performance 8-bit ELF Mainboard (ATmega328P based core), the system eliminates wiring errors through a modular, foolproof RJ11 connection architecture. Supporting cross-platform programming across mobile and PC frameworksranging from user-friendly Scratch 3.0 graphical drag-and-drop to textual Arduino C and MicroPythonthis kit serves as a highly modular, multi-year curriculum testbed for school innovation hubs, Atal Tinkering Labs (ATL), and robotics competition training programs.

The Six Evolutionary Building Forms Exploded

Four-Leg Robot Bug: A crawling quadruped configuration designed to explore bio-inspired movement mechanics and joint synchronization profiles.
Robot Penguin: An entertaining biomimetic form featuring independent wing-flapping mechanisms driven by alternating offset motor links.
Walking Robot: A dual-foot biped design optimized for balance optimization, gravity shifting, and walking sequence algorithms.
Three-Wheel Robot Car: A hyper-manoeuvrable tricycle design built for high-speed obstacle avoidance, automated indoor tracking, and line patrolling.
Detection Tank: A tracked chassis layout offering high ground contact and torque output, ideal for traversing rugged indoor obstacles.
Wall-E Robot Machine: A classic mechanical design incorporating complex multi-axis structural frames to study automation linkages.

Frequently Asked Questions (FAQs)

Q1: What age bracket or learning capability is this kit designed for?

A: The kit is optimized for students aged 8 and above. Thanks to its multi-tiered software integration, it easily anchors a two-year educational roadmap: Year 1 focuses on foundational visual block coding, while Year 2 expands into advanced textual Arduino C and MicroPython syntax.

Q2: Are the batteries and charger included in the standard commercial package?

A: No. The standard kit includes all core structural aluminum components, electronic modules, motors, sensors, and cables. The 2x 18650 high-drain lithium batteries and a matching external charger must be sourced separately.

Q3: Can we add extra custom parts or third-party sensors to the mainboard?

A: Yes, absolutely. The ELF mainboard is built on an open-source framework. Aside from its 4 integrated RJ11 ports, it exposes standard pin conversion rows that can interface with traditional Arduino or Raspberry Pi Analog and digital sensors.

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