Product / course

Crawl-E

Crawl-E

Meet Crawl-E – The Agile Hexapod Explorer

The Crawl-E is a six-legged (hexapod) robotic kit designed to simulate spider-like movement and real-world terrain navigation. With 18 motors and advanced control systems, it delivers precise, stable, and dynamic motion—making robotics learning both fun and practical.

Built for students, hobbyists, and STEM labs, Crawl-E blends mechanics, electronics, and coding into one powerful learning experience.

Key Features

🕷️ 6 Legs with 18 Degrees of Freedom

  • Six-legged design for enhanced stability
  • 18 motors enable flexible, lifelike movement
  • Walk, crawl, turn, and explore uneven terrains

This spider-like mobility allows complex robotic behaviors and real-world simulation.


⚙️ Strong & Durable Build

  • Made with high-quality aluminum alloy frame
  • Designed to handle drops, bumps, and rough use
  • Lightweight yet strong for long-term usage

Built for both classroom environments and experimentation.


🧠 Smart Sensors & Expandability

  • Ultrasonic sensor for obstacle detection
  • Supports additional sensors and modules
  • Compatible with AI cameras and advanced add-ons

Enables interactive and intelligent robotics projects.


🔊 Interactive Features

  • Built-in 3W speaker for audio feedback
  • Supports voice interaction and AI-based actions
  • Plug-and-play accessories like laser modules

Makes learning more engaging and fun.


📡 Connectivity & Control

  • WiFi + Bluetooth 5.0 + USB connectivity
  • App-based control via PLODE
  • Real-time command and automation

Allows seamless integration with devices and coding platforms.


💻 Easy-to-Learn Programming (PLODE)

  • Block-based coding (beginner-friendly)
  • Flowchart & Scratch-style programming
  • Advanced coding with Python & C

Includes:

  • Play Mode (no coding required)
  • AI Mode & App Mode
  • Virtual simulator for testing projects

Coding is simplified into “Select → Assemble → Code” workflow.

A 6-legged programmable spider robot with 18 motors, designed for dynamic movement, coding, and real-world robotics exploration. Perfect for hands-on STEM learning and AI-based projects.

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