Roboki-t1

A Robotics Platform That Grows With Your Child

Most robotics kits stop at “build it once, play with it, and put it away.” Roboki-T1 is different.

Designed by EduNique, Roboki-T1 is a fully upgradable, reusable robotic kit built around a powerful codable brick. With wireless code-and-control, AI-enhanced coding through the Plode app, and an ever-expanding library of add-ons, it grows alongside a child’s imagination — from a first blinking LED to a voice-controlled smart robot.

What’s Inside Roboki-T1?

• Powerful Codable Brick — the brain of every Roboki build
• Strong, durable geared motors and big sturdy wheels
• Smart plug sensors and Plug & Play ports
• Fleximove connectors and solid plastic chassis blocks
• Long-running rechargeable Li-Ion battery (1200mAh)
• Wireless code and control

Four Ways to Learn and Build — Powered by Plode

• Play Mode — explore all of Roboki’s features without writing a single line of code
• Code Mode — tap-and-program for beginners, drag-and-drop for visual learners, Python for advanced users
• Data Mode — visualise real-time sensor data or build science-project games
• A.I. Mode — computer vision for object recognition, face identification, and custom voice commands

Fully Upgradable & Reusable

• Mechanical enhancements — arms, gears, pulleys, and chassis expansions
• Electronic enhancements — sensors and smart modules
• Software enhancements — new Plode features and project content

Key Features at a Glance

• RISC-V 32-bit processor for rapid performance and robotics control
• Bluetooth 5.0, Zigbee, and Thread wireless connectivity
• Dual motor drivers up to 2A per channel + two servo motor ports
• RGB Smart LED for customisable visual feedback
• USB Type-C port for charging and program uploads
• Rechargeable 1200mAh Li-Ion battery
• Plode App — Play, Code, Data, and A.I. modes (Android, iOS, Desktop)
• 15+ starter projects with video tutorials
• Fully upgradable with mechanical, electronic, and software add-ons
• Made in India

What Students Will Learn

• Industrial-grade robotics engineering with real processor and motor control
• Coding across all levels — from no-code Play Mode to Python scripting
• Computer vision, voice commands, and AI tools through A.I. Mode
• Real-time sensor data visualisation and analysis
• Wireless robotics design using Bluetooth 5.0, Zigbee, and Thread
• Robotics, AI, and engineering pathways through 15+ starter projects