Next-Gen Educational Robotics

Universal
Robotic
Platform

Revolutionary educational robotics constructor based on URS (Universal Robotic Standard) with AI elements. Systematic and comprehensive study of robotics fundamentals for all age groups.

Explore Modules → Learn More ↗
8+ Modules
100% Compatible
3 Age Groups
UNIBASE Platform

Modules

Modular system components designed for comprehensive robotics education

UNI BASE

UNI BASE

Core universal robotic platform with ESP32 controller, N20 motors with encoders, power management, and UniBaseControl library for simplified programming. Features one-way magnetic mounting system.

PLATFORM ESP32 LIBRARY MAGNETIC
UNI maze

UNI maze

Module for maze navigation equipped with two distance sensors and ability to install up to 4 sensors around the robot perimeter.

NAVIGATION SENSORS MAZE
UNI line

UNI line

Line following module equipped with two line sensors and possibility to install additional sensors like distance sensors.

LINE FOLLOWING TRACKING SENSORS
UNI dancer

UNI dancer

Dancing module equipped with two servos for arm movement and addressable LED strips with possibility to install additional sensors.

ENTERTAINMENT SERVOS LED
UNI grip

UNI grip

Gripper module equipped with two servos and possibility to install additional sensors like distance sensors or line sensors.

MANIPULATION SERVOS GRIPPER
UNI phone

UNI phone

Phone mount module for reliable phone installation, interacting with UNIBASE platform via wireless data transmission according to URS standard.

PHONE MOUNT WIRELESS VISION
UNI dev

UNI dev

Development module equipped with breadboard for installing electronic components, interacting with UNIBASE platform according to URS standard.

DEVELOPMENT BREADBOARD PROTOTYPING
UNI brain

UNI brain

AI brain module equipped with single-board computer like Raspberry Pi for developing AI-based programs or AI-based user interaction.

AI RASPBERRY PI MACHINE LEARNING

Universal Robotic Standard

Revolutionary modular approach to educational robotics with standardized platform and universal connectivity

Why URS?

URS eliminates compatibility issues, reduces learning barriers, and enables seamless module interchange between different educational projects and age groups.

🔧

Magnetic Mount System

8mm magnets positioned 50mm×30mm from center ensure one-way connection with automatic electrical alignment

⚡

Universal Power & Data

12-pin POGO connector provides 9V, 5V, 3.3V power lines plus SPI and UART protocols for any module complexity

🧠

Smart Platform Core

ESP32 controller with N20 encoder motors, built-in WiFi, protection circuits, and comprehensive I/O capabilities

📚

UniBaseControl Library

Simple commands like distMotors(), rotate(), getOdometry() hide complexity and enable focus on learning concepts

URS Connection Schematic
16-Pin Universal Connector
URS Power System
Power Distribution System

Key Benefits

01

Instant Compatibility

Any URS module works with any URS platform - no wiring, no configuration needed

02

Future-Proof Design

Reserved connection space ensures compatibility with future platform versions

03

Educational Focus

Students learn concepts, not connection details - from basic movement to AI programming

04

Community Ecosystem

Shared modules, methodologies, and projects across global educational network

Product Lines

Three specialized constructor versions for different age groups and learning objectives

01
UNI v. 1.1
Age: 10-11 years. Basic robotics fundamentals including maze navigation, line following, dancer and gripper modules.
02
UNI AI v. 1.2
Age: 12+ years. Advanced AI programming with phone mount, developer board and AI brain modules for custom projects.
03
UNI KIDS AI v. 1.3
Age: 6-9 years. Introduction to AI and basic programming concepts through interactive AI brain module.

About UNI BASE Platform

Universal mobile platform based on ESP32 controller with comprehensive robotics capabilities

UNIBASE Platform

UNIBASE Core Platform

Platform Detail 1
Platform Detail 2
Platform in Action

Platform Core Features

The UNIBASE platform represents the pinnacle of educational robotics design, combining cutting-edge technology with user-friendly accessibility.

🔧

ESP32 Controller

High-performance dual-core processor with built-in WiFi and Bluetooth capabilities for wireless communication and control

240MHz • Dual Core • WiFi • Bluetooth
⚙️

N20 Motors with Encoders

Precise differential drive system with encoder feedback for accurate movement control and odometry tracking

43mm Wheels • Encoder Feedback • Differential Drive
🔋

Power Management

Integrated charging circuit TP4056, voltage converters (9V, 5V, 3.3V), and protection against reverse polarity and short circuits

TP4056 Charging • 9V/5V/3.3V • Over-current Protection
🔌

Universal Connectivity

12-pin POGO connector providing multiple power levels and communication protocols (SPI, UART) for seamless module integration

12-pin POGO • SPI & UART • Magnetic Mount

UniBaseControl Library Examples

Simple and powerful programming interface for educational robotics development

Minimal Robot Setup

The simplest code to get your robot ready for programming

Arduino C++ 
#include <UniBaseControl.h>

UniBaseControl robot("Base");

void setup() {
  robot.begin();
}

void loop() { 
  // Your robot logic here
}

Maze Navigation - Left Hand Rule

Advanced algorithm for autonomous maze solving using sensor feedback

Arduino C++ 
#include <UniBaseControl.h>

UniBaseControl robot("Base");

void setup() {
  robot.begin();
}

void loop() {
  if (robot.getSideDistance() > 15) { 
    robot.rotate(-90);
    robot.distMove(200);
  }
  else if (robot.getFrontDistance() > 15) {
    robot.distMove(200);
  }
  else {
    robot.rotate(90);
  }
  delay(200);
}