WRO WORLD ROBOT OLYMPIAD Official WRO Competition Kit
Future Innovators Category

Future
Innovators Set

The ultimate robotics toolkit for young innovators competing in the World Robot Olympiad. Developed in collaboration with the WRO Association — built to inspire, educate, and win.

2 Controllers 6 Motors 30 Sensors 2000+ Building Blocks Micro:bit V2 AI Vision WiFi IoT
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Future Innovators Set — Main View
Future Innovators Set — Components Future Innovators Set — Build
2
Controllers
6
Motors
30
Sensors
2000+
Blocks
Future Innovators Set Overview
About the Kit

Designed for Champions,
Built for Every Learner

The ELECFREAKS Future Innovators Set is the premier toolkit for the World Robot Olympiad's Future Innovators category. Whether your team is starting out or aiming for the International Final, this comprehensive set provides the hardware, software, and guidance to succeed.

🏆
WRO Official Partnership
Developed in direct collaboration with the World Robot Olympiad Association — fully aligned with competition requirements from beginner rounds to the International Final.
🧠
Complete Learning Platform
Includes access to a WRO-designed learning platform with classroom materials for educators and self-paced online courses for students.
⚡
Everything Included
From controllers and motors to AI vision, WiFi IoT, and over 2000 building blocks — every component needed to build any concept into reality.
WRO ® WORLD ROBOT OLYMPIAD ™

Official WRO Future Innovators Competition Kit

Developed in collaboration with the World Robot Olympiad Association, this kit is purpose-built for the Future Innovators category. It gives teams everything they need to compete — from beginner level all the way to the International Final.

Competition Ready WRO Certified International Final All Age Groups Classroom & Self-Paced
Why Choose This Kit

Everything You Need to Innovate

A complete ecosystem of hardware and software designed to take students from first block to competition podium.

🤖
AI Vision Built In
The AI Lens supports face recognition, colour recognition, line tracking, ball detection, card recognition, and machine learning — all with one-button training.
🌐
WiFi & IoT Ready
The WiFi module connects to the Smart IoT platform (smartiot.space), enabling real-time data charts, cloud monitoring, and internet-connected projects.
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Precision Smart Motors
6 PlanetX Smart Brick Motors with closed-loop control, ≤3° accuracy, 125 rpm no-load speed, and built-in temperature, blocking, and voltage protection.
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2000+ Building Blocks
Fully compatible with LEGO and Fischertechnik building systems. The Nezha Pro case design seamlessly integrates electronic modules with mainstream block systems.
🔌
Anti-Reverse RJ11 Ports
All sensor and motor connections use colour-coded RJ11 connectors with dud-proof, anti-reverse plug design — fast, accurate, and student-friendly.
📚
Complete Learning Platform
Full access to WRO-designed classroom materials for educators, plus self-paced online courses for students learning independently at any level.
Core Components

Two Powerful Controllers

The kit's brain is a proven combination: the BBC Micro:bit V2 for student-friendly programming, paired with the Nezha Pro Breakout Board for real motor and sensor control.

Micro:bit V2
Controller 1

BBC Micro:bit V2

Single Board Computer — nRF52 Application Processor

The Micro:bit is an easily programmable Single Board Computer (SBC) designed for education. It runs user programs via its nRF52 application processor and communicates through a USB interface with drag-and-drop code flashing.

  • 5×5 LED matrix display with ambient light sensing
  • Bluetooth 5.0 via Nordic S113 SoftDevice stack
  • 3-axis accelerometer + magnetometer with gesture detection
  • Built-in speaker and MEMs microphone
  • 19 assignable GPIO pins with I²C, SPI, UART, PWM
  • On-chip temperature sensor
  • USB and JST battery connector power support
ProcessornRF52833, 64 MHz ARM Cortex-M4
GPIO Pins19 assignable + 2 I²C dedicated
ADC Resolution10-bit (0–1023)
WirelessBluetooth 5.0 + 2.4 GHz radio
Power5V USB or 3V JST battery
Edge Connector80-way, 1.27mm pitch
Nezha Pro Breakout Board
Controller 2

Nezha Pro Breakout Board

SKU: EF05070 — Motor + Sensor Expansion Hub

The Nezha Pro is the power hub of the system. It integrates a 4-way motor driver, 8-way sensor expansion port, and a built-in 900mAh battery. The case is specially designed with LEGO and Fischertechnik-compatible interfaces.

  • 4 motor ports (M1–M4) with closed-loop UART control
  • 8 sensor ports with colour-coded RJ11 connectors
  • 900mAh / 6.6Wh built-in lithium battery
  • Charges at 5V / 3A — full charge in ~50 minutes
  • Independent motor control buttons (no Micro:bit needed)
  • 45-minute operational runtime with full sensor load
  • 4-LED battery level indicator (25% increments)
SKUEF05070
Battery900mAh / 6.6Wh
Charging5V / 3A — ~50 min
Motor Ports4 (rated 1A, max 2A each)
Sensor Ports8 RJ11 ports (3.3V, max 1A)
Dimensions80 × 60 × 44 mm
30 Included Sensors

A Sensor for Every Challenge

Every sensor uses RJ11 colour-coded connectors and 3.3V logic — plug-and-play with the Nezha Pro board and fully supported in MakeCode.

💡
Light Sensor
EF05001
Analog output for ambient light intensity measurement.
👁️
PIR Sensor
EF05002
Passive infrared motion detection with digital output.
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Colour Sensor
EF05006
IIC colour detection with HUE value output. 55.8×23.8mm.
🔊
Sonar:bit
EF05007
Ultrasonic distance sensor with digital output at 3.3V.
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Crash Sensor
EF05008
Mechanical collision/bump detection with digital output.
🔴
Red LED
EF05009
Analog input LED module with adjustable brightness.
🟢
Green LED
EF05010
Analog input LED module with adjustable brightness.
🔵
Blue LED
EF05011
Analog input LED module with adjustable brightness.
🌿
Soil Moisture
EF05005
Analog output moisture sensing for agriculture projects.
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OLED Display
EF05016
IIC 0.96" OLED, 128×64 resolution — displays text & data.
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Push Button
EF05017
Digital output push button module for user interaction.
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Rotation Potentiometer
EF05018
Analog rotation sensor for variable input control.
🛤️
Tracking Module
EF05019
2-channel line tracking (8–11mm range) with digital output.
✋
Gesture Sensor
EF05020
8-direction gesture detection via IIC (PAJ7620U2 IC).
🌤️
BME280 Air Sensor
EF05022
Temperature, humidity, air pressure, and altitude via IIC.
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Water Level Sensor
EF05023
Analog output for measuring water level in containers.
7️⃣
7-Seg Nixietube
EF05026
TM1637-based 4-digit display with digital input.
📡
WiFi Module
EF05036
BL602 serial WiFi for IoT projects and cloud data streaming.
🌡️
DS18B20 Temp Sensor
EF05041
Digital temperature sensor — outputs in °C and °F.
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AI Lens
EF05045
AI camera with face, colour, card, line, ball recognition & ML.
What's in the Box

Complete Packing List

Everything arrives ready to build. No additional purchases required — this is a truly all-in-one competition kit.

Packing List
🎮 Controllers
BBC Micro:bit V2×2
Nezha Pro Breakout Board (EF05070)×2
⚙️ Motors & Servos
PlanetX Smart Brick Motor (EF05071)×6
Micro:Servo 360° (EF09081)×2
📺 Display Modules
OLED Display (EF05016)×2
Seven-Seg Nixietube (EF05026)×2
🌡️ Environmental Sensors
BME280 Air Pressure Sensor (EF05022)×2
DS18B20 Temperature Sensor (EF05041)×2
Water Level Sensor (EF05023)×2
Soil Moisture Sensor (EF05005)×2
Light Sensor (EF05001)×2
🤖 AI & Vision
AI Lens (EF05045)×1
Colour Sensor (EF05006)×2
WiFi Module (EF05036)×2
🔌 Input & Motion
PIR Sensor (EF05002)×2
Sonar:bit (EF05007)×2
Crash Sensor (EF05008)×2
Push Button (EF05017)×2
Gesture Sensor (EF05020)×2
Tracking Module (EF05019)×2
Rotation Potentiometer (EF05018)×2
RGB LEDs (Red, Green, Blue)×2 each
GPIO Connector×2
2000+ Building Blocks×1 set
Learning Outcomes

What Students Will Master

The Future Innovators Set delivers measurable STEAM competencies across coding, engineering, AI, data science, and collaboration.

01
Block-Based & Text Programming
Students progress from MakeCode block programming to JavaScript, learning variables, loops, conditionals, functions, and event-driven programming through real robot projects.
02
Robotics & Mechanical Engineering
Design and build working robots using 2000+ blocks, servo motors, and precision smart motors. Students learn gear ratios, torque, structural design, and iterative prototyping.
03
Artificial Intelligence & Machine Learning
Using the AI Lens, students train custom recognition models, understand classification, and deploy machine learning — all without complex algorithms. One-button AI training.
04
IoT & Data Science
Connect to the Smart IoT platform via WiFi to stream real-time sensor data, build dashboards, and analyse environmental readings — hands-on data science at the student level.
05
Environmental Sensing & Science
With 30 sensors covering temperature, humidity, air pressure, soil moisture, water level, and more, students conduct real scientific investigations aligned with curriculum standards.
06
Competition & Teamwork
The WRO framework develops team communication, project management, presentation skills, and competitive problem-solving — core competencies for 21st-century careers in STEM.
07
Electronics & Circuit Understanding
Students learn how digital vs analog signals work, how IIC/UART/SPI buses communicate, and how motor drivers, LEDs, and sensors operate at a functional level.
08
Systems Thinking & Integration
By combining multiple sensors, controllers, motors, and connectivity in one project, students learn how complex systems are designed, integrated, tested, and debugged.

Complete Learning Platform Included

The Future Innovators Set includes full access to the WRO-designed digital learning platform — giving teachers structured lesson plans and students self-paced online courses.

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Classroom Curriculum
Structured lesson plans aligned with WRO competition categories for educators teaching full classes.
💻
Self-Paced Online Courses
Students can learn independently at their own pace through guided online modules covering every component.
📡
Smart IoT Dashboard
Connect projects to smartiot.space for real-time sensor charts, cloud data, and IoT project demonstrations.
🏆
Competition Preparation
All content is aligned with WRO Future Innovators rules and judging criteria from local rounds to the International Final.
Learning Platform Future Innovators Set
Technical Specifications

Full Technical Details

Nezha Pro Breakout Board (EF05070)
Dimensions80 × 60 × 44 mm (excl. Micro:bit)
Weight142g (excl. Micro:bit)
Charging Voltage5V
Charging Current3A
Charge Time~50 minutes
Battery Capacity900mAh / 6.6Wh
Max Working Voltage8.4V
Rated Working Voltage7.4V
Min Working Voltage6.4V
Motor Output (rated)1A per port
Motor Output (max)2A per port
Sensor Port Voltage3.3V / max 1A
Motor Connectors4 units
Sensor Connectors8 units
Runtime (full load)~45 minutes
PlanetX Smart Motor (EF05071)
Operating Voltage5.0–9.0V
No-Load Speed125 RPM
Stall Torque≥29 Ncm
Positioning Accuracy≤3°
Operating Travel360° × N (unlimited)
ConnectorRJ11
Speed ReadingSupported
Angle ReadingSupported
Closed-Loop ControlSupported
ProtectionThermal, blocking, voltage
Weight31g
Micro:Servo 360° (EF09081)
Operating Voltage3.0–5.5V
Output Torque1.6 kg/cm
Rotation Angle360°
Servo TypeDigital (EF90D)
Dead Band Width5μs
Operating Temperature−30°C to +60°C
Plug TypeCommon JR/FUTABA
MaterialsPlastic gears & shell
AI Lens (EF05045)
ConnectionRJ11 — IIC
Working Voltage3.3V
Working Current300mA
Face RecognitionSupported
Colour RecognitionSupported
Card RecognitionSupported
Line TrackingSupported
Ball RecognitionSupported
Machine LearningSupported (one-button training)
Weight~170g

Ready to Compete?

Give your team the official WRO Future Innovators Set. Trusted by schools worldwide for competition training, classroom STEM, and self-directed learning.

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