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Thinkerseek Lab Products
40+ kits across 8 categories
Robotics | IoT | Drones | 3D Printing | Laser Engraving | AI | Electronics & Tools | STEM & Accessories
ROBOTICS KITS
Mini Robotics Kit
Grades 4–5 | Beginner
Block-based coding
Entry-level kit featuring Otto Humanoid and Quad robot builds. Drag-and-drop OTTO Blockly coding, servo control, buzzer, IoT and sensor-based projects across 9 guided sessions.
Skills/Tools: OTTO Blockly, drag-and-drop coding, servo motors, IoT basics
Gomma Robotics Kit
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Grades 6–7 | Intermediate
Arduino / C++
Students learn Arduino UNO programming, LED control, motion sensors, LDR, potentiometer, ultrasonic sensor and build a mobile robot using DC motors and motor drivers.
Skills/Tools: Arduino IDE, C++, sensors (PIR, LDR, ultrasonic), servo, LCD I2C
Skills/Tools: IR sensors, Bluetooth, RGB LED, buzzer, PWM, ultrasonic, IP webcam
Mini Robotics Project Kit
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Grades 8–9 | Intermediate
Project-based
Students build 8 distinct robots — wall follower, edge avoider, line follower, IR remote robot, ambulance model, obstacle avoider, Bluetooth soccer robot and spy robot with live camera.
Skills/Tools: Python, Raspberry Pi, GPIO, Flask, L298N motor driver, PCA9685, web control
Advanced Robotics
& AI Kit​
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Grade 9+ | Advanced
Raspberry Pi + Python
Raspberry Pi-powered robotics with Python. Students control GPIO, build motor control systems, use Flask web API control, PCA9685 servo board, and assemble a full robotic arm with gripper.
Skills/Tools: OTTO Blockly, humanoid mechanics, servo control, sensor integration
Otto Humanoid DIY
Build Kit
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Grades 4–6 | Beginner
Humanoid robotics
A 3D-printed humanoid robot that students assemble, wire and program for movement sequences, hand control, rise & pose movements and sensor-based projects using OTTO Blockly.
Skills/Tools: Competition strategy, advanced coding, sensor fusion, teamwork
Robotics Competition
Kit
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Grades 8–12 | Advanced
Competition-grade
Designed for inter-school robotics competitions. Includes advanced chassis, high-torque motors, multi-sensor array, Bluetooth & IR control and a full arena flex banner for in-school events.
INTERNET OF THINGS (IoT) KITS
IoT Add-on Kit
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Grades 8–9 | Beginner
NodeMCU / Wi-Fi
NodeMCU-based IoT kit that connects sensors to Arduino IoT Cloud. Students build dashboards, control devices over the internet, monitor soil, temperature and humidity remotely.
Skills/Tools: NodeMCU, Arduino IoT Cloud, Wi-Fi, DHT sensor, soil moisture, IFTTT
Smart Home Automation Kit
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Grades 7–10 | Intermediate
ESP32 / Cloud
Students build a smart home prototype — controlling lights, fans and sensors via an IoT dashboard. Integrates IFTTT, Google Sheets data logging and mobile-based robot control.
Skills/Tools: ESP32, Google Sheets, IFTTT applets, cloud automation, mobile control
Weather Station IoT Kit
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Grades 8–10 | Intermediate
DHT + LCD + Cloud
Students build a live weather station that reads temperature, humidity and soil moisture, displays data on LCD, and streams it to an IoT cloud dashboard accessible from anywhere.
Skills/Tools: DHT11, LCD I2C, NodeMCU, Arduino Cloud, data visualization
Industrial IoT Lab Kit
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Grades 10–12 | Advanced
Raspberry Pi + MQTT
Enterprise-grade IoT concepts using Raspberry Pi 5, Arduino Nano, ESP32 and multi-protocol connectivity (Wi-Fi, Bluetooth, LoRaWAN). Students design smart agriculture and urban monitoring systems.
Skills/Tools: Raspberry Pi, MQTT, LoRaWAN, Python, multi-protocol networking, Edge AI
IoT Smart Agriculture Kit
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Grades 8–11 | Intermediate
Sensors + Cloud
A complete smart greenhouse and farm monitoring solution. Students automate irrigation, track crop health, monitor COâ‚‚ and light levels, and trigger alerts using cloud automation.
Skills/Tools: Soil sensors, COâ‚‚ sensor, automated irrigation, cloud alerts, sustainability
DRONE KITS
Pluto Drone Starter Kit
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Grades 5–7 | Beginner
Pluto App + Blocks
Students unbox, assemble and connect the Pluto mini drone, then fly it using the Pluto controller app. Introduces aerodynamics through paper airplane activities and block-based drone coding.
Skills/Tools: Pluto Blocks, flight physics, accelerometer calibration, smartphone control
Educational Drone – Primus Build Kit
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Grades 6–8 | Intermediate
Full assembly + flight
Students fully assemble a drone from propellers and motors to the Primus V4 flight controller. Covers aerodynamics, motor testing, throttle and joystick control, and precision flying sessions.
Skills/Tools: Drone assembly, flight controller, aerodynamics, precision flying, Pluto app
Skills/Tools: Pluto Blocks, GPIO, PWM, flight modes, autonomous missions, sensor data
Drone Programming Kit
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Grades 8–10 | Intermediate
Pluto Blocks + Python
Advanced drone coding with Pluto Blocks — GPIO control, PWM, takeoff/land commands, motor control, sensor access, flight mode switching and variable-based autonomous mission programming.
Skills/Tools: Gas sensor, sound sensor, compass, barometer, gripper module, logic gates
Advanced Drone
Sensor Kit
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Grades 9–12 | Advanced
Sensor integration
Students extend drone capabilities with LED modules, sound sensors, gas sensors (MQ6), barometer-based lift, compass direction sensing, logic gate implementation and gripper-based pick & place.
Skills/Tools: Creative coding, LED displays, flight choreography, design thinking
Drone STEAM
Creative Kit
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Grades 6–10 | Intermediate
Art + Engineering
Explores drones in arts, film, environmental science and entertainment. Students code creative flight sequences, LED displays and drone light shows — merging engineering with creative performance.
3D PRINTING KITS
3D Pen Starter Kit
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Grades 4–6 | Beginner
Hands-on creative
Students use 3D pens to create physical sculptures, geometric shapes and artistic models. Introduces spatial reasoning, creativity and basic material science through tactile making.
Skills/Tools: Spatial reasoning, freehand 3D design, geometric shapes, creative expression
3D Printer – Design & Print Kit
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Grades 4–7 | Beginner
Tinkercad + Cura
Students learn Tinkercad for 3D modelling, Cura for slicing, and operate the 3D printer to print geometric shapes, personalised nameplates and small engineering models.
Skills/Tools: Tinkercad, Cura slicing, geometric design, 3D printing workflow
3D Printer – Blockscad Engineering Kit
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Grades 8–10 | Intermediate
DHT + LCD + Cloud
Students use Blockscad — a code-based 3D design tool — to create shapes with logic, loops, variables, transforms and set operations. Bridges programming with physical fabrication.
Skills/Tools: Blockscad, 2D/3D shapes, loops, transforms, union/difference operations
3D Printer – OpenSCAD Advanced Kit
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Grades 7–9 | Advanced
OpenSCAD + code
Advanced parametric CAD using OpenSCAD. Students program shapes using trigonometry, modules, extruders and advanced transforms. Also covers internal printer mechanics, wiring and maintenance.
Skills/Tools: OpenSCAD, parametric design, trigonometry, extruder, hull, Minkowski
3D Printer – Maker Pro Lab Kit
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Grades 9–12 | Advanced
Product design
Real-world design briefs — prosthetics, robotics parts, sustainable products and architectural models. Students apply advanced CAD, iterate prototypes and present final physical deliverables.
Skills/Tools: Advanced CAD, material science, iterative prototyping, product design, sustainability
3D Filament Supply Pack
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All Grades
Consumable
PLA filament supply pack for classroom 3D printing. Available in multiple colours. Compatible with all standard FDM printers used in Thinkerseek labs.
Skills/Tools: Material types, filament loading, colour theory
LASER ENGRAVING KITS
Laser Engraving Starter Kit
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Grade 8 | Beginner
Creality software
Introduction to laser engraving — safety, materials, and Creality software basics. Students engrave simple designs on wood, adjust speed/power/focus, run test engravings and complete a wooden product project.
Skills/Tools: Creality software, laser safety, speed/power settings, slicing concepts
Laser Engraving – Advanced Projects Kit
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Grade 9 | Intermediate–Advanced
Multi-material
Students engrave on wood, acrylic and metal. Projects include personalised photo frames, keychains, metal jewellery, acrylic signage, phone stands and wooden clocks using advanced engraving techniques.
Skills/Tools: Photo engraving, 3D depth effects, metal engraving, maintenance, troubleshooting
ARTIFICIAL INTELLIGENCE KITS & COURSES
AI Kit – Python Fundamentals
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Grade 8 | Beginner
Python + Jupyter
Introduces Python programming through an AI lens. Students use Jupyter Notebook to learn arithmetic, conditionals, loops, data types, strings, lists, dictionaries, functions and file handling, culminating in a dice simulator project.
Skills/Tools: Python, Jupyter Notebook, data types, functions, file I/O, logic
AI Kit – Raspberry Pi & Robotics
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Grade 9 | Intermediate
Raspberry Pi + Python
Raspberry Pi-powered AI lab — GPIO, Sense HAT motion sensing, Python-based motor control, keyboard and web control using Flask, servo arm via PCA9685. Builds to a fully functional robotic arm.
Skills/Tools: Raspberry Pi OS, GPIO, Sense HAT, Flask web API, L298N, PCA9685, robotic arm
Machine Learning Vision Kit
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Grades 9–12 | Intermediate–Advanced
Python + TensorFlow
Students train image recognition, face detection and object classification models using real datasets. Build AI-powered projects including smart traffic lights and emotion recognisers using Python and TensorFlow.
Skills/Tools: TensorFlow, image recognition, face detection, model training, Python
AI Robotics Integration Kit
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Grades 10–12 | Advanced
Edge AI + K210 chip
Program robots with full AI capabilities — real-time face recognition, object detection, autonomous pathfinding, voice control and AI-driven decision making using the K210 Edge AI chip and Python
Skills/Tools: Computer vision, Edge AI, K210 chip, deep learning, autonomous robotics
Generative AI & Ethics Kit
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Grades 8–12 | All Levels
AI literacy + ethics
Students explore how generative AI works, build AI-powered mini-projects and engage in structured debates on bias, privacy, misinformation and the societal impact of AI systems — developing responsible AI thinking
Skills/Tools: Generative AI, AI ethics, prompt engineering, critical thinking, digital citizenship
ELECTRONICS, TOOLS & LAB SUPPLIES
Basic Electronics Kit (Tinkercad)
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Grades 6–7 | Beginner
Tinkercad + breadboard
Covers electricity, resistors, LEDs, breadboards, switches, capacitors, diodes, LDR sensors, transistors, RGB LEDs, potentiometers, DC motors, ICs, 555 timer and voltage regulators — all simulated and built practically.
Skills/Tools: Tinkercad simulation, breadboard, resistors, LEDs, 555 timer IC, LDR, RGB LED
Electronic Components Pack
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All Grades | Lab Supply
Lab consumable
Comprehensive electronic components bundle for classroom and lab use — resistors, capacitors, LEDs, transistors, ICs, sensors, motors, breadboards, jumper wires and more. One-year classroom supply.
Skills/Tools: Arduino IDE, C++, sensors (PIR, LDR, ultrasonic), servo, LCD I2CAll electronics modules across Grades 6–12
Skills/Tools: IR sensors, Bluetooth, RGB LED, buzzer, PWM, ultrasonic, IP webcam
Mechanical Tools Kit
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All Grades | Lab Suppl
Lab equipment
Complete set of mechanical tools for robotics and electronics labs — screwdrivers, pliers, wire strippers, soldering iron, multimeters, measuring tools and safety equipment for hands-on activities.
Skills/Tools: Lab safety protocols, electrical safety, emergency procedures
Lab Safety Equipment Kit
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All Grades | Lab Supply
Safety
Essential safety gear for STEAM labs — safety goggles, anti-static wristbands, fire-safe mats, insulated gloves, emergency cut-off switches and a first aid kit. Mandatory for all lab installations.
STEM CONCEPT KITS & LAB ACCESSORIES
Physics Lab Exploration Kit
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Grades 6–10 | Beginner–Intermediate
Sensors + Arduino
Hands-on physics experiments in motion, force, electricity, magnetism and optics using sensor-connected lab tools. Real-time data visualisation connects theory to measurable results.
Skills/Tools: Physics principles, data analysis, scientific method, sensor interfacing
Environmental Science & Sustainability Kit
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Grades 6–10 | Intermediate
Sensors + IoT
Students build solar-powered devices, monitor air and water quality with sensors and design solutions to real environmental challenges — developing scientific thinking and a sense of global responsibility.
Skills/Tools: Renewable energy, air quality sensors, water monitoring, sustainability design
Robotics Arena Flex Banner
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All Grades | Lab Accessory
Competition / display
Professional printed robotics competition arena flex banners for in-school events, demos and competitions. Set of 4 banners with Thinkerseek branding and challenge zone markings.
Skills/Tools: Competition setup, teamwork, robotics challenges