DIY School Kits
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DIY School Kits
T-M318 Remote-Controlled Paddle Boat DIY Learning Kit
– Build a working remote-controlled paddle boat
– Teaches electronics, motor control, and buoyancy
– DC motor-driven paddle propulsion included
– Wireless remote-control module for direction and speed
– Easy hands-on assembly with no soldering required
– Durable, lightweight materials ideal for STEM learningSKU: n/a -
DIY School Kits
T-M420 Taxiing Aircraft DIY Learning Kit
- Hands-on DIY kit to build a motorized taxiing model aircraft
- STEM-focused lessons in aerodynamics, propulsion, motion, and energy conversion
- Complete hardware set: motor, propeller, wheels, wiring, switch, and tools
- Beginner-friendly assembly with step-by-step instructions; ages 10 and up
- Durable plastic and lightweight metal parts for repeated classroom use
- Great for science fairs, after-school clubs, and classroom demonstrations
SKU: n/a -
DIY School Kits
T-M74 Hand-Operated Water Pump DIY Learning Kit
– Educational DIY kit that demonstrates the working principle of a manual water pump
– Hands-on STEM learning tool for students, hobbyists, and beginners
– Easy to assemble with no soldering required
– Teaches mechanical motion, suction, and hydraulic pressure concepts
– Durable plastic and mechanical parts for repeated classroom use
– Recommended for ages 8 and above, great for science fairs and demonstrationsSKU: n/a -
DIY School Kits
T-M10/T-M392 Solar Lunar Rover DIY Learning Kit
– Solar-powered lunar rover kit: runs on sunlight, no batteries required.
– DIY assembly designed for beginners and school students.
– Teaches solar energy, robotics, electrical circuits, and mechanical motion.
– Complete hardware set with motor, gearbox, solar panel, wheels, and tools.
– Ideal for classroom demos, science fairs, and hands-on STEM learning.
– Easy-to-follow instructions for a rewarding build and learning experience.SKU: n/a -
DIY School Kits
T-M304 Hand-Cranked Generator DIY Learning Kit
– Hands-on DIY generator kit to explore electromagnetic induction and energy conversion
– Manual hand-crank operation, no battery required
– Easy assembly with no soldering, ideal for beginners and students
– Durable, reusable educational model for repeated experiments
– Designed for STEM education, classroom demos, and science fairs
– Demonstrates how mechanical motion is transformed into electrical energySKU: n/a -
DIY School Kits
T-M410 Obstacle Avoidance Robot DIY Learning Kit
– Build and program your own obstacle avoidance robot using infrared or ultrasonic sensors
– Hands-on STEM kit combining mechanics, electronics, and coding
– Battery powered, low-voltage design ideal for students and beginners
– Durable wooden chassis with dual motor differential drive
– Includes motors, wheels, sensor, wiring, battery holder, and assembly accessories
– Assembly time 45-60 minutes; recommended skill level: IntermediateSKU: n/a -
DIY School Kits
T-M234 Wind Power DIY Learning Kit
– Hands-on wind power DIY kit for beginners
– Build a working mini wind turbine and generator
– Teaches renewable energy, aerodynamics, and STEM concepts
– Easy assembly with pre-cut wooden parts and simple hardware
– Includes DC motor, LED indicator, blades, wires, and accessories
– Safe, durable materials ideal for classrooms, workshops, and fairsSKU: n/a -
DIY School Kits
T-M199 Wind Turbine DIY Learning Kit
– Hands-on DIY wind turbine project that converts wind energy into low-voltage DC power.
– Ideal for STEM classes, science fairs, and practical classroom demonstrations.
– Easy, solder-free assembly with pre-cut parts; assembly time 30–40 minutes.
– Includes rotor blades, hub, DC motor/generator, LED indicator, wires, and base platform.
– Teaches aerodynamics, mechanical rotation, and energy conversion concepts.
– Durable, reusable materials built for repeated experiments and demonstrations.SKU: n/a -
DIY School Kits
T-M105 Creeping Robot DIY Learning Kit
– Hands-on DIY kit to build a creeping/crawling robot
– Teaches mechanical linkages, gears, and motor control
– Motorized operation using a small DC motor and 2x AA batteries
– Intermediate skill level, ideal for classroom or club projects
– Includes parts, screws, battery holder, and step-by-step instructions
– Encourages creativity, problem solving, and STEM learningSKU: n/a -
DIY School Kits
STEM Weather Station DIY Learning Kit
- Complete DIY weather station kit for hands-on STEM learning and weather monitoring
- Measures temperature, humidity, and optional air pressure with real-time display
- Build-it-yourself assembly promotes understanding of electronics and sensor integration
- Includes temperature sensor, humidity sensor, and LCD/LED display module
- Compatible with Arduino programming platforms for advanced learning opportunities
- Perfect for science fairs, classroom demonstrations, and STEM lab activities
- Safe, student-friendly design suitable for ages 8+ with no advanced tools required
SKU: n/a -
DIY School Kits
STEM Rotating Planet DIY Learning Kit
- Interactive STEM learning kit for hands-on astronomy education
- Build a functional rotating planet system that simulates real solar system motion
- DIY assembly develops problem-solving skills and mechanical understanding
- Perfect for science fair projects, classroom demonstrations, and STEM activities
- Safe, lightweight design suitable for students aged 8+ years
- Motorized operation makes learning engaging and visually appealing
SKU: n/a -
DIY School Kits
STEM Crystal Science DIY Learning Kit
– Hands-on STEM crystal growing experiments that teach chemistry and geology
– Grow real, display-ready crystals and observe formation over time
– Complete kit with crystal powder, seed crystals, containers, and mixing tools
– Step-by-step instructions suitable for beginners and students ages 8 and up
– Safe and student-friendly for classrooms, science fairs, and home use
– Ideal for school science projects, demonstrations, and STEM clubsSKU: n/a -
DIY School Kits
STEM Magnet Science 12 in 1 DIY Learning Kit
– Build 12 hands-on magnetic experiments to explore attraction, repulsion, fields, and motion
– Learn core STEM concepts: magnetism, polarity, force, and simple motors
– Includes magnetic bars and discs, iron filings, compass, frames, rods, clips, screws, and instruction manual
– Clear step-by-step guide for beginners and classroom use
– Safe, non-toxic components and child-friendly design (keep small parts away from children under 3)
– Portable kit ideal for home learning, classrooms, after-school projects, and science fairsSKU: n/a -
DIY School Kits
T-S39 Solar-Powered Wind-Powered Car DIY Learning Kit
– Dual-power design: run the car with solar energy or wind power.
– Hands-on STEM kit ideal for classrooms, science fairs, and hobbyists.
– Easy assembly with no soldering required; suitable for beginners.
– Teaches solar panels, motors, propellers, and energy conversion.
– Encourages critical thinking, creativity, and sustainable technology awareness.
– Compact educational model made of plastic and electronic components.SKU: n/a -
DIY School Kits
T-S23 Electric Motor Generator DIY Learning Kit
– Hands-on kit that demonstrates both electric motor and generator principles
– Ideal for STEM education, classroom demos, and science fairs
– Simple assembly with clear component layout; no soldering required
– Teaches electromagnetic induction, coils, magnets, and energy conversion
– Durable design for repeated classroom use and student experiments
– Encourages problem-solving, experimental skills, and critical thinkingSKU: n/a
DIY School Kits – Hands-On STEM Learning for Young Innovators
Discover Pakistan’s largest collection of DIY School Kits designed to transform classroom learning into exciting hands-on experiences. Our educational science kits help students aged 8-16 understand real-world engineering concepts through building and experimentation. From solar-powered cars and wind turbines to robotic crawlers and hydraulic machines, each kit comes with pre-cut wooden components, motors, wires, and step-by-step assembly instructions.
These STEM project kits are perfect for school science fairs, engineering exhibitions, and home learning. Students learn fundamental principles of renewable energy, mechanics, electronics, and robotics while developing problem-solving skills and creativity. Whether your child is building a remote-controlled paddle boat, assembling an obstacle avoidance robot, or creating a working escalator model, they’ll gain practical knowledge that textbooks alone cannot provide.
Our DIY learning kits support the Pakistani curriculum’s emphasis on practical science education and are used by schools across Islamabad, Lahore, Karachi, and nationwide. Each kit includes all necessary components – no soldering required – making them safe and accessible for young learners. Teachers and parents trust Colgroad for quality educational materials that make STEM subjects engaging and memorable.
Frequently Asked Questions
What age group are these DIY kits suitable for?
Our DIY School Kits are designed for students aged 8-16 years. Simpler kits like the Wind Turbine or Traffic Light are ideal for younger children (8-10), while advanced projects like the Obstacle Avoidance Robot or Solar Lunar Rover suit older students (12-16). Each product listing includes recommended age and difficulty level.
Do these kits require soldering or special tools?
No soldering is required. Most kits use screw connections, plug-and-play wiring, and pre-cut wooden parts. Basic tools like a screwdriver may be needed for some assemblies. All necessary electronic components, motors, and batteries are included in the kit.
Are these kits suitable for school science fair projects?
Absolutely! Our DIY kits are specifically designed for science fairs, school exhibitions, and engineering competitions. Popular choices include the Solar-Powered Car, Hydraulic Rocket Launcher, Hand-Cranked Generator, and Remote-Controlled 4WD Vehicle. Each demonstrates clear scientific principles that judges appreciate.
What STEM concepts do students learn from these kits?
Students learn renewable energy (solar panels, wind power), basic electronics (circuits, motors, LEDs), mechanical engineering (gears, pulleys, hydraulics), robotics fundamentals, and physics concepts like energy conversion, motion, and force. Building these projects reinforces theoretical classroom knowledge through practical application.
Do you offer bulk discounts for schools?
Yes, we provide special pricing for schools, tuition centers, and educational institutions ordering in bulk. Contact us via WhatsApp or email for customized quotations based on your requirements. We also offer guidance on selecting appropriate kits for different grade levels.
How long does it take to assemble these kits?
Assembly time varies by complexity. Simple kits take 30-60 minutes, while advanced projects may require 2-3 hours. Detailed pictorial instructions are included with each kit. The building process itself is educational, teaching patience, following instructions, and systematic problem-solving.
