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Drone courses
Learn to fly, and build the skills of the future
Training programs for students and youth in piloting, coding and assembling drones, from control basics to speed and mission competitions. It's not just a game, it's real hands-on experience that builds up.
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Licensed field events: We organize flying days and competitions on fields and open sites after obtaining permits and approvals from the relevant authorities, with trainers and clear safety standards.
A drone designed for young learners that combines coding, aerial photography and lighting in one quadcopter, programmable from a phone or computer. Available in two colors.
Drone ×1, controller ×1, battery ×1, propellers ×4, USB charging cable ×1, user manual ×1, carrying case ×1.
Coding
S8 Coding Drone
S8 Programmable Drone
An educational tool for institutions, programmable in two languages (Scratch and Python) and flown manually or by computer, with programmable RGB lighting and swarm flight shows. Available in black and transparent.
Two programming languagesCompatible with Scratch and Python, with direct code writing on the computer to develop programming thinking.
Two control modesManual flying with the controller + computer programming, combining learning and fun.
Programmable RGB lightingDesigning light patterns in code for group light shows in the air.
Interference-free swarm flyingFrequency memory prevents signal interference when several drones fly together.
Stable flightA 6-axis gyroscope and balancing algorithm for stable hovering and precise moves.
Long-range control2.4G range up to 100 meters outdoors.
Adjustable speedsA stick with graded speeds and two speed/throttle modes for beginners and advanced users.
Data exchangeSending flight data in real time via USB or Bluetooth while programming.
Educational valueProgressive coding training that develops spatial and algorithmic thinking.
Technical specifications
Drone size
27×27×11 cm
Battery
3.7V / 630mAh rechargeable lithium
Motor
716 coreless motor
Material
Plastic, metal and electronic components
Flight time
About 10 minutes
Frame diameter
18 cm
Charging time
35–40 minutes
Takeoff weight
102 g with battery
Control range
60–90 m
Control method
Controller / computer
Package contents
Drone ×1, controller ×1, battery ×1, propellers ×2, guards ×4, charging cable ×1, landing legs ×2, data cable ×1, screwdriver ×1, USB flash drive ×1.
Assembly & coding
Wooden Coding Drone
Wooden Assembly Programmable Drone
An educational drone with a wooden frame students assemble themselves with no glue or screws, ideal for starting to learn coding: they write code on the computer and upload it with one click.
An easy-to-learn coding drone approved for drone competitions, programmed graphically and in Python, with precise positioning, computer vision and swarm flying.
Competition-readyApproved for innovation, robotics and drone-coding competitions, and you can form a swarm show team of 10 drones.
Dual programmingGraphical + Python, with precise positioning, computer vision and expandable swarm flying.
Coordinate flying + strong visionExpansion with multiple modules for comprehensive drone-coding learning.
Complete curriculumPrecise positioning, smart vision, rich expansions and a professional curriculum.
Technical specifications
Wheelbase
≤160 mm
Maximum payload
≥10 g
Flight time
8 minutes
Movement range
0–100 m
Battery
1S 900mAh
Flight altitude
<100 m
Takeoff weight
≥50 g
Propeller
75 mm
Processor
Cortex-M3
Motor
Coreless motor
Functions
Precise hovering, marker positioning, coordinate flying, laser distance measuring, graphical and Python coding, external expansion modules, 9 expansion ports on the controller, a vision module, swarm flying and colored LED lighting (individual or group programming, and swarm shows of 10 drones).
Package contents
Drone ×1, controller ×1, battery ×1, Y4 charger ×1, data cable ×1, aluminum case ×1.
Competitions
JD-230 Competition Drone
JD-230 Competition Programmable Drone Kit
A Class C coding drone for student drone competitions, programmed graphically and in Python, with laser distance measuring, computer vision and programmable LED lighting.
Competition-readySuitable for the drone category (C) in robotics competitions at city, regional and national levels.
Dual programmingGraphical coding + Python code.
Swarm showsProgrammable LED lighting, individual programming and swarm flying with 10+ drones.
Technical specifications
Number of propellers
4
Voltage
3.7V
Wheelbase
210 mm
Flight time
About 18 minutes
Dimensions
≤400×400×200 mm
Battery
1200mAh, 35C discharge
Weight
250 g
Movement range
1500 m
Functions
1. Graphical coding (Mind+ and Scratch). 2. Stable hovering with laser distance measuring. 3. Flying by spatial coordinates and markers to reach precise locations. 4. Computer vision: marker positioning, recognizing colors, faces and objects, photography, line following and size measurement. 5. Nine expansion ports supporting multiple accessories and custom development.
Package contents
Drone ×1, controller ×1, battery ×1, Y4 charger ×1, data cable ×1, aluminum case ×1.
Swarm flying
Fylo EDU+ Swarm Flying Set
Fylo EDU+ Educational Swarm Drone (10 drones)
A complete educational kit of 10 drones for swarm shows and competitions, programmed graphically and in Python, with indoor UWB positioning stations that don't need GPS, plus ready-to-use teaching materials.
Competition-approvedSuitable for the drone category (C) in competitions at city, regional and national levels, and officially approved equipment.
Graphical coding + PythonUpload the program from the computer with one click, suitable for beginners and advanced users.
A complete educational solutionFull lessons, programming software, lesson plans and technical support, ready to apply in clubs and extracurricular activities.
Technical specifications
Drone weight (with battery and guard)
190 g
Maximum rotation speed
180°/s (pitch) – 30°/s (yaw)
Descent speed
2.5 m/s (1 m/s in shows)
Hovering accuracy
±0.3 m vertical and horizontal (indoor)
Climb speed
2.5 m/s (1 m/s in shows)
Wind resistance
Level 3 (3.4–5.4 m/s)
Maximum horizontal speed
5 m/s (2 m/s in shows)
Wheelbase
165 mm
Maximum altitude with positioning
10 m
Dimensions
208.67×208.67×93.92 mm
Flight time
12 minutes
Propeller
75 mm
Operating temperature
-10 to +40°C
Motor
Brushless 1104 (5500KV)
Positioning
UWB stations
Functions
1. Professional smart flying: precise hovering, marker positioning, coordinate flying, laser measuring and patrols over set points, covering all competition scoring items. 2. Indoor positioning stations without GPS (4, 6 or 8 stations). 3. A signal repeater to operate through it or via WiFi for a stable connection. 4. Precise altitude hold with TOF and UWB. 5. Strong stunt moves thanks to multiple sensors and a special algorithm. 6. Changeable colored LED lighting. 7. The Fylo App for managing swarm shows. 8. Protection against stalls, low battery and loss of control, plus physical protection.
Package contents
10 Fylo EDU+ drones, 34 batteries, 4 positioning stations with 4 tripods, signal repeater ×1, 10 chargers with charging docks, 40 spare propellers, 80 spare screws, USB to Type-C cable ×1, Type-C cable ×1, manual ×1, numbering stickers ×1, certificate of conformity ×1.
All products are available to schools and organizations with special volume prices. Click any product to see photos and full specifications, or contact us for a quote.Request a quote
Drone soccer
Drone balls for training and championships
A sport that combines flying and teamwork: drone balls meeting the F9A-B standard, from the small ball for kids to championship balls with brushless motors.
F9A-B standardCoreless and brushless motorsFor kids and pros3 team colors
Drone ball
T200 MAX Drone Ball
T200 MAX Coreless Drone-Soccer Kit
A coreless-motor drone ball designed for competitions, meeting the ASFC F9A-B standard, with a voice-prompt controller and a flexible, shatter- and impact-proof shell.
Built for competitionsA high-spec version suitable for all drone-ball competitions.
Professional competition equipmentOn approved equipment lists and suitable for international competitions.
Controller with voice promptsA built-in light strip, and it can connect to a computer for simulated flying.
Built-in turtle modeThe ball rights itself after a fall without intervention.
Flexible protective shellShatter- and impact-proof to the highest safety standards.
Technical specifications
Dimensions
200×200×182 mm
Flight modes
Self-stabilizing / altitude hold / headless / altitude limit
Wheelbase
112 mm
Lighting
16 LEDs
Propeller diameter
65 mm
Connectivity
2.4G
Motor
1020
Frame weight
75 g
Battery
7.6V 550mAh
Maximum flight time
4–6 minutes
Takeoff weight
98–109 g depending on battery
Control range
100 m
Functions
Free mode switching, one-key takeoff and landing, 360° stunt flips, three speeds, auto-stabilization, fixed-point hovering, one-key flip. One device for competitions, teaching, training and fun.
Package contents
Ball ×1, voice controller (with battery) ×1, USB charger ×1, propeller removal tool ×1, two pairs of spare propellers, USB-C cable ×1, lanyard ×1, propeller direction card ×1, certificate of conformity ×1, screwdriver ×1. Available in a color box or a portable ball case.
Drone ball
Shield 200 Drone Ball
Shield 200 Coreless Drone-Soccer Kit
A drone ball for beginners and schools, meeting the ASFC F9A-B standard, with a high-durability PP shell that won't break or deform and a programmable light strip. 3 colors.
Built for competitionsMeets the ASFC F9A-B standard.
Approved equipmentSuitable for official local and international competitions.
High-durability PP shellImpact-resistant; won't deform or break.
Excellent flight performancePrecise tuning for safe, stable flight.
Distinctive identityA programmable 22-LED light strip + an ID plate on the shell.
Wide compatibilityWorks with multiple controllers and supports ELRS receivers.
Technical specifications
Dimensions
200×200×180 mm
Frame weight
77 g
Motor
1020 brushed
Propeller
66 mm
Recommended battery
2S 450–550mAh
Flight time
5–6 minutes
Frequency
2.4GHz
Receiver
Built-in + external (optional)
Control range
≤50 m
Lighting
Front and rear LED indicators in seven colors
Functions
Pairing lock, with or without altitude hold, three speeds, headless mode, one-key takeoff and landing, mid-air flip, emergency motor stop, propeller stall protection, lighting adjustment and stick calibration.
Package contents
Ball ×1, controller ×1, lithium battery ×1, USB charging cable ×1, accessories bag ×1. Available in a square box, gift box or ball case.
Drone ball
Shadow 200 Drone Ball
Shadow 200 Coreless Drone-Soccer Kit
The best value among competition balls: updated 5.0 flight software, a stronger shell, a 32-LED ring light strip and quick self-righting by reversing the motors. 3 colors.
Durable, flexible shellA reinforced structure that withstands collisions.
Excellent performanceSpecial competition tuning, with higher speed and impact force.
Motor reversalQuick self-righting and returning to flight after flipping over.
Ring lighting32 programmable LEDs for clear team identification.
ExpandableSupports ELRS receivers.
Technical specifications
Dimensions
200×200×180 mm
Frame weight
80 g
Motor
1020 brushed
Propeller
66 mm
Recommended battery
2S 450–550mAh
Flight time
5–6 minutes
Frequency
2.4GHz
Receiver
Built-in + external (optional)
Control range
≤50 m
Special features
Ground flip and indoor positioning (requires extra accessories)
Functions
Pairing lock, with or without altitude hold, three speeds, headless mode, flip reversal, emergency motor stop, propeller protection, lighting adjustment, stick calibration and throttle mode switching.
Package contents
Ball ×1, controller ×1, lithium battery ×1, USB charging cable ×1, accessories bag ×1.
For little ones
Elf 125 Mini Drone Ball
Elf 125 Mini Drone-Soccer Kit
A mini drone ball designed for young children and beginners: a fully flexible shell, easy and safe, with a seven-color rear light strip for night flying. 3 colors.
Precise positioningA mini drone ball for kids and beginners.
Safe protectionA fully flexible shell, impact-resistant and easy to use.
Attractive designSmall and sleek, with a seven-color rear LED strip that supports night flying.
Outstanding performanceA small size with flight performance comparable to regular models.
Technical specifications
Dimensions
125×125×112 mm
Takeoff weight
45 g
Motor
716 brushed
Propeller
42 mm
Recommended battery
1S 450mAh
Flight time
>5 minutes
Frequency
2.4GHz
Control range
≤50–100 m
Charging time
About 30 minutes
Functions
Pairing lock, with or without altitude hold, three speeds, headless mode, emergency motor stop, flips, propeller protection, lighting adjustment and stick calibration.
Package contents
Ball ×1, controller ×1, lithium battery ×1, USB charging cable ×1, accessories bag ×1.
Brushless
Shield 205 Drone Ball (Brushless)
Shield 205 Brushless Drone-Soccer
The main championship model, meeting the F9A-B standard, with brushless motors, a removable modified-nylon shell and an open-source flight controller. Available in 3S and 4S versions.
Highly agile flightAn attacking weapon on the field.
Open-source flight controlCompatible with multiple professional controllers.
Multiple versionsBall only (PNP) / ready-to-fly kit (RTF) / kit with case, for beginners and pros.
Technical specifications
Specifications
3S version
4S version
Dimensions
205×205×205 mm
205×205×205 mm
Shell material
Modified nylon
Modified nylon
Frame weight
192 g
192 g
Motor
1404 4680KV
1505 4680KV
Propeller
2826
2826
Recommended battery
3S 1100mAh 60C
4S 1100mAh 70C
Takeoff weight
<260 g
<300 g
Flight time
>5 minutes
>5 minutes
Transmission protocol
ACCESS or ELRS
ACCESS or ELRS
Receiver
Built-in or external
Built-in or external
ESC
4in1 25A
35A AIO
Flight controller
F411
F411
Package contents
PNP version: the ball + accessories bag + tools. RTF version: the ball + controller + lithium battery + balance charger + accessories bag + tools. An RTF version with a ball case is also available.
Brushless
Shield 220 Drone Ball (Brushless)
Shield 220 Brushless Drone-Soccer
A professional competition ball meeting the F9A-B standard, with top and bottom shells that reduce vibration, a shock-absorbing central frame, and a touchscreen controller with channel hopping. 3 colors.
Top and bottom shellsEffectively reduce frame vibration.
A central frame of special plasticAbsorbs impacts.
Customizable logoA distinctive look reflecting the team's identity.
Precise sticks and a touchscreenChannel hopping for a stable connection and low power use.
Multiple versionsPNP / RTF / RTF with ball case.
Technical specifications
Specifications
3S version
4S version
Dimensions
220×220×200 mm
220×220×200 mm
Shell material
Modified PC
Modified PC
Frame weight
172 g
172 g
Motor
1404 4680KV
1505 4680KV
Propeller
2826
2826
Recommended battery
3S 1100mAh 60C
4S 1100mAh 70C
Takeoff weight
<260 g
<300 g
Flight time
>5 minutes
>5 minutes
Transmission protocol
ACCESS or ELRS
ACCESS or ELRS
Receiver
Built-in or external
Built-in or external
ESC
4in1 25A
35A AIO
Flight controller
F411
F411
Package contents
PNP version: the ball + accessories bag + tools. RTF version: the ball + controller + lithium battery + balance charger + accessories bag + tools. An RTF version with a ball case is also available.
Large class
Shield 400 Drone Ball (Striker)
Shield 400 Brushless Drone-Soccer (Striker)
The 40 cm striker ball for competitions, meeting the F9A-B standard, used by the champion team in the F9A-A class at the first Drone Soccer World Cup. A rigid yet flexible PC shell and a reinforced design against high-speed impacts. 3 colors.
The first world championshipThe ball used by the champion team in the F9A-A class.
PC shellRigid and flexible at the same time.
Reinforced frameWithstands high-speed collisions.
Strength and flexibilityHigh competitive performance.
Two versionsPNP (ball only) / RTF (ready-to-fly kit).
Technical specifications
Specifications
Standard version
Upgraded version
Dimensions
400×400×400 mm
400×400×400 mm
Shell material
PC + modified PP
PC + modified PP
Frame weight
About 813 g
About 735 g
Motor
2407 2800KV
2407 2800KV
Propeller
5.1 inch
5.1 inch
Recommended battery
6S 2200mAh 60C
6S 2200mAh 70C
Takeoff weight
<1160 g
<1100 g
Flight time
>5 minutes
>5 minutes
Transmission protocol
ELRS
ACCESS or ELRS
Receiver
Built-in or external
Built-in or external
ESC
AM32 55A
AM32 55A
Flight controller
F435
F722
Package contents
PNP version: the ball + accessories bag + tools. RTF version: the ball + controller + lithium battery + balance charger + accessories bag + tools.
All products are available to schools and organizations with special volume prices. Click any product to see photos and full specifications, or contact us for a quote.Request a quote
Training drones
Quadcopters for training and photography
Affordable, durable drones for control training and simulating competition conditions, aerial photography and simulator learning.
A professional-grade training drone and an affordable alternative to competition training equipment, simulating the feel of control in competitions, with multicolor lighting.
A training drone with a carbon-plate frame that's durable against crashes, easy to control and responsive, suited to third-person speed races and an affordable alternative to competition equipment.
A versatile, high-value mini drone that combines simulator training, real flight and aerial photography with an HD camera, in one kit from simulator to actual flying.
One drone for three tasksSimulator training, real flight and aerial photography.
Easy setupThe controller includes the simulator data package, connects via USB with no installation and works with popular flight simulators.
High-resolution cameraFor aerial photography.
High valueA complete kit from simulator learning to hands-on practice.
Technical specifications
Dimensions
80×80×43 mm
Wheelbase
65 mm
Material
ABS / electronic components
Battery
3.7V 300mAh 25C
Frame weight
21 g
Box size
19.5×23×8.5 cm
Propeller diameter
31 mm
Flight range
Up to 100 m
Supported devices
Computer / tablet / phone
Motor
615
Functions
One-key takeoff and landing, throttle control, speed change, one-key heading return, headless mode, one-key flip, altitude-hold hovering, one-key simulator, HD photography and lighting switching.
Package contents
Controller ×1, drone ×1, battery ×1, charging cable ×1, data cable ×1, screwdriver ×1, USB flash drive ×1, spare propellers ×2, landing legs ×1, manual ×1.
All products are available to schools and organizations with special volume prices. Click any product to see photos and full specifications, or contact us for a quote.Request a quote
FPV drones
FPV racing drones & accessories
Flying from the pilot's view: racing drones for advanced training and assembly, with goggles and controllers suited to FPV education.
Pilot's viewAssembly and solderingGoggles and controllersAdvanced training
FPV
Wind Rider FPV Drone
Wind Rider FPV Racing Drone Kit
An FPV racing drone for advanced training: full manual control and a distinctive racing feel, assembled by the student (assembly, soldering, configuration). FPV goggles and the controller are ordered separately.
An affordable starter FPV kit designed specifically for racing-drone curricula, allowing third-person or FPV flying; the goggles can be ordered separately.
Suited to studentsLighter and better value for money.
Technical specifications
Screen
4.3 inch
Product dimensions
155×144×113 mm
Resolution
800×480 IPS
Package weight
600 g
Input voltage
5–23V
Package size
183×183×142 mm
Internal battery
3.7V / 2000mAh
Recording
DVR
Product weight
300 g
Operating time
About 2 hours
Package contents
FPV goggles set ×1, box ×1.
FPV accessories
Jumper T0 Lite Hall Controller
Jumper T0 LITE Hall Radio Controller
A controller with wear-free Hall gimbals, supporting ELRS and the open-source OpenTX system, small and portable, and working with flight simulators on a computer; suited to FPV education.
Hall gimbalsNo wear and no dead zone, for precise, smooth control in races.
Multiple protocolsELRS or 4-in-1 version, compatible with various drones.
Open-source systemOpenTX for saving models and adjusting settings, suited to student experiments.
Small and portableFast Type-C charging, and works with flight simulators on a computer.
Suited to educationCustomizable buttons and warning alerts suited to teaching FPV.
Technical specifications
Protocol
ELRS
Screen
2-inch HD color
Colors
Dark blue, white
ELRS transmission range
>2 km
Package contents
Controller ×1, carrying case ×1, rechargeable 18650 battery.
All products are available to schools and organizations with special volume prices. Click any product to see photos and full specifications, or contact us for a quote.Request a quote
Tracks & arenas
Custom drone tracks and arenas
We design and supply obstacle, speed and coding tracks, drone soccer arenas, and tabletop tracks for classrooms, built to competition standards for daily training and championships.
Competition tracksTabletop tracksDrone soccer arenasGoals and scoring systems
✦ We show only some of the tracks here, and all tracks can be customized in size, color and with your organization's logo.
Goals and scoring
Electronic goals and scoring systems
The ideal partner for teaching and training drone soccer, from a small training goal to a full championship scoring system.
Electronic goal
Small goal with an LED counter
Electronic LED Scoring Mini Goal
An electronic goal for drone balls up to 20 cm in diameter that detects the ball passing with an infrared sensor and shows the score, with a programmable light strip. The ideal partner for teaching and training drone soccer.
A professional one-piece molded goal with a digital counter and an RGB strip, combining high-precision counting with a competition scoring system, expandable with sensing, remote control and a refereeing system. Comes as a pair of goals.
A referee device for remotely controlling electronic drone soccer goals and the score counter: add a point, subtract it, or reset the score. Works with the competition goal with scoring system.
A complete box that turns the science lesson into a hands-on experience: students build electrical circuits, run the motor and bell, and discover magnets, electromagnets and generating electricity. Aligned with the electricity and magnetism topics in elementary science curricula.
Standard edition52 pieces · 17 experiments
Advanced edition61 pieces · 22 experiments
Features
🔣 Circuit symbols on the partsEach part carries its scientific symbol (+ and − for the battery, L for the bulb, S for the switch), so students easily learn to read circuit diagrams.
📘 Illustrated guide and videosA guide explaining each experiment step by step, with educational videos via QR codes.
🧲 Electricity and magnetism togetherCircuits, magnets, magnetic levitation, and turning motion into electricity with the hand generator.
📦 A box that opens 180°A sturdy storage box that opens fully for sorting and grabbing parts easily. Size 20.4 × 15.3 × 9.5 cm.
✅ Safe and testedPassed safety tests, made of ABS, PP and metal.
🔧 Spare partsWe replace any missing or damaged part.
Sample experiments
Series circuitParallel circuitElectric motorElectric bellBuzzerElectromagnet
And other experiments: the hand generator, the compass, the magnetic car, magnetic levitation, static electricity with a balloon, the metal-plate battery, and conductors and insulators.
Advanced edition contents
Electric motor · hand-crank generator · electric bell · buzzer · hidden circuit box · electromagnet · two bulb holders · two knife switches · two battery holders · multi-base · compass · magnetic needle · magnetic car · U-shaped magnet · large and small bar magnets · two ring magnets · magnetic levitation stand · 6 wires and 2 clip wires · 4 copper and 4 zinc plates · 4 2.5V bulbs · two LEDs · fan · two balloons · paper clips · screwdriver · experiment guide · storage box
The standard edition does not include: the electric bell, the buzzer, the hidden circuit box and the electromagnet.
A hands-on course in which students learn the basics of structural engineering and simple machines by building real models: stable shapes, strong walls, levers, pulleys, wheels, gears and racks, then run their models with a motor and battery. Each activity has science goals, building tasks, an experiment, recording results and an extension question.
12 activitiesA hands-on lesson per activity
684 piecesBeams, gears, pulleys, wheels, motor
What does the student learn?
🧱 Parts and their functionsPins, beams, perforated bricks, axles, pulleys and gears, and when to use each.
🔺 Shapes and stabilityWhy the triangle is the strongest shape, and how cross bracing makes a wall strong.
⚖️ Simple machinesThe lever, the fixed pulley, the wheel and axle, and how they make work easier for people.
⚙️ Motion transmissionSpur, crown and bevel gears, belts and racks, and changing speed and direction.
🧪 Experiments and measurementRecording the relationship between weight and distance, and comparing sliding and rolling friction.
💡 Thinking and innovationOpen challenges and designing models from daily life, then presenting and sharing them with classmates.
The 12 activities
01 Circle, Straight Line and TriangleConnecting beams, building a triangle and a square, and discovering why the triangle keeps buildings and bridges stable.02 The QuadrilateralBuilding pliers and expandable, foldable four-sided structures like accordion gates.03 Strengthen Our HouseBuilding two walls with different structures and discovering the strength of cross bracing, then designing a sturdy house.04 The Eiffel TowerAn engineering challenge: build the tallest stable tower in 30 minutes, and understand gravity and the center of mass.05 We Can Lift the EarthBuilding a vise and a seesaw, and discovering the lever principle and the relationship between weight and distance.06 Wheels and PulleysPulleys of different sizes and changing speed, and building a well-pulley model.07 Raising the FlagThe fixed pulley and changing the direction of force, as in a flagpole, and building a fishing rod.08 The spinning carouselRunning the motor and battery, transmitting motion with a belt and changing rotation speed.09 Wheels and FrictionAn experiment on sliding and rolling friction with recorded results, then building a wheelbarrow.10 GearsThe driving, driven and idler gears, comparing gears and pulleys, and building a fan.11 Crown and Bevel GearsChanging the direction of motion at a right angle, and designing models from daily life.12 The RailwayThe rack and turning rotation into straight-line motion, and building a telescopic pole and a folding clothes rack.
By the end of the course, students build complete machines such as a tower crane, an elevator and a fan, and explain how they work.
Little Explorer: Building the City's Machines and Animals
A fun course for young children in which they build, with big, safe blocks, the construction machines, vehicles and animals around them: an excavator, a bulldozer, a crane, a helicopter, a sailboat, a dog, a bird and a dragonfly. Children learn to use a screwdriver, arms and rotating parts, and get to know each machine's function and safety rules.
12 activitiesA fun lesson per activity
Ages 4 – 7Big, safe blocks and a kids' screwdriver
How does each activity work?
💭 ImagineA question or real-life story opens the topic, e.g. how can we move a mountain to build a house?
🔍 ExplorePictures and discussion about the machine's or animal's shape, parts and function.
🧩 Solve the problemA building task with clear requirements: a stable model, a part that rotates and an arm that moves.
🛠️ Reference modelA picture of the model helps the child, who can add their own touch.
🎤 ShareThe child presents their model and talks about how it was built and any difficulties they faced.
🦺 Safety and valuesSafety signs, cooperation, kindness to animals and a love of exploration.
The 12 activities
01 The Useful ExcavatorThe excavator's shape, parts and uses, and using the screwdriver, the arm and the 360° rotating seat.02 The BulldozerBuilding the bulldozer and its bucket, and learning simple safety signs.03 The DrillerThe driller's parts and uses, building with the robotic arm and problem-solving.04 The CraneBuilding the crane's base and hook, and learning safety rules on construction sites.05 The Big TruckThe truck's structure and functions, and trying more than one way to build.06 Warehouse AssistantThe forklift and how it lifts goods, and developing observation from daily life.07 My DogA dog's traits and habits, building a dog creatively, and developing kindness to animals.08 The Flying BirdTypes of birds and their shared traits, and building a bird with different parts.09 The DragonflyThe dragonfly's shape and life stages, and building long and short arms.10 The HelicopterThe helicopter's parts and the rotor's role in flight, and safety awareness.11 The SailboatThe sailboat's features and uses, and developing a spirit of cooperation.12 The MicroscopeThe microscope's shape and how it works, and developing a love of exploration.