Classroom drone kits

Choose a drone kit by classroom outcome.

Start with four school-ready pathways for building, coding, flying and team competition. Each can be configured as a class set with course material, spares and teacher support.

Request a quote ↗

For primary and secondary schools

School drone kits

These four platforms support practical building, beginner flight, coding and team-based drone activities.

Compact classroom build-and-fly kit

Mini STEM Drone Kit

A compact DIY drone kit for students ages 8-13, combining hands-on assembly, altitude-hold flight, three speed modes, smartphone control and an optional Wi-Fi camera.

Best fitStudents ages 8-13, primary and middle-school STEM programs, coding clubs and introductory workshops

Course-ready: Available with practical learning material and teacher support.

DIY assembly with a complete parts kit
Altitude hold and three speed modes
Optional 480P or 720P Wi-Fi FPV camera

View full details Request pricing →

Assembled Wooden DIY educational drone kit on a clean white background

Beginner school STEM drone kit

Wooden DIY Drone Kit

A wooden build-and-fly drone kit for learners ages 8 and above, combining airframe assembly, component recognition, altitude-hold hovering and beginner flight practice.

Best fitLearners ages 8 and above, primary STEM clubs, maker programs, home learning and beginner workshops

Course-ready: Available with practical learning material and teacher support.

Complete unassembled build-and-fly experience
Natural wood frame with lightweight construction
Altitude hold for stable hovering

View full details Request pricing →

Code and Fly programmable STEM drone on a clean white background

Programmable STEM drone with optical-flow positioning

Code & Fly Drone Kit

A programmable educational drone for graphical coding, Python learning and guided flight practice, with optical-flow positioning, three speed modes and app or remote control.

Best fitLearners ages 8 and above, school coding clubs, STEM classrooms, maker programs and introductory Python activities

Course-ready: Available with practical learning material and teacher support.

Graphical programming for an accessible first coding experience
Python programming for progression into text-based commands
Optical-flow positioning for steadier low-altitude flight

View full details Request pricing →

Protected 20 centimetre Practice Soccer Drone

Team sport, flight training and competition program

Drone Soccer Program

A complete introduction to drone soccer with FAI rules, protected practice and competition drones, netted arenas, goal rings, team equipment, training and support.

Best fitSchools, STEM clubs, youth programs and developing competition teams

Course-ready: Available with practical learning material and teacher support.

Practice and competition drone pathways
FAI F9A rules and team-role guidance
Netted arena and suspended goal-ring options

View full details Request pricing →

Separate advanced range

University and specialist training platforms

These platforms are available for engineering departments, research laboratories, flight-training centers and technical programs. They are not presented as school classroom kits.

Complete Samtech VAZ-10 educational drone development kit on a clean studio background

University and research development platform

VAZ-10 Development Kit

A modular carbon-fiber drone development kit for teaching assembly, electronics, flight-control configuration, testing, data analysis, sensors and autonomous projects.

Best fitUniversities, engineering departments, research laboratories and specialist training centers

Complete airframe, propulsion and electronics build
Pixhawk-class RadioLink Crossflight controller
ArduPilot and Mission Planner learning environment

View full details Request pricing →

RadioLink F121 micro racing drone shown from an angled front view

Altitude-hold micro racing and FPV training platform

RadioLink F121 Drone Kit

A 74.5 g micro racing drone with altitude hold, four progressive flight modes, a T8S radio system and an optional 5.8 GHz FPV configuration for structured pilot training.

Best fitLearners ages 14 and above, specialist training centers, flight clubs and micro-racing programs

74.5 g carbon-fiber and plastic micro airframe
Altitude hold using inertial navigation
Four progressive flight modes for skill development

View full details Request pricing →

Educational drone kit comparison

Compare every platform at a glance.

Final selection should consider learner age, instructor experience, class size, flight space and intended learning outcomes.

Platform	Best education fit	Primary learning value	Typical format
Mini STEM Drone Kit	Students ages 8-13 and school STEM programs	Recognize the main components of a small quadcopter	Individual or small groups
Wooden DIY Drone Kit	Learners ages 8 and above and beginner school STEM programs	Understand how an airframe supports the propulsion system	Individual or small groups
Code & Fly Drone Kit	Learners ages 8 and above, school coding programs and beginner STEM classrooms	Translate a planned sequence into graphical programming blocks	Individual or small groups
Drone Soccer Program	Schools, clubs, youth programs and competition teams	Develop orientation and accurate flight control	Team program
VAZ-10 Development Kit	Universities, research labs and specialist training centers	Identify and assemble mechanical and electrical subsystems	Individual or small groups
RadioLink F121 Drone Kit	Learners ages 14 and above, flight-training centers and clubs	Progress from low-speed altitude hold into stabilize and manual flight	Individual or small groups

Institutional quotation

Need help choosing a classroom drone kit?

Share the learner age, class size, destination and program goal. We will recommend a practical class-set configuration.

Request a quote ↗

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Classroom drone kits

Choose a drone kit by classroom outcome.

Start with four school-ready pathways for building, coding, flying and team competition. Each can be configured as a class set with course material, spares and teacher support.

Request a quote ↗

For primary and secondary schools

School drone kits

These four platforms support practical building, beginner flight, coding and team-based drone activities.

Compact classroom build-and-fly kit

Mini STEM Drone Kit

A compact DIY drone kit for students ages 8-13, combining hands-on assembly, altitude-hold flight, three speed modes, smartphone control and an optional Wi-Fi camera.

Best fitStudents ages 8-13, primary and middle-school STEM programs, coding clubs and introductory workshops

Course-ready: Available with practical learning material and teacher support.

DIY assembly with a complete parts kit
Altitude hold and three speed modes
Optional 480P or 720P Wi-Fi FPV camera

View full details Request pricing →

Beginner school STEM drone kit

Wooden DIY Drone Kit

A wooden build-and-fly drone kit for learners ages 8 and above, combining airframe assembly, component recognition, altitude-hold hovering and beginner flight practice.

Best fitLearners ages 8 and above, primary STEM clubs, maker programs, home learning and beginner workshops

Course-ready: Available with practical learning material and teacher support.

Complete unassembled build-and-fly experience
Natural wood frame with lightweight construction
Altitude hold for stable hovering

View full details Request pricing →

Programmable STEM drone with optical-flow positioning

Code & Fly Drone Kit

A programmable educational drone for graphical coding, Python learning and guided flight practice, with optical-flow positioning, three speed modes and app or remote control.

Best fitLearners ages 8 and above, school coding clubs, STEM classrooms, maker programs and introductory Python activities

Course-ready: Available with practical learning material and teacher support.

Graphical programming for an accessible first coding experience
Python programming for progression into text-based commands
Optical-flow positioning for steadier low-altitude flight

View full details Request pricing →

Team sport, flight training and competition program

Drone Soccer Program

A complete introduction to drone soccer with FAI rules, protected practice and competition drones, netted arenas, goal rings, team equipment, training and support.

Best fitSchools, STEM clubs, youth programs and developing competition teams

Course-ready: Available with practical learning material and teacher support.

Practice and competition drone pathways
FAI F9A rules and team-role guidance
Netted arena and suspended goal-ring options

View full details Request pricing →

Separate advanced range

University and specialist training platforms

These platforms are available for engineering departments, research laboratories, flight-training centers and technical programs. They are not presented as school classroom kits.

University and research development platform

VAZ-10 Development Kit

A modular carbon-fiber drone development kit for teaching assembly, electronics, flight-control configuration, testing, data analysis, sensors and autonomous projects.

Best fitUniversities, engineering departments, research laboratories and specialist training centers

Complete airframe, propulsion and electronics build
Pixhawk-class RadioLink Crossflight controller
ArduPilot and Mission Planner learning environment

View full details Request pricing →

Altitude-hold micro racing and FPV training platform

RadioLink F121 Drone Kit

A 74.5 g micro racing drone with altitude hold, four progressive flight modes, a T8S radio system and an optional 5.8 GHz FPV configuration for structured pilot training.

Best fitLearners ages 14 and above, specialist training centers, flight clubs and micro-racing programs

74.5 g carbon-fiber and plastic micro airframe
Altitude hold using inertial navigation
Four progressive flight modes for skill development

View full details Request pricing →

Educational drone kit comparison

Compare every platform at a glance.

Final selection should consider learner age, instructor experience, class size, flight space and intended learning outcomes.

Platform	Best education fit	Primary learning value	Typical format
Mini STEM Drone Kit	Students ages 8-13 and school STEM programs	Recognize the main components of a small quadcopter	Individual or small groups
Wooden DIY Drone Kit	Learners ages 8 and above and beginner school STEM programs	Understand how an airframe supports the propulsion system	Individual or small groups
Code & Fly Drone Kit	Learners ages 8 and above, school coding programs and beginner STEM classrooms	Translate a planned sequence into graphical programming blocks	Individual or small groups
Drone Soccer Program	Schools, clubs, youth programs and competition teams	Develop orientation and accurate flight control	Team program
VAZ-10 Development Kit	Universities, research labs and specialist training centers	Identify and assemble mechanical and electrical subsystems	Individual or small groups
RadioLink F121 Drone Kit	Learners ages 14 and above, flight-training centers and clubs	Progress from low-speed altitude hold into stabilize and manual flight	Individual or small groups

Institutional quotation

Need help choosing a classroom drone kit?

Share the learner age, class size, destination and program goal. We will recommend a practical class-set configuration.

Request a quote ↗