
Students ages 8-13, primary and middle-school STEM programs, coding clubs and introductory workshops
Mini STEM Drone Kit
- Recognize the main components of a small quadcopter
- Follow an assembly sequence and verify connections
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Classroom drone education
Build a practical drone program with age-appropriate kits, structured course material and teacher support, configured for one classroom or a wider school rollout.
Bulk class sets are our focus. Single evaluation kits are also available.
A direct answer for educators
A classroom drone kit is more than an aircraft. It is a teachable system that helps students build, code, understand, fly and maintain a drone through supervised STEM activities. Samtech combines suitable hardware with curriculum, teacher preparation, spares and implementation guidance.
Selected customers
Samtech has supplied educational drone kits, training or program support to institutions across Africa, North America, Europe and Asia.
School drone kits
Choose by learner age and program goal. We can then configure quantities, batteries, spares, course content and instructor support.

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

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

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

Schools, STEM clubs, youth programs and developing competition teams
University and specialist platforms
The VAZ-10 supports university engineering and UAV development, while the compact RadioLink F121 supports progressive flight-control, micro-racing and optional FPV training.

University and research development platform

Altitude-hold micro racing and FPV training platform
Built around classroom delivery
A successful school drone program needs the right kit, a lesson sequence and a teacher who feels prepared to lead practical sessions. We configure these elements together.
Explore curriculum and training →Age-appropriate kits, controllers, batteries, chargers and recommended spares.
Guided building, drone fundamentals, flight safety and practical STEM activities.
Instructor orientation, setup guidance and Train-the-Trainer options.
Help with configuration, troubleshooting, replacement parts and future expansion.
For qualifying larger orders
Selected introductory course content or teacher orientation may be included at no additional charge with eligible institutional orders.
Eligibility and scope depend on order quantity, value, destination and delivery format, and are confirmed in the final quotation.Ask about a classroom packageSimple institutional buying
You do not need to know every technical specification before contacting us.
Tell us the learner age, class size, country, program goal and timeline.
We propose the kit-to-student ratio, spares, course pathway and teacher support.
Approve a single evaluation kit, a class set or a multi-school rollout.
School drone kit FAQs
Short, practical answers about classroom fit, curriculum, bulk orders and safety.
Browse all 32 FAQs →The Wooden DIY Drone Kit and Mini STEM Drone Kit are the main starting points for primary and middle-school programs. The best choice depends on learner age, assembly depth, available flight space and lesson objectives.
Yes. The Mini STEM, Wooden DIY, Code & Fly Programmable Drone and Drone Soccer pathways can be paired with practical course material, guided activities and instructor orientation. The scope can be adapted to learner age, timetable and intended outcomes.
For qualifying larger institutional orders, selected introductory course content or instructor orientation may be included at no additional charge. This is not automatic for every bulk order; eligibility and scope depend on order quantity, value, destination and delivery format and are confirmed in the final quotation.
Yes. A class set can include drone kits, controllers, batteries, chargers, common spare parts, storage, curriculum and instructor preparation. The final configuration is built around class size and program format.
Schools should define instructor responsibility, a controlled flight area, battery charging and storage procedures, pre-flight checks, emergency actions, maintenance records and rules appropriate to local aviation requirements.
Plan your classroom program
We will recommend suitable kits, quantities, course material and teacher support.