Clear answers for schools, universities and training providers.

Yes. Samtech prepares institutional quotations for schools based on kit quantity, learner age, student-to-kit ratio, spare parts, batteries, curriculum, instructor training and delivery destination.

Yes. Schools can purchase a single evaluation unit to assess assembly, classroom fit and instructor requirements before approving a larger rollout.

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.

The Mini STEM Drone Kit supports guided building and flight activities, while Drone Soccer adds piloting, teamwork and competition. The Wooden DIY Drone Kit can also support introductory engineering activities. The best fit depends on learner age, assembly depth, available flight space and program goals.

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.

Yes. Single-unit enquiries are welcome, although the website is designed primarily for schools, universities, training centers and institutional programs.

Yes. Samtech can provide a foundation pathway covering components, electronics, sensors, control, Mission Planner and hands-on building, plus an advanced 75-contact-hour university course.

Yes. The Mini STEM Drone Kit, Wooden DIY Drone Kit and Drone Soccer Program 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. Content can be mapped to a short workshop, after-school club, intensive course or semester program. Contact hours and project depth can be adjusted to the learner group.

Yes. Instructor training can cover equipment setup, assembly, configuration, practical-session delivery, flight safety and troubleshooting.

Depending on the kit, students can learn airframe assembly, propulsion, power distribution, electronics, sensors, control systems, radio links, flight testing, maintenance, teamwork and autonomous mission planning.

Yes. Suitable projects include flight-time optimization, sensor integration, autonomous waypoint missions, data collection and companion-computer or computer-vision experiments.

Yes. Drone kits connect science, technology, engineering and mathematics through a physical system in which students can observe how structure, power, sensors, software and control affect real flight behavior.

The VAZ-10 is a modular educational quadcopter platform that exposes the airframe, propulsion, electronics, flight controller and software so students can assemble, configure, test, diagnose and extend a complete UAV system.

The VAZ-10 is designed for universities, engineering departments, research laboratories and specialist training centers that need an open, modular development platform. It is not positioned as one of Samtech's school drone kits.

Yes. The Pixhawk-class RadioLink Crossflight flight controller supports ArduPilot and can be configured through Mission Planner.

The platform provides space for companion computers and additional sensors. The final integration should account for mounting, power, communications, weight and thermal requirements.

No. The battery is sold separately so it can be selected for the intended configuration and handled according to the delivery destination's shipping requirements.

The modular structure and accessible components support inspection, part replacement and repair. Universities, laboratories and specialist training centers should include common spares and a maintenance process in their deployment plan.

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.

Some smaller platforms can be used in an appropriate controlled indoor area. The aircraft, room size, propeller protection, instructor supervision and local safety policy should all be considered before indoor operation.

The right ratio depends on the activity. Assembly and engineering projects often work well in small teams, while short beginner workshops may use more kits to give every student sufficient practical time.

Typical spares include propellers, fasteners, guards, motors, ESCs and other platform-specific high-wear components. Samtech can recommend a spare package based on kit quantity and program intensity.

Yes. A lab discussion can cover platform mix, workstations, batteries, chargers, tools, spares, software, safety procedures, curriculum, instructor training and implementation sequence.

International enquiries are welcome. Delivery feasibility, battery shipping and import requirements are reviewed for the destination before a final quotation is issued.

Share the organization type, learner age, estimated quantity, destination country, desired curriculum or training, target timeline and any required accessories or spare parts.

Yes. Samtech can prepare a combined proposal covering kits, accessories, spare parts, curriculum, instructor preparation and direct workshop delivery.

Yes. A school can combine the Wooden DIY Drone Kit, Mini STEM Drone Kit and Drone Soccer Program to create a progression from introductory assembly to piloting, teamwork and competition. Advanced university and specialist platforms can be quoted separately when appropriate.

Timing depends on quantity, configuration, training requirements, destination and shipping. Sharing the target start date in the quote request allows Samtech to propose a realistic sequence.

Yes. Send the required technical, commercial and delivery format with the enquiry so the response can be aligned with the institution's procurement process.