Myna S1
A DIY laser-cut wooden drone kit that lets students and hobbyists build a fully functional quadcopter while learning the fundamentals of aerodynamics, electronics, and flight control. Its lightweight, modular, and repairable design makes it ideal for STEM education, maker labs, and hands-on drone training programs.
Why this drone kit?
• Build-it-yourself wooden frame
• Safe, lightweight, and classroom-friendly
• Compatible with common brushless motors
• Repairable and re-cuttable on any laser cutter
• Ideal for hands-on STEM, makerspaces, and drone clubs
What you learn?
• Basics of quadcopter design
• Role of motors, ESCs, and flight controllers
• How LiPo batteries power drones
• Assembling and balancing a quadcopter
• Setting up radio control systems
• Understanding thrust, stability, and tuning
Kit Highlights
• Precision 3–4 mm laser-cut birch wood
• Modular X-frame assembly
• 250-class drone format
• Moisture-resistant natural finish
• Easy to assemble – no special tools required
Ideal For
Schools, colleges, maker labs, robotics clubs, hobbyists, workshops, drone training academies, and DIY enthusiasts.
Technical Specifications
| Drone Category | Nano |
| Weight | 61 gms |
| Kit Weight | 230 gms |
| Drone Frame Material | Lime Wood |
| Flying Time | 6-8 Minutes |
| Drone Battery | Lithium Polymer – 3.7V 600mAh |
| Remote Control Nattery | Lithium Polymer – 3.7V 400mAh |
| Charging Time | 70-90 Minutes, 5V USB type |
| Remote Frequency | 2.4 GHz |
| Flying Range | 150-200 ft |
| Motor Type | Coreless DC |
| Kit Content | Drone Frame, Remote Frame, PCB, Batteries, Motors |
| Soldering & Special Tools | Not Needed |
| Flying Height (Permitted) | 50 Ft (As per DGCA) |
Interested in bringing this drone to your classroom or workspace? Contact us today for detailed pricing, bulk order options, and educational discounts. Our team is here to help you find the right solution for your needs.