




DIY HX750 Mini Drone Kit - Complete STEM Educational Quadcopter Electronics Assembly Set with Remote Controller
The DIY HX750 Mini Drone Kit brings practical drone engineering into classrooms, maker spaces, and home workshops. Eliminating the complexity of advanced flight stack programming, this complete hardware set supplies all essential electronic components needed to build a fully functional micro quadcopter. From understanding motor polarity to testing 6-axis gyro stabilization, this kit serves as an ideal stepping stone for aspiring roboticists, students, and DIY RC hobbyists who want to learn the mechanics of flight from the ground up.
Key Features :
Complete DIY Component Bundle: Includes coreless motors, matching propellers, an integrated receiver flight controller board, a LiPo battery, and a 2.4GHz transmitter.
Pre-Programmed Gyro Stabilization: Integrated multi-axis gyro chip on the main receiver board ensures smooth auto-leveling and stable hovering out of the box.
High-Speed Micro Coreless Motors: Lightweight 615/716 coreless motors deliver responsive thrust ratios while maintaining low power consumption.
Simple USB Charging Setup: Includes a dedicated USB charging cable to safely recharge the mini LiPo battery from standard 5V USB ports.
Use Cases :
Practical STEM robotics workshops, school science projects, and university aerodynamics laboratory experiments.
Beginner-friendly indoor flight training for kids, hobbyists, and first-time drone pilots.
Custom micro quadcopter building projects using 3D-printed frames or popsicle-stick chassis designs.
Technical Specifications :
| Specification Parameter | Product Detail |
| Kit Name / Model | DIY HX750 Mini Drone Set |
| Motor Type | High-Speed Micro Coreless Motors (4 Pcs) |
| Main Control Board | Integrated 2.4GHz Receiver & Gyro ESC Board |
| Transmitter Radio | Ergonomic 2.4GHz Remote Control Unit |
| Propeller Configuration | 4 Pcs Micro Tri-Blade / Dual-Blade Props |
| Battery Power Cell | 3.7V 220mAh Single-Cell (1S) LiPo Battery |
| Charging Cable | Dedicated USB 5V Charging Lead |
| Flight Time Range | ~5 to 7 Minutes Per Charge |
| Effective Control Distance | ~30 to 50 Meters Indoor Line of Sight |
Compatibility Information :
The components in this DIY set are modular and easily adapted for custom micro frames. The main control board operates on standard 1S (3.7V) LiPo power and pairs natively with the included 2.4GHz remote transmitter. The coreless motor leads plug or solder cleanly into the board's motor output terminals.
Frequently Ask Questions :
Q1 ) What structural benefits do coreless motors bring to micro DIY drone kits?
Ans : Coreless motors feature a lightweight, ironless rotor design that provides rapid acceleration and immediate throttle response. This low rotational mass allows micro drones to hover smoothly and respond instantly to pilot commands.
Q2 ) Does this kit require advanced soldering tools to assemble the electronics?
Ans : Depending on the specific batch edition, most components feature simple plug-in connectors for the motors and battery. Basic wire soldering may be applied for custom frame integration, making it an excellent beginner soldering project.
Q3 ) Can I use standard industrial cyanoacrylate CA super glue to mount the motors on a custom frame?
Ans : Yes, CA super glue can be used to bond motor mounts to balsa wood or plastic frames, but hot glue or flexible silicone adhesive is recommended to cushion the motors against motor vibration and landing shocks.
Q4 ) Is the DIY HX750 Mini Drone Kit available for fast delivery across India?
Ans : Yes, this educational kit is stocked locally and available for prompt domestic shipping across all regions in India, making it ideal for school STEM projects and hobbyist workshops.
Q5 ) How do I properly pair the receiver board with the included transmitter remote?
Ans : Connect the 3.7V battery to the receiver board first so its status LED flashes rapidly. Turn on the remote controller and push the throttle stick fully up then down; the receiver LED will turn solid, signaling a successful radio link.




