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The DIY HX750 mini drone kit is an all-in-one educational electronics assembly bundle for hands-on STEM learning, hobby tinkering and beginner multirotor training. It is built around a lightweight receiver and flight board, high-speed coreless motors and a matching 2.4GHz remote controller.
The listing says the kit turns practical aeronautical ideas into an accessible DIY build and gives students and enthusiasts a plug-and-play electronics base for building, soldering and launching a customised micro drone.
It includes the coreless motors, matching propellers, an integrated receiver and flight controller board, a LiPo battery and a 2.4GHz transmitter.
Complete DIY component bundle: coreless motors, propellers, receiver and flight board, LiPo battery and transmitter.
Pre-programmed gyro stabilisation: a gyro chip for auto-levelling and stable hover out of the box.
Micro coreless motors: lightweight 615/716 motors for responsive thrust and low power use.
USB charging: recharge the mini LiPo from a standard 5V USB port.
Educational value: learn how the parts of a drone fit together.
2.4GHz remote: a matched transmitter.
A micro quadcopter is a very small multirotor: four motors, a flight board that combines a receiver, a gyro and motor drivers, and a small lithium battery. The gyro senses when the drone tilts and the board speeds up or slows down individual motors to keep it level, which is why even a very small model can hover. Features such as altitude hold, headless mode and one-key return add sensors and software to make the aircraft easier to fly.
Before your first flight, charge the battery fully with the supplied USB lead, bind the transmitter to the drone if required and place the drone on a level surface for the gyro to initialise. Start in an open, indoor space with no fans or people close by, and take off gently. Small motors and batteries can get warm, so let them cool between flights.
Small drones are easily damaged by crashes, so practise slowly and keep spare propellers. Always remove the battery before you change propellers, keep small parts away from young children and follow local rules about where you may fly.
Assembly kits are a great way to learn how a drone works: you can see the motors, the flight board, the battery and the frame, and you learn how each part connects. Work on a clean table, use the correct screwdriver, check the direction of each motor and propeller before you fly and never charge a lithium battery unattended.
STEM lessons and classroom projects
Hobbyists learning to solder and build
Beginner multirotor training
Custom micro-drone experiments
Gifts for young engineers
The specification table lists a DIY HX750 mini drone set with four high-speed micro coreless motors, an integrated 2.4GHz receiver and gyro ESC board, an ergonomic 2.4GHz remote, four micro tri-blade or dual-blade propellers, a 3.7V 220mAh single-cell LiPo battery, a dedicated USB 5V charging lead, a flight time of about 5 to 7 minutes and a control distance of about 30 to 50 metres indoors in line of sight.
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Kit: DIY HX750 mini drone set
Motors: 4 x high-speed micro coreless motors
Control board: integrated 2.4GHz receiver and gyro ESC board
Transmitter: 2.4GHz remote control
Propellers: 4 x micro tri-blade / dual-blade
Battery: 3.7V 220mAh 1S LiPo
Charging: USB 5V lead
Flight time: about 5-7 minutes
Control distance: about 30-50 metres indoors
4 x micro coreless motors
4 x micro propellers
1 x integrated 2.4GHz receiver and gyro ESC board
1 x 2.4GHz remote control
1 x 3.7V 220mAh 1S LiPo battery
1 x USB 5V charging lead
Students and beginner hobbyists who want a complete DIY micro-drone kit for learning.
Motors, propellers, a receiver and gyro board, a LiPo battery, a transmitter and a USB charging lead.
High-speed micro coreless motors.
3.7V 220mAh 1S LiPo.
About 5 to 7 minutes.
About 30 to 50 metres indoors.
Yes, it is sold as a STEM assembly set.
| Brand | Generic |
|---|---|
| Battery | 3.7V 220mAh 1S LiPo |
| Control Range | About 30-50 m indoors |
| Flight Time | About 5-7 minutes |
| Frequency | 2.4 GHz |
| Selling unit | PCS |
