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The DIY Fly Eagle mini drone kit is an interactive educational STEM quadcopter package for student hobbyists and beginner multirotor builders. The listing says the do-it-yourself set provides all the core electronic components, motors and frame pieces needed to build and fly a working micro UAV platform.
It is meant for classroom engineering projects and gives hands-on learning in basic aerodynamics and flight-control systems, with stable indoor flight manoeuvres.
The extended description says the kit bridges the gap between theoretical science and practical engineering and gives an engaging introduction to custom unmanned aerial vehicles.
Hands-on STEM learning: build the drone to learn how it works.
Stable coreless propulsion: brushed micro coreless motors.
Integrated 2.4GHz control: a multi-channel digital radio link.
Crash-resistant guard: impact-resistant high-flex ABS shell.
USB charging: standard 5V charging cable included.
Beginner target: for novices and STEM students.
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.
Classroom engineering projects
STEM learning about aerodynamics and flight control
Beginner builders
Stable indoor flight practice
Gifts for young learners
The specification table lists the Fly Eagle assembly line, a DIY micro quadcopter kit frame class, brushed micro coreless motors, a 2.4GHz multi-channel digital radio link, a rechargeable single-cell LiPo battery, an impact-resistant high-flex ABS chassis guard shell, a novice assembly skill level and a standard USB 5V charging cable. Flight time is 6 to 8 minutes of continuous indoor flight and charging takes 40 to 50 minutes.
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Series: Fly Eagle assembly line
Frame class: DIY micro quadcopter kit
Motors: brushed micro coreless
Radio: 2.4GHz multi-channel digital
Battery: single-cell LiPo, rechargeable
Guard shell: impact-resistant high-flex ABS
Skill level: novice / STEM student
Flight time: 6-8 minutes
Charging time: 40-50 minutes
1 x DIY Fly Eagle mini drone kit
1 x USB 5V charging cable
Students and beginners who want a solderless STEM drone kit.
Yes, it is designed for STEM learning.
6 to 8 minutes indoors.
40 to 50 minutes.
Brushed micro coreless motors.
Impact-resistant high-flex ABS plastic.
With the included USB 5V cable.
| Brand | Generic |
|---|---|
| Charge Time | 40-50 minutes |
| Flight Time | 6-8 minutes |
| Frequency | 2.4 GHz |
| Material | High-flex ABS guard shell |
| Selling unit | PCS |
