The Cubee is great entry level wooden drone that provides an introduction to the STEM learning potential of the Airwood kits. Give your child an Airwood kit and have them build it, decorate it and then fly it. Wow! a great STEM project for the Australian Curriculum. And all environmentally friendly!
THE BEST DIY DRONE FOR YOUR KIDS
ENVIRONMENTALLY FRIENDLY MATERIAL
AIRWOOD uses FSC internationally certified high quality, renewable, eucalyptus laminates, which are processed from a whole board by high-precision laser cutting, an environmentally friendly process. Both the wood supplier and the wood cutting factory are the same suppliers to Disney. The quality is very reliable. The thickness of each board is manually measured, and each bayonet size is adjusted according to the thickness to ensure that each board has the same assembly strength.
LIGHTWEIGHT AND PORTABLE
The width of the aircraft is about 12cm, and the average weight of the aircraft is less than 80g (with battery), which is only the weight of a mobile phone. You can carry it with you wherever you go!
NO TOOL ASSEMBLY
High-quality eucalyptus laminates with high-precision laser cutting allow many parts to be tightly connected, and all parts are assembled using traditional knives without any extra tools. You can fly the drone as soon as it is assembled!
MODULAR TECHNOLOGY
The patented electronic module mounting structure enables simple installation and removal of electronic modules without the need for tools and without damaging the board. The installation is simple and even younger children can operate the drone independently.
ADVANCED MICROPROCESSOR
Unlike the simple integrated chip that toys usually use, we use a high performance "Cortex-M3" core professional microprocessor, imported directly from the original factory. This acts as the brain of the aircraft, providing a faster computing speed and higher operational efficiency, with more powerful features.
ADAPTIVE AI ALGORITHM
The flight control system uses an adaptive AI algorithm. Whether you one of the standard wood frames or your own DIY wood frame, the flight control system can automatically detect the overall performance of the drone and optimize the parameters through the Al algorithm. This makes flight control as stable and comfortable as ever.
BAROMETER ALTITUDE HOLDING ; VISUAL POSITIONING
The visual positioning sensor intelligently analyses the position information by continuously collecting the ground pattern, and combines with the barometer data to maintain a stable height. The aircraft can maintain a stable hover in the air without touching the remote controller. Flight operations are simpler and aerial photography captures clear images.
HD CAMERA
The 720P high-definition camera just plugs in directly to the control module. Using WIFI real-time image transmission through mobile phone APP you can capture great images and video. It can easily be removed when not in use for better flight performance.
MULTIPLE FLIGHT MODES
Whether you are accustomed to using the LEFT hand throttle (Mode 2) or the RIGHT hand throttle (Mode 1) operation mode, you can easily change it by dialling the code on the back of the controller.
GRAPHIC PROGRAMMING
Program the drone using the block coding language. Drag various command modules to the programming area; download them to the drone, and use the remote control to turn them on. The drone can then perform automatically.
Dimensions ; Weights vary depending on the drone model.
|
Dimensions |
(185-250)X(185-250)X(30-46)mm |
|
Foot Print |
120 – 80mm |
|
Weight |
75 – 80gm |
|
Drone Battery |
800mah |
|
Flight Time |
6 – 8mins |
|
Charging Time |
40mins |
|
Flight Distance |
50m |
|
Propeller |
65mm ABS |
|
RC Frequency |
2.402 – 2.28 Ghz |
|
RC Battery |
250mah |
|
RC TR Power |
(1mW) 0dBm |
|
Camera |
CMOS 3MP |
|
Camera Resolution |
1280 x 720 |
|
Programming Platform |
Arduino |
|
Programming Flash |
32KB, 2KB by bootloader |
|
Programming Timer Speed |
16MHz |
