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Improve children's comprehensive abilities
Fylo EDU is a formation flying educational drone that can fly indoors or outdoors. It supports scratch and python programming for single or multi-drone formation flying. It can well meet the needs of educational learning, inspire children's innovative ability, and provide children with another perspective to perceive the world.
Self-developed simulation software
STEAM education brings talent and creativity into play!
Science
Technology
Project
Art
Math
The self-developed flight simulation software makes the programming results simulative and realizable, reduces the programming difficulty and flight risk, and has a good demonstration effect on the STEAM education in schools or institutions. It strengthens the understanding of drone software programming, easily guides young people to establish programming ideas, learn through fun, feel thinking from enjoyment, and transform from players to programmers.
Support Scratch and Python programming
Graphics programming is easy to understand
The visual Scratch language is suitable for users who are new to programming. Through modular control of the aircraft, users can set multiple flight parameters and trajectories such as take-off and landing, speed, and roll. They can even personally design "stunt" actions such as flips, and understand the logic of programming in an entertaining way.
Dance steps linked to light art
Synchronous programming of lighting and flight movements
Fylo EDU uses full-color LED lights, the lights are programmed synchronously with the flight movements, and the dance steps are linked to the light art, making the display effect more outstanding.
New wireless positioning technology
Two connection methods: WIFI and repeater
Fylo EDU uses a new wireless positioning technology that surpasses the traditional QR code positioning method. It does not require airspace application or additional construction. It can fly indoors or outdoors to enjoy three-dimensional space. The two connection methods of WiFi module and ground repeater make Fylo EDU less dependent on the environment in controlling distance, speed, tilt angle, flight direction, etc., and better ensure the integrity of data.
Normal mode/Graphics mode
Improve analytical and problem-solving capabilities in three-dimensional space
Normal mode: Program a single machine through PC and fly it alone; or combine the programs of multiple single machines into a dance formation flight; Graphic mode: Program multiple machines at the same time, or directly call and transform the existing programmed graphics, and control the flight of the entire graphics.
Product parameters
|
Size |
208*208*94mm |
|
Minimum machine distance |
0.5m |
|
Wheelbase |
165mm |
|
weight |
190g |
|
Wind resistance |
<5.4m/s |
|
LED Effect Light |
<5W |
|
Color Number |
1677W |
|
Horizontal speed |
1m/s |
|
Ascent speed |
1m/s |
|
Descent speed |
1m/s |
|
Battery life |
13min |
|
Suggested performance duration |
3-5min |
|
Battery capacity |
1500mAh |
|
Operating temperature range |
5℃~40℃; -5℃~40℃ |
* The parameter values listed on this page may vary to varying degrees under different external environments, usage methods, and firmware versions. Please refer to actual experience.
|
Size |
208*208*94mm |
|
Minimum machine distance |
0.5m |
|
Wheelbase |
165mm |
|
weight |
190g |
|
Wind resistance |
<5.4m/s |
|
LED Effect Light |
<5W |
|
Color Number |
1677W |
|
Horizontal speed |
1m/s |
|
Ascent speed |
1m/s |
|
Descent speed |
1m/s |
|
Battery life |
13min |
|
Suggested performance duration |
3-5min |
|
Battery capacity |
1500mAh |
|
Operating temperature range |
5℃~40℃; -5℃~40℃ |
* The parameter values listed on this page may vary to varying degrees under different external environments, usage methods, and firmware versions. Please refer to actual experience.
