"Win Fly DIY Quadcopter"
【feature of product】
"DIY stereo drone puzzle, good pressure to get started"
"Win Fly DIY Quadcopter"
In order to assemble the 3D three-dimensional puzzle concept, strengthen the fuselage structure and mechanism design, the assembly process is more ingenious, and the new air pressure setting function is added.
More stable flight, lower the difficulty of flying, easy to get started, and set the personalized Flying Card slot design.
Can freely replace the personalized stereo LOGO logo on the drone.
Hands-on DIY assembly:
The precision design is firm and the assembly process can achieve stable flight without any screws.
Train your child's hands-on brain skills and train your child to be a great engineer.
Air pressure set:
Add the aircraft to the air pressure fixed height sensing module to increase the stability of the aircraft.
Let the novices do it easily and easily.
Not easy to damage:
The fuselage uses special aviation plywood, which is light and tough and not easy to crack.
After the engineer's precise design and hundreds of experiments, it is ensured that the drone collision is not easy to damage.
Laser cutting exclusive course:
Laser cutting can make a lot of interesting things, and is widely used by many makers, players, and machinery.
The ArkLab Flight Academy Rachel program trains children in engineering drawing, creativity and practicality.
Join ArkLab Flight Academy to learn more about laser cutting!
After purchase, you can get a lot of open source materials for learning, as well as long-term after-sales service.
Whether you want to self-study, extend your major, or an educational unit-related course with a textbook, it's great!
● Flight control core board * 1
● Remote control core board * 1
● Wooden frame combination board * 1
● 8520 high torque hollow cup motor * 4
● USB Lithium Battery Charger * 1
● Lithium battery 800mAh * 1 (aircraft use)
● Lithium battery 380mAh * 1 (for remote control)
● Protection frame * 4
● 76mm propeller * 4
Material: Aviation plywood
Shaft distance: 120mm
Rotor: diameter 76 mm
Endurance: 7 ~ 8 mins
Body size: 170 x 170 x 50 mm
Body weight: 68 g
Battery specification: 3.7V.800mAh
Communication method: 2.4G communication
Remote control distance: 50 M
(1) A group of teachers who are willing to develop school drone creative courses, community activities or life sciences courses.
(2) If you want to learn the drone control skills, the entry pocket will not lose blood, and you will want to further challenge the programmed drone students in the future.
~ The Wright brothers made planes, and humans began to share the sky with the birds~
Now, with the wings of technology, you can have a plane that is passionate about flying, you can own your own plane and sway your own sky.
Roll up your sleeves as a Maker, and you can fly to the sky with your hands and set foot on the road to great flying hands!
About [ArkLab Multi-rotor Workshop]
Ark Lab believes in the open source sky and hopes to share the fun of flying sky through the open source multi-rotor.
Founded in May 2014, ArkLab is committed to the development and promotion of multi-rotor applications, and strives to significantly reduce the technical threshold of open source unmanned aerial vehicles.
And can be closer to our lives, with the open source of the sky as a concept, everyone can share this free sky.
What is a multi-rotor aircraft?
If you have seen someone playing a remote control plane in a place like Riverside Park,
And it is an airplane that can take off and land vertically, and it has a high probability of being a multi-rotor aircraft.
As the name implies, a multi-rotor aircraft is composed of a plurality of rotors. The rotor is rotated to drive the fuselage. This is called a multi-rotor aircraft.
The flight path of the aircraft can be controlled by changing the relative speed between the different rotors.
The more common aircraft have four-axis, six-axis and eight-axis aircraft, in the current technology,
Because it is easy to make, control and lightweight, it is often used as a remote control aircraft.