How to make drone whit household thing
Answers
I have tried a number of frames as you can see in the pictures, but no one worked well.
I mounted the motors, connected the propellers and connected the battery to the motors but none of the frames were stable.
step 2
Then I decided to make a frame myself.
I referred many websites regarding the parts of a drone and the importance of every part.
Studied more about the frame and the physics of a good frame. Studied about three rotor drones, four-rotor drones, and other multi-rotor drones. Finally decided to make a four-rotor drone.
A well designed and balanced frame should be symmetric about its center of gravity and its center of gravity(CG), the center of mass (CM) and the center of symmetry should coincide.
The weight of the frame should be as low as possible.
To make a frame, I collected many plastic pieces from trash and selected the one with the lowest weight.
Cut the piece of plastic without breaking.
Draw the shape of the frame as per dimension.
Make four holes for the motors as per the dimension of the motors.
Cut and remove the unwanted parts.
File the frame to perfection.
Do some final finishing works like sanding and filing the edges.
step 3
Now we need four motors and four propellers.
I shopped them online from eBay.in. You can buy this type of tiny motors for mini-drone from a local shop or from online platforms. And the propellers also.
The motor is rated at 3.7 V and it has high rpm.
The red or white wire is the positive one and the black one is negative
step4
Now we have the frame, motors, and the propellers. And we have to put everything together.
Connect the motors to the frame.
Stick the motor wires on the frame using small pieces of insulating tape as shown in the pictures.
Then stick a double-sided sticker to the middle of the frame to place the battery and the circuitry.
step 5
Now the motors and the propellers are ready.
For the first flight, we need a 3.7 V 150 mAh battery also.
Then
Connect the positive wires of all the four motors together.
Connect the positive wires of all the four motors together.
Then connect the negative pin of the battery to the negative terminals of the motors.
The video I attached here shows the demonstration.
step 6
Now the flight system is ready.
Now how to communicate with the drone wirelessly?
Some of my options are
IR communication using IR remote and phototransistor receiver.
Bluetooth module.
433 MHz RF module.
But I got some interesting stuff to work with.
step 7
I got an old flying toy and took out its circuitry and battery out.
This is an IR based system with IR remote control.
Open the helicopter body.
Remove the wires and take out the board and battery
step 8
We have the frame with motors and the board for control.
Now
Stick the board to the frame using double sided sticker tape.(place it in the exact center of the frame for a balanced flight).
Connect the motor wires to the motor connection of the board.
step 9
We are done.
Now we can control its flight using the IR remote controller.
HOPE IT WILL HELP YOU.....
Answer:
An important mechanical part of any drone is its frame. Everything including motors, battery, and circuitry are mounted on the frame.
I have tried a number of frames as you can see in the pictures, but no one worked well.
I mounted the motors, connected the propellers and connected the battery to the motors but none of the frames were stable.
step 2
Then I decided to make a frame myself.
I referred many websites regarding the parts of a drone and the importance of every part.
Studied more about the frame and the physics of a good frame. Studied about three rotor drones, four-rotor drones, and other multi-rotor drones. Finally decided to make a four-rotor drone.
A well designed and balanced frame should be symmetric about its center of gravity and its center of gravity(CG), the center of mass (CM) and the center of symmetry should coincide.
The weight of the frame should be as low as possible.
To make a frame, I collected many plastic pieces from trash and selected the one with the lowest weight.
Cut the piece of plastic without breaking.
Draw the shape of the frame as per dimension.
Make four holes for the motors as per the dimension of the motors.
Cut and remove the unwanted parts.
File the frame to perfection.
Do some final finishing works like sanding and filing the edges.
step 3
Now we need four motors and four propellers.
I shopped them online from eBay.in. You can buy this type of tiny motors for mini-drone from a local shop or from online platforms. And the propellers also.
The motor is rated at 3.7 V and it has high rpm.
The red or white wire is the positive one and the black one is negative
step4
Now we have the frame, motors, and the propellers. And we have to put everything together.
Connect the motors to the frame.
Stick the motor wires on the frame using small pieces of insulating tape as shown in the pictures.
Then stick a double-sided sticker to the middle of the frame to place the battery and the circuitry.
step 5
Now the motors and the propellers are ready.
For the first flight, we need a 3.7 V 150 mAh battery also.
Then
Connect the positive wires of all the four motors together.
Connect the positive wires of all the four motors together.
Then connect the negative pin of the battery to the negative terminals of the motors.
The video I attached here shows the demonstration.
step 6
Now the flight system is ready.
Now how to communicate with the drone wirelessly?
Some of my options are
IR communication using IR remote and phototransistor receiver.
Bluetooth module.
433 MHz RF module.
But I got some interesting stuff to work with.
step 7
I got an old flying toy and took out its circuitry and battery out.
This is an IR based system with IR remote control.
Open the helicopter body.
Remove the wires and take out the board and battery
step 8
We have the frame with motors and the board for control.
Now
Stick the board to the frame using double sided sticker tape.(place it in the exact center of the frame for a balanced flight).
Connect the motor wires to the motor connection of the board.
Explanation:
took long writing
its done