![]() ![]() These libraries are necessary to compile the code. An electrolytic capacitor with a value of minimum 100uF is connected to the VMOT and GND pins in order to protect the motor drivers as well as the Arduino from any potential back EMF from the stepper motor.Īs a first step make sure to install the Adafruit GFX, Adafruit SSD1306, and AccelStepper libraries from the library manager. All the ground pins are connected together while A1, A2, B1, and B2 pins are connected to the respective stepper motor. The MS1, and MS2 pins are tied to the 5V line, while enable pin in connected to ground. RST and SLP pins are connected to each other. 12V supply is connected to the VMOT pins of the drivers and the VIN pin of the Arduino through an ON/OFF switch. The connections to the motor driver are identical. ![]() The other can be used if you want to change the home passion to the other end. At the moment we only use one end-stop switch. The end switches are connected to the D9 and D10. VCC and GND are connected to the 5V and GND pins respectively. The rotary encoder’s SW pin is connected to the D2, while CLK is connected to the D3, and the DT pin is connected to the D4. The OLED is connected to the A4 and A5 pins of the Arduino along with the 5V and GND pins. The schematic diagram for the camera slider is very simple. The complete circuit diagram for the Arduino based DIY Camera slider is shown below. To learn more about 3D printing basics, please follow the link. It is recommended to print the parts with higher infill for better quality and sturdiness. The files for all the 3D printed parts for this motorized slider using arduino can be downloaded from the GitHub link provided at the end of the article along with the Arduino sketch and bitmap file. GT2 Timing belt closed loop 6 mm width – 158mmģD Printed Parts for Arduino Camera Slider.GT2 timing belt open loop 6mm width – 100cm.GT2 Timing pully 20 Teeth 5mm bore for 6mm belt – 3.M5 Button head/ Flat/ Philips bolt 15 mm – 10.M5 Aluminium Eccentric spacer 5mm bore 6mm length – 2.M5 Aluminium spacer 5mm bore 6mm length – 3.All of them would work with a little modification in the code while providing more stepping accuracy of 16, 32 and 128 in the given order. In the below project, we have used the TMC2209 V1.2 from BigTreeTech. For the motor driver, you can use either A4988 or DRV8825 or the TMC2209. The below GIF shows our Arduino motorized Slider in Action, it looks pretty cool, right? So keep reading and I will explain every detail to build this DIY motorized camera slider with pan and tilt head which you can use with your smartphone camera or professional DSLR camera.Ĭomplete code and detailed video for this Stepper Motor Camera Slider using Arduino is given at the end.Ĭomponents Required to Build Arduino Camera SliderĪll the parts you will require to build the camera slider are listed below. Once all the setup is complete you can start the movement by the start option, or you can restart the process by selecting the cancel button if necessary. The entire menu is controlled using a single EC11 rotary encoder. After that, the Arduino will walk us through the steps in which we can set the Slide in, Slide out, Pan in, and Pan out positions along with the movement speed. Once the platform is reached the homing position, ie the limit switch is activated the Arduino will set this position as the home position or the Zero position for the linear axis. As soon as the device is powered on the Arduino will activate the Linear axis motor and it will be active until the limit switch is activated. A limit switch is used to detect the homing position. We will use two stepper motors for each axis of movement. The working of the Camera Slider is pretty simple. If you are looking something more simple with only pan and tilt and no slider, you can check out this Arduino Face Tracking Robot Project. The entire system is made using off-the-shelf parts such as stepper motors, motor drivers, and Arduinos and it is designed to be very versatile. In this project, we are going to make a motorized camera slider using Arduino. Are you tired of having shaky footage ruin your video? Or do you want to make some cinematic, professional-looking shots? Let’s make a cheap and easy-to-make camera slider to solve these problems.
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