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If your device can detect location (has GPS or WiFi), and you are at the place where the dish should be installed, you can just click on the [Track my location] button on the map. You'll have to agree to share your location with the site.
- English
If your device can detect location (has GPS or WiFi), and...
- English
This is an automatical satellite dish positioner with an ESP8266 D1 Mini, a compass and an MPU. It controls the satellite dish direction with a Diseqc rotor (azimut) and a linear actuator (elevation). It uses an gyroscope device for elevation and a compass device for azimut control.
Satellite Finder / Dish Alignment Calculator with Google Maps | Android and iOS App | DishPointer.com.
The satellite positioner stores the position of the satellites in memory and allows you to move the dish to the desired satellite when you change the satellite channel. The advantage of this device is the possibility of controlling and setting the positioner via Wi-Fi.
So I chose the satellite dish positioner, its main function is to store the position of the satellites in memory and the ability to move to the satellite requested from the receiver.
The proposed system will track geographically synchronized satellites. The system is designed with a Satellite Dish Control Unit (SDCU), a Signal Detection Tuner Unit (SDTU), Raspberry Pi (RPI), DC motors, motor control circuits and display units.
A 3.2 meter diameter antenna dish, a digital satellite receiver and a GPS were employed to capture signals from the satellite source and focus them onto the antenna, decode the channels of the satellite and determine the position of the antenna respectively.
