PstRotator YO3DMU
winget install --id=YO3DMU.PstRotator -e AZ + EL control, Satellites Tracking, Moon Tracking, DSN—intended for VHF, UHF, SHF
PstRotator is a software application designed to control antenna rotators, enabling precise azimuth (AZ) and elevation (EL) adjustments. It supports both separate AZ and EL controllers or single AZ/EL interfaces, connected via RS232 ports or USB-to-serial converters.
Key Features:
-
Precision Control: Antenna positioning can be achieved through mouse clicks on a graphical interface (e.g., compass rose), keyboard arrows, preset locator codes, map selections, or direct callsign input.
-
Remote Multi-user Access: Configure PstRotator as a server-client system for remote operation over TCP/IP networks, ensuring continuous link status monitoring and automatic reconnection if needed.
-
Integrated Mapping: Utilize Google Maps or custom UI-View maps for directional targeting, allowing users to click on a map location to align the antenna accordingly.
-
Callsign Database Integration: Automatically retrieve geolocation data from CTY.DAT, VHF_USA.mdb, VHF_EU.mdb, and CALL3.TXT databases by entering a callsign, enabling direct pointing towards the target QTH.
-
Satellite, Moon, and Sun Tracking: Built-in algorithms for celestial tracking allow users to point their antennas at satellites, the Moon, or the Sun, with additional features like horizon-based shutdown or parking.
-
RA/DEC Coordinate Support: Enter Right Ascension and Declination values from radio astronomy catalogs to automatically compute and set the corresponding azimuth and elevation.
-
Bidirectional Antenna Control: Supports bi-directional rotary dipoles (BD-90 or BD-0 modes) alongside Yagi antennas, enabling seamless operation of both antenna types on a single rotator.
-
Remote Control for SteppIR/UltraBeam: Manage remote operations for SteppIR and UltraBeam antennas via TCP/IP, with integration support for radio tracking using logger software.
Audience & Benefit:
PstRotator is ideal for amateur radio operators, VHF/UHF enthusiasts, satellite communication users, and those requiring precise antenna control. It streamlines antenna positioning, enhances remote operation capabilities, and integrates seamlessly with existing logging and tracking systems, improving operational efficiency and precision.