AZM Buddy

AZM Buddy is a field mapping and azimuth tool designed to help telecommunications technicians visualize, measure and document cell-site sector directions. Place a tower center on the map, enter the desired sector azimuths and view S1, S2 and S3 over satellite, hybrid, street or terrain maps. Save each location as a Site Project so its coordinates, sector information, notes, markers and building outlines can be reopened later. KEY FEATURES • Display S1, S2 and S3 sector azimuth lines • Enter sector azimuths and beamwidth information • Measure a true azimuth directly from the map • Search by street address, ZIP code or coordinates • Center the map using the phone’s GPS location • Use a standalone true and magnetic compass • Compare a sector target with the phone’s measured heading • Use Camera Alignment with turn-left and turn-right guidance • View compass stability, calibration and interference warnings • Save and reopen Site Projects • Record antenna model, frequency band, mechanical tilt and electrical tilt • Place site markers for towers, shelters, generators, gates, cabinets and other objects • Draw, edit and highlight building footprints • Move individual building-corner points for better placement • View saved and available public tower locations • Choose between dark and light interface styles • Supports portrait and landscape operation SITE DOCUMENTATION Each saved Site Project can include: • Site name and coordinates • Sector azimuths and beamwidth • Antenna and tilt details • Site notes • Custom map markers • Building footprints • Map and display preferences PRIVACY AND STORAGE Saved Site Projects are stored locally on the user’s device. Internet access may be required for map imagery, address searches and public tower-information features. IMPORTANT ACCURACY NOTICE Phone compass readings can be affected by nearby steel, vehicles, tools, magnets, electrical equipment and device-sensor limitations. Satellite imagery and public tower data may also be incomplete or outdated. AZM Buddy is intended as a field-assistance and documentation tool. Critical measurements should be verified using approved equipment, established procedures and available site documentation.