EPISODE · Feb 25, 2026 · 26 MIN
The Hidden Danger: Ice on Broadcasting Towers
from FuggaBRAT · host Shelbi Fox
How Weather and Ice Affect Broadcast Towers – Inside Look with Gary Shatto In this episode, we explore the fascinating and often overlooked world of broadcast towers and how severe weather like rain, snow, sleet, and ice impact their operation and integrity. Join us for an in-depth discussion with Gary, an experienced tower maintenance professional, who shares real-life stories and technical insights that reveal the complexity and resilience of our broadcast infrastructure. Key topics:How freezing temperatures cause ice buildup on tall broadcast towers at heights over 1500 feetThe process of ice formation through rain, wind chill, and freezing on steel structuresThe dangers of ice shedding, including large chunks smashing vehicles, buildings, and equipmentProtocols for preparing towers and staff for icy conditions, including evacuations and parking arrangementsHow tower operators monitor ice conditions remotely using binoculars and visual cuesThe mechanics of ice shedding, melting, and the effects of sunlight on tower legsStories of ice detaching violently and leaving dents in the ground, akin to a war zoneThe importance of safety procedures and communication during stormsThe history and security features of transmitter sites, designed to withstand nuclear threats and other disastersResources & Links:Radio and TV Broadcast InfrastructureUnderstanding Sine Waves and RF SignalsBroadcast Tower Security & Emergency PreparednessNational Oceanic and Atmospheric Administration (NOAA)Federal Communications Commission (FCC)Timestamps:00:00 - What happens to broadcast towers during rain, snow, and sleet01:54 - The dangers of ice chunks falling and their destructive potential02:31 - How sunlight causes melting and uneven ice shedding04:00 - The impact of falling ice on vehicles and infrastructure05:07 - Procedures for tower operators during icy conditions06:35 - How personnel prepare towers for winter storms10:59 - Comparing ice shedding to an avalanche11:24 - Personal stories of storm responses and evacuation13:46 - The significance of broadcast infrastructure in emergencies15:08 - The role of local TV and radio during hurricanes17:43 - The importance of heed warnings and disaster preparedness18:21 - Current weather conditions and brief storm update23:14 - Inside the secure, bomb-proof facilities for emergency broadcasting28:37 - Explanation of sine waves and electromagnetic signals32:38 - The military origins of radio wave technology and radar35:12 - Regulatory aspects of broadcasting frequencies and licensing36:41 - Personal insights into the work and career path in tower maintenance Connect with Gary: https://www.instagram.com/gshatto/Connect with Shelbi: https://shelbifox.com/https://www.youtube.com/@shelbifoxhttps://www.instagram.com/shelbifox_officialTry my new app: https://app.shelbifox.com
What this episode covers
How Weather and Ice Affect Broadcast Towers – Inside Look with Gary Shatto In this episode, we explore the fascinating and often overlooked world of broadcast towers and how severe weather like rain, snow, sleet, and ice impact their operation and integrity. Join us for an in-depth discussion with Gary, an experienced tower maintenance professional, who shares real-life stories and technical insights that reveal the complexity and resilience of our broadcast infrastructure. Key topics:How freezing temperatures cause ice buildup on tall broadcast towers at heights over 1500 feetThe process of ice formation through rain, wind chill, and freezing on steel structuresThe dangers of ice shedding, including large chunks smashing vehicles, buildings, and equipmentProtocols for preparing towers and staff for icy conditions, including evacuations and parking arrangementsHow tower operators monitor ice conditions remotely using binoculars and visual cuesThe mechanics of ice shedding, melting, and the effects of sunlight on tower legsStories of ice detaching violently and leaving dents in the ground, akin to a war zoneThe importance of safety procedures and communication during stormsThe history and security features of transmitter sites, designed to withstand nuclear threats and other disastersResources & Links:Radio and TV Broadcast InfrastructureUnderstanding Sine Waves and RF SignalsBroadcast Tower Security & Emergency PreparednessNational Oceanic and Atmospheric Administration (NOAA)Federal Communications Commission (FCC)Timestamps:00:00 - What happens to broadcast towers during rain, snow, and sleet01:54 - The dangers of ice chunks falling and their destructive potential02:31 - How sunlight causes melting and uneven ice shedding04:00 - The impact of falling ice on vehicles and infrastructure05:07 - Procedures for tower operators during icy conditions06:35 - How personnel prepare towers for winter storms10:59 - Comparing ice shedding to an avalanche11:24 - Personal stories of storm responses and evacuation13:46 - The significance of broadcast infrastructure in emergencies15:08 - The role of local TV and radio during hurricanes17:43 - The importance of heed warnings and disaster preparedness18:21 - Current weather conditions and brief storm update23:14 - Inside the secure, bomb-proof facilities for emergency broadcasting28:37 - Explanation of sine waves and electromagnetic signals32:38 - The military origins of radio wave technology and radar35:12 - Regulatory aspects of broadcasting frequencies and licensing36:41 - Personal insights into the work and career path in tower maintenance Connect with Gary: https://www.instagram.com/gshatto/Connect with Shelbi: https://shelbifox.com/https://www.youtube.com/@shelbifoxhttps://www.instagram.com/shelbifox_officialTry my new app: https://app.shelbifox.com
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The Hidden Danger: Ice on Broadcasting Towers
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