AI Overview
 
 
How far the signal from a 130-foot cell tower reaches depends on a number of factors, including:
 
Frequency Band:Lower frequency signals (like 600 MHz or 700 MHz, often used for 4G LTE) can travel further, potentially up to 25 miles or more in ideal conditions.
Higher frequency signals (like those used in 5G, particularly millimeter wave) have a shorter range, sometimes only a few hundred feet, but offer higher capacity and speed.
Obstacles and Terrain:Buildings, hills, trees, and even dense vegetation can block or weaken signals, reducing the tower's range.
Flat, open terrains allow signals to travel further, potentially reaching up to 45 miles in some cases.
Network Capacity:In areas with high user traffic or congestion, the effective coverage area may shrink as more users connect to the same tower.
Weather Conditions:Rain, snow, or fog can interfere with radio waves, affecting signal strength and range. 
Generally:
In urban or suburban areas, the coverage radius of a typical cell tower (including a 130-foot tower) could be between 1 and 3 miles.
In rural areas with fewer obstructions, the range might extend up to 25 miles.
However, the maximum possible range under ideal circumstances could be even higher, potentially up to 45 miles for very tall towers and low-frequency bands. 
In summary, while a 130-foot cell tower is capable of reaching devices many miles away, the actual usable range will be significantly influenced by the surrounding environment and network conditions. 

Public Hearing July 29th 7pm Chester Town Hall Bring questions!