I live and work here, so this isn't a market I fly into. Fort Collins is where FieldWise started, and it's where most of my assessments happen. When I talk about what's actually in the air and in the walls of a Fort Collins home, I'm not guessing from a database, I'm describing the same city I measure in every week.
Three things make Fort Collins a genuinely different environment to assess than a generic Front Range suburb: the age of the housing stock downtown, the density of both people and wireless infrastructure around Colorado State, and a fiber network almost no other city your size has built for itself.
If your home sits in or near Old Town, the historic district roughly bounded by College, Mountain, Pine, Willow, and Walnut, there's a good chance parts of its original wiring predate modern grounding altogether. Many homes here date to the early 1900s or before, built in the Late Victorian and Romanesque styles that define the neighborhood. Knob and tube wiring, the standard method through the first half of the last century, was never designed with a grounding conductor. Later owners typically patched in newer circuits without fully replacing the old ones, which means a single Old Town home can have two or three generations of wiring behind the same wall.
Voltage sitting on ungrounded or partially grounded wiring is exactly what an electric field reading picks up, most relevant where you spend hours close to it, almost always the bed. It's one of the more fixable findings once it's actually identified, but it has to be measured to know it's there.
A separate question, and Old Town's age doesn't make it better or worse on its own. Magnetic fields come from current actually flowing and pass through walls without much resistance. A wiring error from any era can put a reading in a room with nothing visibly electronic in it. Grounding does nothing for a magnetic field. The two have to be measured separately.
Colorado State's main campus sits on roughly 586 acres pressed right against the west edge of downtown. That's a lot of concentrated wireless demand in a small footprint, and it doesn't stay inside the campus boundary. Neighborhoods like Campus West and the blocks around City Park absorb some of that density in mesh routers, cell traffic, and the kind of always-on device load a college population brings with it. If your home sits close to campus, your RF environment is shaped by that neighbor as much as by your own household.
Fort Collins built its own municipal fiber network, Connexion, laying it entirely underground and reaching the large majority of addresses in the city. That's genuinely relevant to an EMF assessment in two opposite directions.
Fiber itself doesn't carry the same dirty electricity signature that cable modems and older DSL lines can introduce onto a home's wiring.
Gigabit speeds are available almost everywhere in the city, so more homes run multiple mesh WiFi nodes and always-on smart home gear than a comparable city without it.
Fort Collins Utilities completed a citywide smart meter rollout years ago. In practical terms, that means nearly every home in Fort Collins has a two-way communicating meter on the outside wall, regardless of whether the household ever opted into anything. Layered on top of that is a growing network of cellular transmission sites citywide, a mix of traditional macro towers, rooftop installations, and small-cell antennas mounted on streetlights and utility poles throughout the public right of way.
None of this is unusual for a city this size. It's simply the backdrop every Fort Collins home sits in, and it's exactly what an assessment measures room by room rather than assumes.
Fort Collins averages close to 250 sunny days a year, more than most Front Range cities. That's a genuine advantage for a circadian lighting assessment, because there's a strong, bright daytime signal available outside for most of the year.
Blackout blinds, north-facing offices, and screen-heavy remote work routines can leave a home dim and blue-lit through the exact hours the body expects daylight, then bright and blue-lit again well past sunset. Research shows that spectrum, brightness, and flicker pattern all carry timing information the body reads whether or not anyone is paying attention to it. Measuring the light in each room, alongside the electrical findings, is what separates a guess from an actual reading.
The small-cell antennas mounted on streetlights and utility poles throughout Fort Collins aren't the only place carriers put this equipment. A meaningful share of small-cell and rooftop installations sit directly on commercial and multifamily buildings, which means a downtown office, a co-working space, or an apartment building can have an active transmitter attached to or built into the same structure someone works or lives in every day. That's a different exposure pattern than a home a block or two from the nearest pole, direct and constant rather than distant and incidental.
If headaches, eye strain, or afternoon brain fog show up specifically at your desk and ease once you leave, that's worth treating as a pattern rather than a coincidence. A baseline reading of the workspace itself, not just the building it sits in, is the only way to know whether a small-cell site on or near your building is part of what you're sitting next to all day.
It can. Campus itself doesn't reach most surrounding homes directly, but the density of routers, devices, and cell traffic in a college population tends to raise the general RF background in the closest neighborhoods, on top of whatever your own household is running.
Often, yes. Homes from this era were commonly wired with knob and tube, which has no grounding path, and later additions frequently sit on top of the original wiring rather than replacing it. This is something an AC electric field reading, taken correctly, will show clearly.
Both, depending on what you mean. Fiber itself avoids some of the dirty electricity signature associated with cable and DSL. But because gigabit speeds are available nearly everywhere in the city, homes tend to run more devices and mesh network hardware than they might otherwise, which can raise RF levels inside the home.
Yes. Newer Fort Collins homes generally avoid the wiring-era issues Old Town properties can carry, but the vast majority of residential construction, of any age, does not use shielded electrical wiring. RF and magnetic field readings show up in new builds just as often as old ones, and newer homes bring their own sources: smart meter proximity, neighboring RF, and dirty electricity from solar inverters and LED drivers. Age changes which issues are most likely, not whether an assessment is worth doing.
It's possible. Small-cell antennas are frequently mounted directly on commercial and multifamily buildings, not just streetlights, which means the transmitter could be attached to the same building you work in rather than down the block. If headaches, eye strain, or brain fog tend to show up specifically in your workspace and ease once you leave, a baseline RF reading of that space is the only way to know whether a nearby small-cell site is part of the pattern.
I'm based here, I measure here every week, and pricing is always tied to what you get. Every reading is compared against the Building Biology SBM-2015 reference levels written specifically for sleeping areas.