184 Feet. Unlit.
In the Final Approach.
0.25 miles from the Runway 10 approach corridor where aircraft descend at 1,000 feet toward Syracuse Hancock. No lights. No notification to pilots. And the FAA signed off on it.
Live Flightradar24 data — aircraft descending directly over the tower site
The Altitude Problem
184 Feet of Steel in Low-Altitude Airspace
This tower sits in the exact altitude band where aircraft, helicopters, and medevac flights operate daily — and it has no lights.
184 ft
Tower height
200 ft
FAA lighting threshold
NONE
Obstruction lighting
~3 mi
From SYR Runway 10
0.25 mi
From Runway 10 approach path
~1,000 ft
Aircraft altitude on approach
Who Flies This Approach?
Runway 10 isn't some low-traffic strip. This approach corridor handles some of the heaviest, most critical air traffic in Central New York:
🛩️ 174th Attack Wing — NY Air National Guard
Military operations at SYR including MQ-9 Reapers and military transport aircraft (C-130s, C-17s). A 184-foot unlit tower near their approach path.
📦 FedEx & UPS Cargo Freighters
Heavy cargo planes landing at night, often in poor weather — exactly when an invisible steel pole is most dangerous.
🇺🇸 Air Force 2 & VIP Government Flights
SYR receives military VIP traffic when senior government officials visit Central NY. An unlit obstruction in the Runway 10 approach puts these flights at risk.
✈️ Regional Jets — Oldest Avionics
SYR is served heavily by regional carriers using the oldest, most vulnerable altimeters — the same ones the FAA said can't be trusted around 5G.
Who Flies This Approach?
Runway 10 isn't some low-traffic strip. This corridor handles some of the heaviest, most critical air traffic in Central New York:
🛩️ 174th Attack Wing — NY Air National Guard
Military operations at SYR including MQ-9 Reapers and military transport aircraft. A 184-foot unlit tower near their approach path.
📦 FedEx & UPS Cargo Freighters
Heavy cargo planes landing at night, often in poor weather — exactly when an invisible steel pole is most dangerous.
✈️ Regional Jets — Oldest Avionics
SYR is served heavily by regional carriers with the oldest, most vulnerable altimeters — the same ones the FAA said can't be trusted around 5G.
🎓 Low-Altitude Flight Training
Student pilots and flight schools regularly practice approaches, touch-and-gos, and pattern work at SYR — often at the lowest altitudes, in the exact corridor this tower occupies.
Helicopters Fly Near This Height.
Medical helicopters, police aviation, and news choppers routinely operate between 500 and 1,000 feet above ground level. This tower sits at 184 feet — directly in their low-altitude flight envelope. Lit or not, it's a steel pole they have to dodge in an emergency.
Medical Helicopters
Upstate University Hospital and Mercy Flight operate medevac flights across Onondaga County — at night, in emergencies, at low altitude. An invisible 184-foot steel tower in their path is a death sentence for patients and crews.
500–1,000 ft
typical medevac altitude
Police Aviation
Law enforcement helicopters fly low-altitude search and pursuit operations, often at night with limited forward visibility. They don't get advance notice of every new structure going up on Thruway land.
300–800 ft
typical patrol altitude
News & Traffic Choppers
News and traffic helicopters operate daily across the Syracuse metro area, circling at low altitudes during rush hour and breaking events — exactly the kind of flights this tower threatens.
600–1,200 ft
typical news flight altitude
40
Tower-related aviation accidents (2008–2018)
36
Fatalities from tower collisions
33%
Of all helicopter accidents involve low-altitude obstacles
0
Lights on this 184-foot tower
The Flight Path
This tower sits 0.25 miles from the Runway 10 approach corridor — the path aircraft use when landing eastbound toward Syracuse Hancock, descending at 700–1,000 feet.
That's roughly 1,320 feet of lateral separation between live air traffic at low altitude and a 184-foot obstruction. Pilots on visual approach in this corridor — especially at dusk, at night, or in marginal weather — have no way to see it.
And even if you could see it — a 184-foot steel pole 0.25 miles from the final approach path is still a 184-foot steel pole 0.25 miles from the final approach path. Lit or unlit, the obstruction doesn't move.
The Math
Under 14 CFR Part 77.9, any structure within 20,000 feet of an airport runway that exceeds a 100:1 slope from the nearest runway requires FAA notification. At roughly 3 miles (~15,840 feet) from SYR Runway 10, that threshold is approximately 158 feet AGL.
This tower is 184 feet — 26 feet above the FAA notification surface . Phoenix Tower was required by federal law to file FAA Form 7460-1. The FAA reviewed it and signed off with no lighting requirements . Read that again: the rules say a 184-foot structure 3 miles from Runway 10 doesn't need a single light on it.
People Have Died
The NTSB has investigated multiple fatal accidents involving aircraft striking unlit or poorly marked cell towers near airports:
Fullerton, CA (2004)
Cessna 182 struck an unlit tower on approach. Both occupants killed. AOPA fought to require lighting on the replacement.
West, TX (2016)
Agricultural pilot killed when his aircraft hit cell tower guy wires while returning to a base airport.
Price, TX (2017)
Pipeline patrol pilot killed when his Cessna clipped a cellphone tower guy wire near an airport.
Houston, TX (2024)
Helicopter carrying four people — including a child — struck a radio tower at night. All four died instantly. The tower had known lighting issues. The FAA had issued a notice that its lights were "unserviceable."
The FAA itself warns: "Numerous antenna towers below 200 feet AGL may not be marked, lighted, or charted as obstructions" and calls them a significant risk to low-altitude flight . That's not our opinion. That's the FAA's.
This tower in Liverpool has no lights at all. By design.
Wildlife & Eagle Strike Hazard
The Airport Pays to Push Eagles Away. This Tower Pulls Them In.
Bald eagles and other large birds are documented nesting on cell towers across the U.S. — and over 100 eagles winter less than 2 miles from this site.
"Parcels would not be leased to new developers who would use the land for purposes that are incompatible with airport operations or that attract wildlife hazards."
— SYR Draft Environmental Assessment, §5.7.3 (April 2024)
"The project area could potentially support bald eagles… the large trees within the forested portion of the project area could support bald eagle nesting."
— SYR Draft Environmental Assessment, §4.2.2 (July 2021)
That's the airport's own policy — applied to land further from the runway than this tower. Meanwhile, 0.25 miles from the active descent corridor — where planes pass at 500–1,000 ft AGL, peak bird-strike altitude — someone is erecting the exact structure bald eagles are documented to nest on across the country.
Over 100 bald eagles winter at the Onondaga Lake roost — 1.7 miles away. The airport spends millions pushing eagles out. This tower pulls them back in.
2,200%
Increase in eagle strikes (1990–2013)
$425,945
Average cost per eagle strike
78%
Of all strikes occur below 1,000 ft AGL
50
Record eagle strikes in 2024 alone
Source: A USDA Wildlife Services study in cooperation with the FAA documented 200 bald eagle strikes between 1990–2013 — a 2,200% increase over that period. Over half of all eagle collisions caused aircraft damage. Nine people were injured in five separate incidents. Strikes primarily occurred near airfields at or below 305 meters (~1,000 ft) AGL — exactly where planes approach this tower.
What SYR Already Spends Money Doing:
💥 Pyrotechnic deterrents
"Bangers" and "screamers" fired to scare birds from runways
🌿 Habitat modification
No standing water, short grass — eliminates what attracts raptors
🦅 Eagle relocation permits
Federal permits to handle bald eagles and snowy owls on airport grounds
📋 Wildlife Hazard Management Plan
FAA-required comprehensive plan to reduce bird strike risk
📜 FAA Advisory Circular 150/5200-33C
The FAA's own guidance document — "Hazardous Wildlife Attractants On or Near Airports" — specifically warns against wildlife attractants within 10,000 feet of runways serving turbine-powered aircraft and within 5 statute miles to protect approach, departure, and circling airspace.
The FAA's own language specifically calls out cell towers: "Cellular communication towers… increasingly attract large birds, such as osprey, eagles, herons, and vultures, for nesting and rearing their young." The advisory notes that young birds who fledge from nests on towers return to similar structures to reproduce — meaning one nest becomes a generational attractant.
The airport is following FAA rules to reduce bird strike risk. This tower violates the spirit of every single one of them.
The FAA's Wildlife Strike Database has logged over 320,000 wildlife strike reports since 1990. Wildlife strikes cost U.S. aviation ~$400 million annually. In 2016, an NTSB-investigated crash near Birchwood Airport in Alaska killed all four people aboard after a bald eagle struck the aircraft's tail structure. In December 2023, a bald eagle hit a Southwest Airlines 737 engine on approach to Tampa, causing significant fan blade damage — triggering an NTSB investigation.
Syracuse Hancock has its own strike history. Most strikes at SYR occur during takeoff and landing, particularly below 500 feet AGL. A 184-foot tower attracting eagles 0.25 miles from the approach path puts large raptors directly into the most dangerous altitude zone. That isn't negligent — it's reckless.
Two federal programs. One pushing eagles away from planes. One pulling them toward them. Nobody coordinated. Nobody asked.
See how it's affecting wildlife & the environment →
Let This Sink In
They Make You Put Your Phone on Airplane Mode.
Meanwhile, a 5G tower 1,000 feet away blasts up to 30,000 watts.
5G Altimeter Interference — A Documented Hazard
In 2022, the FAA issued emergency Airworthiness Directive AD 2022-05-04 — skipping the standard 30-day comment period — because 5G C-Band signals were interfering with aircraft radar altimeters. It affected 2,442 aircraft in the United States . The FAA's own words: "Radio altimeters cannot be relied upon to perform their intended function."
Airlines were prohibited from landing at affected airports. Buffer zones were mandated around 50+ airports. Verizon and AT&T voluntarily limited 5G service because the FAA called it "catastrophic." Major airlines have since retrofitted — but as of late 2025, regional jets and cargo operators still use older altimeters , especially at smaller U.S. airports. Upgrades cost $20,000–$50,000 per aircraft, and the FAA extended the compliance deadline multiple times through March 2025.
Syracuse Hancock is served heavily by regional carriers — exactly the aircraft with the oldest, most vulnerable avionics. Now a new 5G tower is going up 0.25 miles from the final approach path , adding another RF source where these aircraft descend below 1,000 feet. No aviation safety review has been shared with the public.
They enforce this
✓ Your 1-watt phone must be in airplane mode
The FAA says your pocket phone could interfere with navigation systems.
But not this
✗ A 5G tower broadcasting up to 30,000 watts — no restrictions
0.25 miles from the final approach path, emitting C-Band 24/7. No airplane mode for that.
They enforce this
✓ 5G grounded entire airline fleets in 2022
The FAA called altimeter interference "catastrophic." Exclusion zones around 50+ airports. Carriers voluntarily delayed rollouts.
But not this
✗ A new 5G tower in the approach corridor — no review
Regional jets at SYR still use the oldest altimeters. No coordination with the airport or airlines. No interference analysis shared.
They enforce this
✓ Your 2-lb drone is a federal aviation hazard
Fly within 5 miles of an airport without clearance and you face federal charges.
But not this
✗ A 184-foot unlit steel pole in the landing corridor — no problem
Built 16 feet below the lighting threshold, by design. Invisible to pilots at night.
The FAA grounded flights over 5G. They created exclusion zones. They call altimeter interference "catastrophic."
But a new 5G tower 0.25 miles from the final approach at Syracuse Hancock? No exclusion zone. No coordination. No problem.
And if they slap a light on it? It's still 184 feet of steel broadcasting C-Band in the same spot. That's not safety. That's a PR move.
That's Why Even Slapping a Light on This Won't Work.
Don't let anyone tell you a blinking red bulb makes a 184-foot steel obstruction in a final approach corridor acceptable. It doesn't. Here's why.
Lights don't shrink a tower. 184 feet is still 184 feet.
✗The obstruction doesn't move
Lit or unlit, the tower is still 184 feet of steel sitting 0.25 miles due south of where aircraft descend at 1,000 feet. A light changes nothing about its physical presence in the corridor.
✗5G interference is still 5G interference
A blinking red bulb doesn't stop C-Band RF from disrupting radar altimeters. The FAA called this "catastrophic" — lights won't fix electromagnetic interference.
✗Lights fail
In Houston (2024), four people died — including a child — when their helicopter hit a tower with known lighting issues. The FAA had posted a notice that its lights were "unserviceable." Lights are only as reliable as their next maintenance check.
✗Helicopters fly below 184 feet
Medevac, police, and news choppers operate at altitudes where even a perfectly lit tower is a lethal obstacle. Seeing it doesn't mean you can avoid it in an emergency.
✗No one was consulted — with or without lights
The issue isn't just the light. It's that a private corporation dropped a 184-foot commercial structure in a residential flight corridor without telling a single resident, pilot, or elected official.
✗It doesn't fix the property value damage
A lit cell tower is still a cell tower. HUD still classifies it as a "Hazard and Nuisance." Your home is still worth less. A light doesn't change real estate math.
If a light made this safe, they would have put one on it. They didn't — because safety was never the point.
Site Parcel Data
We're Not Alone
Communities across New York State and the country have been fighting back for years against towers just like this one.
In the News — This Is Happening Everywhere
Join your neighbors. Make your voice heard.
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