SAT to SLC Turbulence Forecast
Is the San Antonio to Salt Lake City flight turbulent? Live forecast & historical patterns.
San Antonio · Salt Lake City · 2h 45m
⚠️ Severe turbulence today
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Typical turbulence along the route
Historical average pattern for SAT–SLC
0h1h2h3h4h5h6h2h 45m
About the SAT–SLC route
The San Antonio to Salt Lake City route crosses the Rocky Mountains — one of the most turbulent regions in North America. Mountain wave turbulence occurs when strong winds blow over mountain peaks, creating powerful invisible waves that extend to cruise altitude. The worst turbulence typically occurs in the first 30–60 minutes when the aircraft is climbing over the range.
The route is served by United, American Airlines, Delta on Airbus A320 · Boeing 737 aircraft,
with flights typically cruising at 35,000 feet over a distance of 1,087 miles (945 nautical miles).
💡 Tip: Mountain wave turbulence hits early. If flying over Rockies, expect the first hour to be bumpy.
San Antonio to Salt Lake City Flight Time
How long is the flight from SAT to SLC?
35,000 ft
Cruising Altitude
The San Antonio (SAT) to Salt Lake City (SLC) flight takes approximately 2h 45m,
covering 1,087 miles (945 nautical miles) at 35,000 feet.
The route is operated by United, American Airlines, Delta.
Actual flight time may vary by 10–20 minutes depending on wind conditions and routing.
Turbulence levels on SAT–SLC
What to expect at each phase of the flight
SmoothDeparture & arrival — climb and descent phases are generally calm
LightMinor bumps — drink stays in your cup, walking feels slightly unsteady
ModerateNoticeable bumps — stay seated with seatbelt on, service may pause
HeavyStrong jolts — unsecured items move, crew seated. Rare but possible
Get minute-by-minute timing for your specific flight
Best time to fly SAT–SLC
Turbulence by month
Best seat on SAT–SLC
Airbus A320
✓ Wing
Rows 10–20
Smoothest
Wing seats are over the center of gravity — least affected by turbulence.
What you'll see in the app
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Related guides
Learn more about flight turbulence
Passenger Reports
The 2h 45m flight had some light shaking around the halfway point. Nothing spilled, nobody panicked. Just normal flying.
Leisure traveler · May
A few bumpy patches crossing the Rockies, lasted maybe half an hour total. Drink service was paused briefly. Not unusual for this time of year.
Frequent flyer · October
There was some noticeable movement over the mountains that made me grip the armrest. My seatmate (clearly a regular) didn't even look up from their book. Perspective.
First-time flyer · April
Frequently asked questions
Is the San Antonio to Salt Lake City flight turbulent?
The SAT–SLC route typically experiences severe turbulence. Heavy turbulence likely — stay seated with seatbelt fastened. The turbulence score for this route is 85.0/100.
When is turbulence worst on SAT to SLC?
Mountain wave turbulence hits early. If flying over Rockies, expect the first hour to be bumpy. Check the turbulence chart above for the typical pattern along this specific route.
Which seat is smoothest on SAT to SLC?
Wing seats are always the smoothest. On a Airbus A320 (the most common aircraft on this route), that's rows 10–20. Avoid the very rear of the aircraft — it amplifies turbulence motion.
How long is the flight from SAT to SLC?
The SAT to SLC flight takes approximately 2h 45m, covering 1,087 miles (945 nautical miles).
Which airlines fly SAT to SLC?
The main airlines operating this route are United, American Airlines, Delta, flying Airbus A320 · Boeing 737 aircraft.
Data Sources
- PIREP — Pilot reports (PIREPs) submitted via FAA/ICAO systems, aggregated over 12+ months of historical data
- SIGMET / AIRMET — Significant Meteorological Information bulletins from NOAA Aviation Weather Center
- EDR data — Eddy Dissipation Rate measurements from commercial aircraft (ADS-B derived turbulence intensity)
- Seasonal patterns — 5-year rolling averages of turbulence frequency and intensity by month for this route
Scores represent typical conditions. Actual turbulence varies daily. For real-time forecasts, use the Turbulence Forecast app. · About our data