Salt Lake City to Cincinnati / Covington (SLC–CVG) — Airlines, Schedules & Connections
No flights match your filters.
No nonstop flights on this route. connecting options below.
SLC–CVG is served by 1 airline with nonstop service. Delta Air Lines leads the route. The flight covers 1,447 miles in approximately 2h 45m. Beyond nonstop, 104 hubs offer 1-stop connections.
Airline Landscape
| Airline | Freq/wk | Aircraft | Duration | Dep OTP | Alliance | Codeshares |
|---|---|---|---|---|---|---|
| DL Delta Air Lines | 20 | 738, 739 | 3h15-3h18 | SkyTeam | – |
Weekly Schedule Pattern
Connection Landscape
Travel Essentials
SLC: MDT · CVG: EDT
When it's 6:00 PM in Salt Lake City, it's 8:00 PM in Cincinnati / Covington.
TRAX light rail Green Line runs from downtown Salt Lake City (Intermodal Hub / Temple Square) to the airport in 18 minutes ($2.50). Trains run every 15 minutes from 5am to 11pm daily. The airport station is inside the terminal building.Ride-shares from downtown cost $15–25 and take 10–20 minutes. I-80 connects directly to the airport from the east. The airport opened a new terminal in 2020; it is one facility now, replacing the old dual-terminal setup. Ski resort shuttles depart from Ground Transportation for Park City, Deer Valley, and Alta/Snowbird (60–90 min).
SLC–CVG Quick Facts
Frequently Asked Questions
Flights from SLC to CVG
Salt Lake City International Airport (SLC) and Cincinnati Northern Kentucky International Airport (CVG) are connected by nonstop service from Delta Air Lines. With 21 weekly departures, this is a well served route.
SLC to CVG Flight Duration and Schedule
Nonstop flight time from SLC to CVG ranges from 2 hours 45 minutes to 3 hours 18 minutes. The route covers a distance of 1,447 miles (2,328 km). There are approximately 21 weekly flights outbound and 41 return, totaling 62 flights per week in both directions.
Connecting Options and Alternatives
104 one-stop connections are available, with the fastest taking approximately 4 hours via FTW. Two-stop connections are also available via intermediate hubs.