KCSM has Oklahoma’s longest runway at 13,503 ft, while KOKC has the state’s most runways with 4.
The brief
Oklahoma flying is built around long runways, broad spacing between cities. a large non-towered airport network. The state has 130 public-use airports, but only 10 are towered. That means a pilot can move from airline-style airport procedures to quiet CTAF work in a single leg. KCSM (CLINTON/SHERMAN, BURNS FLAT) is the standout runway field with 13,503 ft, a tower, an ILS. 1 FBO. KTUL (TULSA INTL, TULSA) brings a 10,000 ft runway, ILS capability. 3 FBOs. KOKC (OKC WILL ROGERS INTL, OKLAHOMA CITY) is the more complex airport environment, with 4 runways and 2 FBOs. The smaller fields are just as important for real Oklahoma flying. KPNC (PONCA CITY RGNL, PONCA CITY) is non-towered but has an ILS, a 7,201 ft runway. 1 FBO. KBVO (BARTLESVILLE MUNI, BARTLESVILLE) is another non-towered ILS field with a 6,850 ft runway. Watch wind, summer density altitude. convective weather. The runways are generous in many places, but the weather can still set the limits.
Best of Oklahoma
Superlatives selected from the Oklahoma top airports list, with the why.
KCSM (CLINTON/SHERMAN, BURNS FLAT) has Oklahoma’s longest runway at 13,503 ft. It is towered, has an ILS, sits at 1,922 ft elevation. has 1 FBO for practical cross-country planning.
KTUL (TULSA INTL, TULSA) gives pilots a towered ILS airport with a 10,000 ft runway at 678 ft elevation. The 3 FBOs make it one of the easier large-airport stops in Oklahoma.
KOKC (OKC WILL ROGERS INTL, OKLAHOMA CITY) has 4 runways, the most at one Oklahoma field. It is towered, ILS-equipped, has a 9,802 ft runway. supports 2 FBOs.
KSWO (STILLWATER RGNL, STILLWATER) is a useful training field because it combines a tower, ILS, 7,401 ft runway, 1,000 ft elevation. 1 FBO. It fits pattern work, instrument work. cross-country stops.
KPNC (PONCA CITY RGNL, PONCA CITY) stands out among non-towered Oklahoma airports. It has an ILS, a 7,201 ft runway, 1,009 ft elevation. 1 FBO, which gives IFR pilots good utility without tower operations.
KADM (ARDMORE MUNI, ARDMORE) offers a towered ILS field with a 9,002 ft runway at 777 ft elevation. It is a strong southern Oklahoma option for instrument arrivals, turbine traffic, or long-runway comfort.
Where pilots fly
What to know
Oklahoma has 10 towered public-use airports and 120 non-towered public-use airports. The towered group includes KCSM, KTUL, KOKC, KADM, KWDG, KLAW, KSWO, KPWA, KOUN. KRVS. That gives pilots a useful spread of controlled-field practice across the state. Still, most landings will be at non-towered fields, so CTAF discipline and traffic scanning remain daily skills here.
Runway length is one of Oklahoma’s strengths. KCSM leads with 13,503 ft, followed by KTUL at 10,000 ft, KOKC at 9,802 ft. KADM at 9,002 ft. Those numbers help when carrying fuel, flying heavier aircraft, or managing summer performance. Do not let long pavement replace performance planning, especially when operating at higher western fields.
The highest public-use field listed is 17K (BOISE CITY) at 4,174 ft. Western Oklahoma airports such as KCSM at 1,922 ft sit higher than the Tulsa-area fields. Density altitude can become a real operational issue on hot days, even without mountainous terrain. Run the numbers, lean for best power where appropriate. consider cooler departure windows.
Oklahoma’s 74 FBOs support solid fuel planning, but many of the state’s 130 public-use airports are non-towered. Single-FBO fields such as KPNC, KBVO, KSWO, KOUN, KLAW. KWDG are useful, but availability should be confirmed before launch. After-hours access, self-serve status. local procedures can matter more than runway length on rural trips.
Anecdotes
KCSM (CLINTON/SHERMAN, BURNS FLAT) has the longest runway in Oklahoma at 13,503 ft. That makes it a notable performance-planning field for heavy aircraft, training scenarios. conservative fuel-stop planning.
17K (BOISE CITY) is the highest public-use airport in the Oklahoma data at 4,174 ft elevation. Pilots crossing the Panhandle should treat summer density altitude as a performance item, not a paperwork detail.
KOKC (OKC WILL ROGERS INTL, OKLAHOMA CITY) has 4 runways, the most at any Oklahoma airport in the data. It is towered, ILS-equipped. has a longest runway of 9,802 ft.
Service
Ranked by services count, fuel availability, hours and host airport.
Weather
Oklahoma weather planning starts with wind and convection. Strong surface winds can make crosswind limits the controlling factor at both towered and non-towered fields. Thunderstorms can affect routes, alternates. arrival timing across large parts of the state. Summer heat raises density altitude concerns, especially toward western Oklahoma and 17K (BOISE CITY) at 4,174 ft. In cooler months, watch ceilings, visibility. fast-changing frontal weather before committing to VFR legs.
Training
Oklahoma has several practical training fields in the top airport group. KSWO (STILLWATER RGNL, STILLWATER), KOUN (UNIVERSITY OF OKLAHOMA WESTHEIMER, NORMAN). KRVS (TULSA RIVERSIDE, TULSA) are towered and ILS-equipped. They give students tower communication practice, instrument approach exposure. manageable runway lengths without always operating from the largest metro airports.
Fuel prices
Live from FBO postings · refreshed hourly
FAQ
KOKC (OKC WILL ROGERS INTL, OKLAHOMA CITY) is the most complex Oklahoma airport in this data set by runway layout. It has 4 runways, which is the most at one field in the state. KTUL (TULSA INTL, TULSA) is also a major towered ILS airport with a 10,000 ft runway and 3 FBOs. For GA pilots, both require disciplined taxi briefing, current airport diagrams. careful review of assigned runways before entering the movement area.
KSWO (STILLWATER RGNL, STILLWATER), KOUN (UNIVERSITY OF OKLAHOMA WESTHEIMER, NORMAN). KRVS (TULSA RIVERSIDE, TULSA) are strong training candidates from the top airport list. Each is towered and ILS-equipped. KSWO has a 7,401 ft runway, KOUN has a 5,199 ft runway. KRVS has a 5,101 ft runway. That mix supports tower communications, instrument approaches, pattern work. short cross-country planning without always using the largest airline airports.
Oklahoma is not a mountain-flying state in the way western states are, but elevation still matters. The highest public-use field in the data is 17K (BOISE CITY) at 4,174 ft. KCSM (CLINTON/SHERMAN, BURNS FLAT) sits at 1,922 ft. On hot summer afternoons, check density altitude, climb performance. takeoff distance before treating long runways as unlimited margins. Western Oklahoma can feel very different from lower fields like KTUL at 678 ft.
Oklahoma has 74 FBOs in the aggregate data, but the distribution is not uniform across the 130 public-use airports. Major stops include KTUL with 3 FBOs, KPWA (WILEY POST, OKLAHOMA CITY) with 3 FBOs, KOKC with 2 FBOs. KRVS with 2 FBOs. Several useful single-FBO fields include KSWO, KOUN, KLAW, KWDG, KADM, KPNC. KBVO. Verify fuel hours with the FBO or airport operator before late arrivals.
Good fly-in choices depend on the mission. For a big-runway destination, KCSM offers 13,503 ft, a tower, an ILS. 1 FBO. For a towered metro stop, KTUL gives a 10,000 ft runway plus 3 FBOs. For a non-towered IFR option, KPNC provides an ILS, 7,201 ft runway. 1 FBO. If you want Oklahoma City access without using KOKC, KPWA offers a towered ILS field with a 7,199 ft runway and 3 FBOs.
Expect Oklahoma weather planning to revolve around wind, convective activity, frontal passages. low ceilings during changing seasons. The state has many long runways, but gusty crosswinds can still drive the go or no-go decision at smaller non-towered fields. Thunderstorms can build quickly enough to affect alternates across a wide area. In winter, check ceilings, visibility. runway condition reports. For IFR planning, the data shows 14 airports with ILS approaches across the state.
