PHNL anchors Hawaii with a 12,360 ft runway. PHKO, PHTO, PHOG and PHLI add IFR-capable options on the major islands.
The brief
Hawaii flying is compact on the map, but it is not simple. Every leg is shaped by water, wind and terrain. The state has 14 public-use airports, with 7 towered fields and 7 non-towered fields. PHNL is the heavyweight, with a 12,360 ft runway, 6 runways, ILS capability and 3 FBOs. The outer-island airports give pilots meaningful capability without mainland-style distances. PHKO has an 11,000 ft runway, ILS capability and 3 FBOs at Kailua-Kona. PHTO serves Hilo with a 9,803 ft runway, ILS capability and 2 FBOs. PHOG and PHLI add towered, ILS-equipped options for Maui and Kauai. The smaller fields are where planning discipline shows. PHNY is non-towered but ILS-equipped, with a 5,001 ft runway and 1 FBO at 1,308 ft elevation. PHMU is the highest public-use airport in the state at 2,671 ft. PHHN and PHUP have shorter runways than the major airports, so aircraft performance, wind and fuel planning need a conservative look before departure.
Best of Hawaii
Superlatives selected from the Hawaii top airports list, with the why.
PHNL has the state’s longest runway at 12,360 ft, six runways, ILS capability and 3 FBOs. It is the primary heavy-aircraft airport in Hawaii, with a busy towered environment to match.
PHKO gives the west side of Hawaii Island an 11,000 ft runway, ILS capability and 3 FBOs at 51 ft elevation. It is a strong choice when runway length and services matter.
PHTO serves Hilo with a 9,803 ft runway, ILS capability and 2 FBOs. The field sits at 38 ft elevation, which helps keep density altitude concerns modest compared with higher inland fields.
PHJR offers a towered field at Kapolei with an 8,365 ft runway and 1 FBO. It is useful when a pilot wants Oahu access outside the main PHNL flow.
PHNY stands out because it is non-towered yet has ILS capability, a 5,001 ft runway and 1 FBO. At 1,308 ft elevation, it also asks for more performance attention than the sea-level fields.
PHMU is Hawaii’s highest public-use airport at 2,671 ft elevation. The 5,197 ft runway is not short, but elevation, winds and nearby terrain make performance planning more important than at coastal airports.
Where pilots fly
What to know
Hawaii has 14 public-use airports in this data set, split evenly between 7 towered and 7 non-towered fields. PHNL, PHKO, PHTO, PHOG, PHLI, PHJR and PHMK are towered. The non-towered group includes PHNY, PHDH, PHMU, PHUP and PHHN. That mix rewards pilots who are comfortable switching between controlled-airport procedures and concise CTAF work.
Six Hawaii airports in this data set have ILS capability: PHNL, PHKO, PHTO, PHOG, PHLI and PHNY. That gives instrument pilots useful options across the major islands, including one non-towered ILS field at PHNY. Coastal weather can change quickly around terrain, so having a published precision option matters even on short interisland legs.
Most major Hawaii airports listed here are near sea level, but PHMU sits at 2,671 ft and PHNY sits at 1,308 ft. Those fields deserve a real takeoff-performance check, especially on warmer days or with a heavy aircraft. The runway numbers are generous at PHMU and PHNY, but elevation still changes the margin.
Runway length varies widely across the state. PHNL has 12,360 ft, PHKO has 11,000 ft and PHTO has 9,803 ft. At the other end of the top list, PHHN has 3,606 ft and PHUP has 3,800 ft. Do not let the island setting hide normal runway-limit planning, especially with gusty winds or wet pavement.
Anecdotes
PHNL has the most runway infrastructure in Hawaii’s public-use airport data set. It lists 6 runways, ILS capability, 3 FBOs and the state’s longest runway at 12,360 ft.
PHNY is the notable outlier for instrument pilots. It is non-towered, yet it has ILS capability, a 5,001 ft runway and 1 FBO at Lanai City.
PHMU is the highest public-use airport in Hawaii at 2,671 ft elevation. That makes it the state’s most obvious field for density-altitude awareness, even though its runway is 5,197 ft long.
Service
Ranked by services count, fuel availability, hours and host airport.
Weather
Hawaii weather is highly local. Trade-wind flow, terrain clouds and fast-moving showers can make conditions differ sharply between nearby airports. Coastal fields such as PHNL, PHKO, PHTO and PHOG sit low, but nearby terrain can still produce turbulence, wind shear and obscuration. Interisland legs add overwater exposure, so fuel reserves and alternates matter. Check current observations, terminal forecasts where available and the Chart Supplement before treating a short island hop as routine.
Training
For proficiency work, PHJR and PHDH make a useful Oahu contrast. PHJR is towered, has an 8,365 ft runway and 1 FBO. PHDH is non-towered, has a 9,007 ft runway and 1 FBO. Use the Chart Supplement to verify procedures, pattern information and service details before planning repeated operations.
Fuel prices
Live from FBO postings · refreshed hourly
FAQ
PHNL is the busiest and most complex airport in the Hawaii data set. It is towered, has ILS capability, 6 runways, 3 FBOs and the state’s longest runway at 12,360 ft. Treat it as the primary large-airport environment. Expect tighter sequencing than at the outer-island fields. PHJR is also towered on Oahu, but it is a different mission: an 8,365 ft reliever-style field at Kapolei with 1 FBO.
PHJR and PHDH are the most useful Oahu fields to compare for local practice planning. PHJR is towered, has an 8,365 ft runway and has 1 FBO. PHDH is non-towered, has a 9,007 ft runway and has 1 FBO. That gives pilots two very different operating environments on the same island: towered procedures at PHJR and non-towered pattern discipline at PHDH.
PHMU deserves the most attention for density altitude and terrain-adjacent planning because it is the highest public-use airport in the state at 2,671 ft elevation. PHNY is also higher than the coastal airports at 1,308 ft. Most of Hawaii’s major airports in this data set sit near sea level, including PHNL at 14 ft, PHKO at 51 ft, PHTO at 38 ft and PHOG at 55 ft.
Fuel and FBO coverage is strongest at the major towered airports. PHNL and PHKO each list 3 FBOs. PHTO, PHOG and PHLI each list 2 FBOs. PHJR, PHNY and PHDH each list 1 FBO. The state total is 15 FBOs across 14 public-use airports, so do not assume services at every non-towered field. Confirm fuel hours, callout policies and parking before launching interisland.
For non-towered fly-in planning, PHNY, PHDH, PHMU, PHUP and PHHN are the standout names in the top airport list. PHNY is unusual because it is non-towered but still has ILS capability and 1 FBO. PHDH has a long 9,007 ft runway near sea level. PHHN is smaller, with a 3,606 ft runway at 78 ft elevation, so runway performance and wind checks matter more there.
Hawaii flying is often about local wind, cloud and shower timing rather than large cross-country weather systems. Island terrain can put one side of an airport in good VFR while nearby ridges are obscured. Trade-wind flow can create mechanical turbulence and wind shifts near terrain. Interisland flights also include overwater legs, so pilots should plan alternates, fuel reserves and current observations with less margin than a mainland short hop.
