Reference only — not for real-world navigation.
ROAH
Naha Airport / JASDF Naha Air Base · Naha
Key Facts
Essential technical summary for MSFS 2020/2024 and X-Plane.
ILS Approach StatusILS FREQUENCIES VERIFIED ✅
Field Elevation
12 ft / 4 m
Transition Altitude
14,000 ft
Primary Channel
TWR 118.10 MHz (TWR)
Live Conversion
inHg
hPa
Flight Planning
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Welcome to the technical flight briefing for Naha Airport / JASDF Naha Air Base (ROAH), located in Naha, Japan. As a vital hub for Microsoft Flight Simulator 2024, MSFS 2020, and X-Plane pilots, this facility features 2 active runways with a maximum elevation of 12 ft. Instrument approaches (IFR) are supported with verified ILS frequencies and identifiers for precision landings.Reference the data below for primary communication channels and detailed runway characteristics. Pilots should observe a Transition Altitude of 14,000 ft verified for this field for altimeter reset procedures.
Full Name
Naha Airport / JASDF Naha Air Base
ICAO / IATA
ROAH / OKA
Municipality
Naha
Country
Region
JP-47 — Okinawa Prefecture
GPS Coordinates
Transition Altitude
14,000 ft
Elevation
12 ft
Official Website
Wikipedia
Pilot Toolbox
External charts, live tracking and weather reports.
Runway 18L / 36R
ILS EQUIPPEDLIGHTED
Runway Length: 9,840 ft / 2,999 m
Runway Width: 150 ft / 46 m
Surface Type: Asphalt
Heading: 177° / 357°
Runway Width: 150 ft / 46 m
Surface Type: Asphalt
Heading: 177° / 357°
RWY 18L (177°)
110.30 MHz
IDENT: I-NHA | CRS: 182°
RWY 36R (357°)
110.30 MHz
IDENT: I-OKA | CRS: 2°
Runway 18R / 36L
ILS EQUIPPEDUNLIT
Runway Length: 8,858 ft / 2,700 m
Runway Width: 197 ft / 60 m
Surface Type: ASPH
Heading: 177° / 357°
Runway Width: 197 ft / 60 m
Surface Type: ASPH
Heading: 177° / 357°
RWY 18R (177°)
109.10 MHz
IDENT: I-NAH | CRS: 182°
RWY 36L (357°)
109.10 MHz
IDENT: I-NHB | CRS: 2°
A/G CENTRAL WEST PACIFIC
126.90 MHz
ATIS ATIS
127.80 MHz
CLD CLNC DEL
122.08 MHz
GND GND
121.80 MHz
TWR TWR
118.10 MHz
Base Airport Data: OurAirports (Public Domain)
Instrument Approach Data: AIP 2026 Researched · Cycle: Jan 2026