AirportLookupSim Database
Back to Search

Reference only — not for real-world navigation.

AR-0530

Plus Agroservicios Aereos S.R.L. Airport · Hughes

Key Facts

Essential technical summary for MSFS 2020/2024 and X-Plane.

ILS Approach StatusILS DATA NOT IN DATABASE
Field Elevation
325 ft / 99 m
Transition Altitude
4,000 ft
Primary Channel
Live Conversion
inHg
hPa
Runway Summary (Quick-Links)
Flight Planning
Quick Jump to Next Destination

Tip: Search your next airport to quickly compare ILS data.

Welcome to the technical flight briefing for Plus Agroservicios Aereos S.R.L. Airport (AR-0530), located in Hughes, Argentina. As a vital hub for Microsoft Flight Simulator 2024, MSFS 2020, and X-Plane pilots, this facility features 0 active runways with a maximum elevation of 325 ft. Please note that this field primarily supports VFR and visual approach procedures.Reference the data below for primary communication channels and detailed runway characteristics. Pilots should observe a Transition Altitude of 4,000 ft verified for this field for altimeter reset procedures.

Airport Details

Full geographical and organizational metadata.

Full Name
Plus Agroservicios Aereos S.R.L. Airport
ICAO / IATA
AR-0530 / —
Municipality
Hughes
Country
Region
AR-S — Santa Fe Province
GPS Coordinates
Transition Altitude
4,000 ft
Elevation
325 ft

Pilot Toolbox

External charts, live tracking and weather reports.

🗺️ SkyVector Charts📡 FlightAware Live🌡️ Live METAR🌦️ TAF Forecast🌍 Satellite View

Runways & ILS Approach Data

Detailed dimensions and instrument landing frequencies.

Communication Frequencies

Air traffic control and advisory channels.

No frequency data available.

Nearby Airports

Alternative airports in the vicinity (km & nm).

SAARILS
Rosario Islas Malvinas International Airport
113 km / 61 nm
SAZP
Comodoro Pedro Zanni Airport
231 km / 125 nm
SAAP
General Urquiza Airport
238 km / 129 nm
SAAV
Sauce Viejo Airport
239 km / 129 nm
SAOV
Presidente Néstor Kirchner Regional Airport
242 km / 131 nm

Base Airport Data: OurAirports (Public Domain)
Instrument Approach Data: AIP 2026 Researched · Cycle: Jan 2026