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Forecast (TAF)
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Airport Runway Layout
Runway Information
| Runway | Length | Width | Surface | Heading | Wind Component |
|---|---|---|---|---|---|
| 13/31 | 7,710 ft | 148 ft | CON | 124° | No wind data |
Weather Statistics - SABE
5,456 observations | Sep 2025 - Mar 2026Flight Rules Distribution
Jorge Newbery Airpark enjoys predominantly VFR conditions, with visual flight rules prevailing 86.2% of the time. Prevailing winds are from the E averaging 8.1 knots. Temperatures typically range between 9°C and 38°C with an average of 21.9°C. The best months for VFR flying are March, January, February.
Wind Analysis
Temperature Range
Visibility
Best Months for VFR
Runway Wind Analysis
Statistics computed from 5,456 METAR observations (Sep 2025 - Mar 2026). Data sourced from official aviation weather services. Updated daily.
Jorge Newbery Airpark - Airport Information
Airport Details
Location
Runway Information
Flight Planning Tools
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About Jorge Newbery Airpark
Overview
Jorge Newbery Airpark is a large airport located in Buenos Aires, Argentina, situated at an elevation of 18 feet above mean sea level. Positioned at coordinates -34.559200, -58.415600, the airport serves as a significant aviation facility in the metropolitan area. Its ICAO code SABE identifies it within the international aviation network.
Flying Conditions
Being at a low elevation near sea level, Jorge Newbery experiences minimal altitude-related performance considerations for aircraft operations. The airport's proximity to coastal regions suggests potential for variable wind conditions that pilots should monitor carefully. Seasonal variations in Buenos Aires can impact local meteorological conditions and aircraft performance.
Notable Features
The airport features a substantial runway 13/31 measuring 7,710 feet in length, constructed with concrete (CON) surface. Its significant runway length accommodates a wide range of aircraft types and provides operational flexibility for different aviation requirements. The airport's urban location in Buenos Aires implies potential complex airspace interactions and traffic management considerations.
Approach Considerations
Runway 13/31's orientation suggests potential wind alignment scenarios for approach and departure procedures. Pilots should anticipate potential crosswind components given the runway's directional alignment. The concrete runway surface provides consistent braking characteristics across different weather conditions, supporting reliable aircraft operations.
Data Sources & Accuracy: Airport information sourced from OurAirports.com, a collaborative database of worldwide airport data. Weather data from official aviation weather services including NOAA Aviation Weather Center and international METAR/TAF providers. Information is updated regularly but pilots should always verify current conditions and NOTAMs through official channels before flight operations.
Learn More
Relevant guides based on current conditions at SABE
Official Data Sources
Disclaimer: Data is provided for informational purposes only. Pilots must verify all information through official sources before flight operations. Weather conditions change rapidly; always obtain a current briefing from approved weather services.