Jorge Newbery Airpark

SABE / AEP

Buenos Aires, AR

Last Updated
Jun 2, 18:00Z

Current Weather

Display Units
Fresh 17 min ago
18:00Z

🌙 Night
VFR
Flight Rules
15°C
Temperature
Dewpoint: 11°C
7 kt
110°
--
Visibility
Ceiling
Unlimited
1026 hPa
QNH
Altimeter Setting

Raw METAR

METAR SABE 021800Z 11007KT CAVOK 15/11 Q1026 NOSIG

Weather Briefing

VFR

Jorge Newbery Airpark is currently reporting visual flight rules (VFR) conditions with clear skies.

Wind Analysis

Winds are from the east-southeast (110°) at 7 knots. Runway 13/31 is favored with a 7-knot headwind and 2-knot crosswind component.

Visibility & Ceiling

Skies are clear with unlimited ceiling.

Temperature & Moisture

Temperature is 15°C (59°F) with a dewpoint of 11°C. The narrow temperature-dewpoint spread suggests high humidity and potential for visibility restrictions, especially during cooling periods.

Forecast Outlook

The TAF forecast covers the next 24 hours. Conditions are expected to fluctuate between VFR and MVFR. VFR pilots should be prepared for deteriorating conditions.

Pilot Recommendations

Conditions are favorable for visual flight. The forecast indicates conditions may deteriorate. Ensure you have fuel reserves and a viable alternate airport.

This briefing is generated from real-time METAR and TAF data. Always verify with official sources before flight.

QNH
1026 hPa
Sea Level Pressure
For altitude above MSL
QFE
1025 hPa
Field Pressure
Height above aerodrome (18 ft)
Pressure Alt
-365 ft
QNE Reference
Standard: 1013 hPa
Density Altitude: -361 ft
ISA Deviation: +0.0°C

Forecast (TAF)

View Full TAF
Raw TAF
TAF SABE 021700Z 0218/0318 09010KT CAVOK TX17/0318Z TN13/0309Z BECMG 0220/0222 05010KT FEW015 BKN025 BECMG 0305/0307 BKN010 OVC020 BECMG 0313/0315 SCT025
Upcoming Changes (Next 12 Hours)
18:17Z BASE
+0h
VFR 90° 10 kt
Visibility: >10km
20:00Z BECMG
+2h
MVFR 50° 10 kt
Ceiling: 2,500 ft
05:00Z BECMG
+11h
MVFR
Ceiling: 1,000 ft

24-Hour Weather Evolution

Loading weather data...
Data Sources
  • • Current conditions from METAR observations
  • • Historical data from past 24 hours
  • • No forecast or predicted data included
  • • Data updated with each new METAR report
Chart Features
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Note: Future values beyond current TAF validity are estimates based on climatological data and trends. Always verify with current forecasts before flight operations.

Airport Runway Layout

N
ABE
13 ✈️
31

Runway Information

Runway Length Width Surface Heading Wind Component
✈️ 13/31
Active: 13
7,710 ft 148 ft CON 124°
6.6 kt 2.4 kt
20° angle
🟢 Active Runway: Best headwind component for current conditions
⬆️ Headwind: Favorable wind component
↔️ Crosswind: ≤10kt Safe, 11-15kt Caution, >15kt Challenging

Weather Statistics - SABE

8,036 observations | Sep 2025 - Jun 2026

Flight Rules Distribution

VFR
82.7%
MVFR
11%
IFR
5.1%
LIFR
1.1%

Jorge Newbery Airpark enjoys predominantly VFR conditions, with visual flight rules prevailing 82.7% of the time. Prevailing winds are from the E averaging 7.9 knots. Temperature extremes range from 6°C to 38°C, reflecting significant seasonal variation. The best months for VFR flying are June, January, February.

Wind Analysis

Prevailing Direction: E (90°)
Average Speed: 7.9 kt
Maximum Recorded: 26 kt
Calm Winds: 0.7%
Direction Distribution:
E
26.2%
N
13.7%
S
12.9%
W
6.4%
NE
14.1%
NW
6.7%
SE
12.5%
SW
6.8%

Temperature Range

Average: 20.8°C
Range: 6°C to 38°C
6°C 38°C

Visibility

Average: 10 SM
Below 3 SM: 0%
Fog Frequency: 1.1%

Best Months for VFR

June January February

Runway Wind Analysis

Runway 13/31
Favorable wind: 100%
Avg crosswind: 4.7 kt

Statistics computed from 8,036 METAR observations (Sep 2025 - Jun 2026). Data sourced from official aviation weather services. Updated daily.

Jorge Newbery Airpark - Airport Information

Airport Details

ICAO Code: SABE
IATA Code: AEP
Type: large airport
Status: active
Elevation: 18 ft MSL

Location

City: Buenos Aires
Country: AR
Latitude: -34.559200°
Longitude: -58.415600°
Time Zone: Etc/GMT+4

Runway Information

Runway 13/31
Length: 7,710 ft
Width: 148 ft
Surface: CON
ILS: No

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.

Official Data Sources

Weather NOAA Aviation Weather Center • International METAR/TAF Network
Airports OurAirports.com • Public domain airport database
NOTAMs FAA NOTAM System • ICAO NOTAM Distribution
Last updated: Jan 1, 1970 12:00 AM UTC

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.