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Airport Runway Layout
Runway Information
| Runway | Length | Width | Surface | Heading | Wind Component |
|---|---|---|---|---|---|
| 01/19 | 9,800 ft | 164 ft | ASP | 14° |
↑ 1.0 kt
•
↔ 3.9 kt
76° angle
|
| 07L/25R | 11,936 ft | 148 ft | ASP | 65° |
↑ 3.6 kt
•
↔ 1.7 kt
25° angle
|
|
✈️ 07R/25L
Active: 07R
|
10,535 ft | 148 ft | ASP | 70° |
↑ 3.8 kt
•
↔ 1.4 kt
20° angle
|
Weather Statistics - EBBR
7,958 observations | Sep 2025 - Mar 2026Flight Rules Distribution
Brussels Airport typically experiences VFR conditions 60.9% of the time, though instrument-rated pilots will find IFR weather present approximately 16.5% of observations. Prevailing winds are from the S averaging 8.8 knots. Temperature extremes range from -6°C to 29°C, reflecting significant seasonal variation. The best months for VFR flying are March, September, October.
Wind Analysis
Temperature Range
Visibility
Best Months for VFR
Runway Wind Analysis
Statistics computed from 7,958 METAR observations (Sep 2025 - Mar 2026). Data sourced from official aviation weather services. Updated daily.
Brussels Airport - Airport Information
Airport Details
Location
Runway Information
Flight Planning Tools
Nearby Airports
About Brussels Airport
Overview
Brussels Airport serves as the primary international airport for Belgium, strategically located in Zaventem, near the capital city. Positioned at 175 feet above mean sea level with coordinates 50.901402, 4.484440, the airport is a major hub for both passenger and cargo operations in Western Europe.
Flying Conditions
Belgium's maritime climate produces variable weather conditions that pilots should anticipate carefully. The airport's significant runway length (with the longest runway at 11,936 feet) provides substantial operational flexibility across different meteorological scenarios, enabling safe operations during challenging wind or visibility conditions.
Notable Features
The airport features three substantial asphalt runways: 01/19 at 9,800 feet, 07L/25R at 11,936 feet, and 07R/25L at 10,535 feet. These parallel runway configurations offer multiple approach and departure options, which can be advantageous for managing different wind directions and air traffic flow.
Approach Considerations
Runway orientation suggests predominant wind patterns from westerly and north-south directions. The extensive runway lengths provide excellent options for heavy aircraft operations and accommodate diverse aircraft types, from regional commuters to large international wide-body aircraft. Pilots should prepare for potential wind shear and be prepared to utilize the most appropriate runway based on current meteorological conditions.
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 EBBR
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.