RunwayMinneapolis–Saint Paul International Airport / Wold–Chamberlain Field
Multi-Universe Rankings & Statistical Standing
🔬 Operational & Aerodrome Engineering Comparative Analysis
Elevation & Atmospheric Density
Positioned at 841 ft (256 m MSL), this aerodrome operates near standard International Standard Atmosphere (ISA) sea-level air density. High ambient air pressure provides optimal turbine thrust conversion, maximum wing lift coefficients, and minimal ground roll distance requirements, allowing long-haul flights to depart at maximum structural takeoff weight limits without atmospheric density penalties.
Regional Density & Alternates (100 NM)
With no qualifying commercial facilities with paved runways ≥5,000 ft within a 100 NM radius, Minneapolis–Saint Paul International Airport / Wold–Chamberlain Field functions as an isolated regional aviation hub. Scheduled air services and transiting aircraft must calculate extended diversion reserves to alternate airfields outside the immediate 100 NM quadrant.
Fleet Compatibility & Ground Roll
With its longest runway exceeding 10,500 ft (3,355 m) and paved surface engineering, Minneapolis–Saint Paul International Airport / Wold–Chamberlain Field meets the operational runway criteria for unrestricted long-haul operations by Code 4E and 4F heavy widebody aircraft, including the Airbus A380-800, Boeing 747-8, Airbus A350-1000, and Boeing 777-300ER at high operational weights.
🛫 Physical Runway Inventory & Surface Engineering
| Runway Designator | Length (ft / m) | Width (ft / m) | Surface Material | Lighting | Status |
|---|---|---|---|---|---|
| 04/22 | 11,006 ft (3355m) | 150 ft (46m) | Concrete (CON) | ✅ Lighted | ✅ Active |
| 12R/30L | 10,000 ft (3048m) | 200 ft (61m) | Permanent Paved (PEM) | ✅ Lighted | ✅ Active |
| 12L/30R | 8,200 ft (2499m) | 150 ft (46m) | Permanent Paved (PEM) | ✅ Lighted | ✅ Active |
| 17/35 | 8,000 ft (2438m) | 150 ft (46m) | Concrete (CON) | ✅ Lighted | ✅ Active |