El Alto International Airport

Multi-Universe Rankings & Statistical Standing

🔬 Operational & Aerodrome Engineering Comparative Analysis

At an elevation of 13,355 ft (4,071 m MSL), this aerodrome operates under severe 'hot and high' atmospheric density penalties. Standard atmospheric air density decreases significantly at this altitude, reducing aerodynamic lift over the wing surfaces and engine thrust output. As a direct operational result, departing commercial airliners require substantially extended ground takeoff rolls and experience reduced initial climb gradients compared to sea-level operations, frequently imposing Maximum Takeoff Weight (MTOW) payload restrictions on ultra-long-haul transcontinental stages.

With no qualifying commercial facilities with paved runways ≥5,000 ft within a 100 NM radius, El Alto International Airport 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.

With its longest runway exceeding 10,500 ft (4,000 m) and paved surface engineering, El Alto International Airport 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.