Flying a Cessna 310 into Salt Lake City International Airport

Runway Requirements

Approach Considerations

• !High-altitude operations: KSLC field elevation exceeds 3,000 ft. Density altitude can dramatically increase landing distance and reduce climb performance. Compute pressure altitude and verify performance margins.
• !Mountainous terrain: Salt Lake City International Airport sits in mountainous terrain. Brief escape routes, MEAs, and minimum sector altitudes carefully. Mountain wave activity and turbulence common.
• →Approach plates: Reference current Jeppesen or FAA charts before each flight. ILS, RNAV (GPS), and visual approaches typically available depending on runway. Check NOTAMs for outages.
• →Wake turbulence: Stay alert for wake turbulence from preceding heavy aircraft, especially at major airports like KSLC.

Common Considerations

Delta hub at high elevation surrounded by mountains requiring density altitude awareness. For the Cessna 310, the most relevant factors are runway length sufficiency, density altitude impact at field elevation 4,227 ft, and traffic complexity at this multi-runway airport.

Fuel Availability

100LL avgas is typically available at KSLC via on-field FBOs. The Cessna 310 burns approximately 12 gph at cruise — verify pricing through ForeFlight or AirNav before arrival.