Denver (PG City)

The Flight Experience Denver ("The Mile High City") offers a unique high-altitude flying experience where the Great Plains abruptly crash into the Rocky Mountains. The city itself sits in a bowl, making the visual transition dramatic: fly east and it’s endless flat farmland; fly west and you are immediately confronting 14,000ft peaks.

For virtual pilots, Denver International (KDEN) is a massive playground. Famous for its "pinwheel" runway layout that allows simultaneous landings in all directions, it covers 53 square miles—making it the second-largest airport in the world by land area. You need to watch your performance charts here; at 5,434ft elevation, the air is thin, and your takeoff rolls will be significantly longer than at sea level.

Visual Highlights

• The "Cash Register" Building: The Wells Fargo Center is the anchor of the downtown skyline. Its distinct curved roof looks exactly like an antique cash register and is the easiest landmark to spot from 10 miles out.

• The Tent Roof (KDEN): The white, peaked fabric roof of the Jeppesen Terminal is designed to mimic the snow-capped Rockies. In the sim, it is a striking white beacon visible from high cruising altitudes.

• Coors Field & Mile High: The two major stadiums (baseball and football) sit very close to each other near the city center. Empower Field at Mile High is particularly distinct with its horseshoe shape and white steel framework.

• Red Rocks Amphitheatre: Just west of the city in the foothills, this world-famous open-air concert venue is sculpted into naturally forming red rock monoliths. It is a fantastic VFR waypoint when transitioning from the city to the mountains.

Pilot’s Note: For a density altitude challenge, fly the "Tech Center Transition." Depart from Centennial Airport (KAPA)—one of the busiest general aviation airports in the US—and fly north along Interstate 25 toward downtown. You must navigate the tight corridor between KAPA's airspace and the overlying Class B shelf of Denver International, all while managing your mixture and engine temperatures in the thin air.