Airport CEO: Vintage

The Vintage DLC for Airport CEO was developed and published by Apog Labs, the studio behind the base game. It was released on June 24, 2021, as part of the ongoing expansion of the Airport CEO simulation experience. This DLC was designed to bring a nostalgic touch to airport management by introducing aircraft from the golden age of aviation, allowing players to build and operate terminals that cater to classic planes from the mid-20th century.

The DLC includes seven vintage aircraft models that span several decades, from the 1930s to the 1980s. Among the featured aircraft are iconic planes such as the Douglas DC-3, Lockheed L-1049 Super Constellation, de Havilland Comet, Boeing 707, Ford Trimotor, and Boeing 377 Stratocruiser. These aircraft are known for their distinctive designs, including propeller-driven engines, early jet technology, and unique fuselage shapes. The addition of these planes allows players to recreate historical airport scenarios and diversify their fleet offerings.

Promotion for the Vintage DLC focused on its celebration of aviation history and the glamour of early air travel. Apog Labs announced the release through their official channels and shared visuals and descriptions that highlighted the unique characteristics of each aircraft. The marketing emphasized the DLC’s appeal to aviation enthusiasts and simulation fans who appreciate retro aesthetics and the evolution of commercial flight. It was also promoted alongside other themed DLCs, reinforcing the modular and customizable nature of the Airport CEO experience.

Reception of the Vintage DLC was generally positive, with users praising the attention to detail and the nostalgic value of the aircraft selection. Although the number of reviews was relatively small, the feedback highlighted the DLC’s contribution to enhancing gameplay variety and historical immersion. Players enjoyed the opportunity to manage airports that catered to older aircraft, and the DLC was seen as a thoughtful addition for fans of aviation history and simulation depth.