St. Thomas Airport Terminal Map (2024)
Planning your trip to St. Thomas?
Cyril E. King Airport (STT) is the primary airport serving St. Thomas in the U.S. Virgin Islands, located just 2 miles west of Charlotte Amalie. It features a two-story terminal with 11 gates, offering amenities like duty-free shopping, restaurants, car rental services, and complimentary Cruzan Rum samples for arriving passengers. The airport operates a 7,000-foot runway and serves as a gateway to nearby islands like St. John and the British Virgin Islands.
📍 YOUR AIRPORT GUIDE
The St. Thomas Airport Terminal Map is your ultimate guide to navigating the airport with ease. You’ll find essential spots like the VIP lounge near Gate 3, perfect for unwinding before your flight.
Need a quick bite? Stop by the Café on the Go. Whether you’re catching a flight or just getting settled, this map will make your time at the airport stress-free and efficient.
St. Thomas Terminal Overview Map 2024
St. Thomas Terminal is a cruise port facility located on the island of St. Thomas in the U.S. Virgin Islands. It serves as a major hub for cruise ships in the Caribbean, welcoming thousands of visitors annually. The terminal features modern amenities, shopping areas, and easy access to nearby attractions.
Printable St. Thomas Airport Terminal Map PDF 2024
FAQ
How many gates does St Thomas airport have?
St. Thomas Airport has 11 gates. It is the primary airport for the U.S. Virgin Islands and serves domestic and international flights.
Are there 2 airports in St. Thomas?
St. Thomas has one main airport, Cyril E. King Airport. It serves the island and its surrounding regions.
How early do you need to get to St Thomas Airport?
Arrive at St. Thomas Airport at least 2 hours before your flight for domestic travel and 3 hours for international flights. This allows time for security and potential delays.
Is St Thomas Airport busy?
St. Thomas Airport can be busy, especially during peak tourist seasons. Arriving early ensures smoother navigation through check-in and security processes.
