RAP destination photo

From RAP?

Tip: Sit on the left side for takeoff.

Passengers on the left will enjoy sweeping views of the Rapid City skyline and the dramatic transition from the Great Plains to the forested peaks of the Black Hills.

RAPAZA
Rapid City to Mesa
⛰️❄️⛷️🏜️🌄🌵

The right side offers superior views of the Black Hills during departure, the heart of the Rocky Mountains, and the dramatic drop-off of the Mogollon Rim before landing in the Valley of the Sun.

0
8.8
RAPLAS
Rapid City to Las Vegas
⛰️🏔️🏜️🔥🎰

The right side offers a superior view of the dramatic geological transitions from the Black Hills through the rugged Wind River Range and the stunning red rock formations of Zion and Bryce Canyon, ending with a potential view of the Las Vegas Strip.

0
8.8
RAPDEN
Rapid City to Denver
🌲🏔️🗻🏙️🦌

The right side offers spectacular views of the Black Hills shortly after takeoff and an unparalleled panorama of the Rocky Mountain Front Range during the descent into Denver.

0
8.7
RAPORD
Rapid City to Chicago
🌲🌽🚢🌆🏖️

While both sides offer vast views of the American Midwest and the Missouri River, the Right Side is generally preferred for the iconic final approach into Chicago, which often provides a stunning view of the skyline and Lake Michigan.

0
8.5
RAPSLC
Rapid City to Salt Lake City
⛰️🏔️⛷️🌊🚜

The right side offers a superior perspective of the most dramatic mountain ranges in the American West, including the high-altitude Wind River Range and a spectacular final approach over the Great Salt Lake.

0
8.5
RAPMSP
Rapid City to Minneapolis
🏜️🌊🌽🏞️🛍️

The Right Side provides the most intimate views of the heart of Badlands National Park shortly after departure and offers a spectacular perspective of the Minnesota River valley during the descent into Minneapolis.

0
8.2
RAPDFW
Rapid City to Dallas-Fort Worth
🏔️🌾🚜🏙️⛵️

The left side offers a distinct advantage shortly after takeoff with views of the stark, eroded landscape of Badlands National Park and later provides a better angle for the Oklahoma City skyline and large reservoir systems.

0
7.8
Showing page 1 of 1 (7 total routes)