Sit on the Right side of the plane for the best views on flights from Spokane to Kahului. While takeoff offers excellent Cascade views on the left, the landing approach on the right provides more dramatic and sustained scenery—the West Maui volcanic landscape and Molokai Channel are visually striking and occupy most of the final descent. The right side captures the most memorable portion of this long transpacific flight.

During takeoff from Spokane International (GEG), sit on the Left side for the best views. Left side captures the Cascade Range and Mount Spokane immediately after departure. The aircraft climbs southwest initially, positioning the Cascades on the left wing with excellent visibility of the volcanic peaks and forested terrain. Notable sights include: Cascade Range (Mount Rainier, Mount Adams visible on clear days), Mount Spokane, Spokane Valley floor, Columbia River basin.

When landing at Kahului (OGG), sit on the Right side for the best views. Right side offers the best approach views of the West Maui landscape and the channel between Molokai and Maui. Aircraft descend from the northeast, and the right wing captures the dramatic sea cliffs, volcanic ridges, and the transition from open ocean to the island's windward coast. Notable sights include: West Maui volcanic ridge, Molokai Channel, Kahului Bay, Haleakala volcano (distant).

The flight from Spokane International (GEG) to Kahului (OGG) takes 5h 15m.

The flight path crosses the Pacific Ocean for approximately 2,200 miles. Notable features include: the Oregon and Northern California coastline (visible during initial westbound climb, showing the Cascade Range and Sierra Nevada in the distance); the open Pacific with occasional views of the Hawaiian Islands chain approaching Maui; and the transition from mainland North American geography to the isolated volcanic islands of Hawaii. The flight typically cruises at 35,000 feet over featureless ocean for the majority of the journey, with no significant landmarks visible in the midpoint section except distant cloud formations and the curvature of the Pacific horizon.