Sit on the Right side of the plane for the best views on flights from Cozumel to Chicago. Right side scores higher due to the Chicago approach and landing sequence. While left side offers a scenic Caribbean departure, the right side's combination of Lake Michigan's dramatic shoreline, Chicago's recognizable skyline, and the visual transition from open water to urban development provides greater overall variety and landmark density across the full flight. The landing approach into ORD significantly outweighs the takeoff advantage.

During takeoff from Cozumel International (CZM), sit on the Left side for the best views. Left side captures Cozumel's Caribbean coastline and the Yucatan Peninsula's turquoise waters during climb-out. The contrast between shallow reef waters and deeper ocean provides immediate visual interest absent on the right side's inland view. Notable sights include: Cozumel Island's eastern reef line, Playa del Carmen coastline to the southwest, Yucatan Peninsula's limestone shelf creating turquoise-to-deep-blue water gradient.

When landing at Chicago Ohare International (ORD), sit on the Right side for the best views. Right side offers superior approach scenery as the aircraft descends into Chicago. The Lake Michigan shoreline, downtown Chicago skyline, and the transition from agricultural Illinois plains provide more varied and recognizable urban landmarks than the left side's open water and distant landmass. Notable sights include: Lake Michigan's western shoreline, Chicago downtown skyline and harbor, Illinois agricultural plains extending inland, the convergence of the Chicago River and Lake Michigan.

The flight from Cozumel International (CZM) to Chicago Ohare International (ORD) takes 4h 15m.

Gulf of Mexico open water (approximately 2.5 hours of cruise), Louisiana and Mississippi coastlines with Mississippi River delta visible as brown sediment plume, transition to Mississippi River valley and Tennessee-Kentucky terrain, Ohio River valley approaching the Midwest, Illinois agricultural plains with sparse elevation changes